E-Book, Englisch, Band 65, 1168 Seiten, eBook
Reihe: IFMBE Proceedings
Eskola / Väisänen / Viik EMBEC & NBC 2017
1. Auflage 2018
ISBN: 978-981-10-5122-7
Verlag: Springer Singapore
Format: PDF
Kopierschutz: 1 - PDF Watermark
Joint Conference of the European Medical and Biological Engineering Conference (EMBEC) and the Nordic-Baltic Conference on Biomedical Engineering and Medical Physics (NBC), Tampere, Finland, June 2017
E-Book, Englisch, Band 65, 1168 Seiten, eBook
Reihe: IFMBE Proceedings
ISBN: 978-981-10-5122-7
Verlag: Springer Singapore
Format: PDF
Kopierschutz: 1 - PDF Watermark
Zielgruppe
Research
Autoren/Hrsg.
Weitere Infos & Material
1;Preface;6
2;Organization;8
3;Contents;11
4;1 A Novel Composite and Suspended Nanofibrous Scaffold for Skin Tissue Engineering;29
4.1;Abstract;29
4.2;Keywords;29
4.3;I. INTRODUCTION;29
4.4;II. MATERIALS AND METHODS;29
4.5;III. RESULTS AND DISCUSSION;30
4.6;IV. CONCLUSIONS;32
4.7;ACKNOWLEDGMENT;32
4.8;CONFLICT OF INTEREST;32
4.9;REFERENCES;32
5;2 Temperature effect on the baseline noise in MEA measurements;33
5.1;Abstract;33
5.2;Keywords;33
5.3;I. INTRODUCTION;33
5.4;II.MATERIALS AND METHODS;33
5.5;III. RESULTS;34
5.6;IV. DISCUSSION;35
5.7;V. CONCLUSIONS;36
5.8;ACKNOWLEDGMENT;36
5.9;CONFLICT OF INTEREST;36
5.10;REFERENCES;36
6;3 The Effect of Occlusion with the Cuff;37
6.1;Abstract;37
6.2;Keywords;37
6.3;I. INTRODUCTION;37
6.4;II. MATERIALS AND METHODS;37
6.5;III. RESULTS;39
6.6;IV. DISCUSSION;39
6.7;V. CONCLUSION;39
6.8;ACKNOWLEDGMENT;40
6.9;CONFLICT OF INTEREST;40
6.10;REFERENCES;40
7;4Functional connectivity of hand-arm muscles during a repetitive dynamic task;41
7.1;Abstract;41
7.2;Keywords;41
7.3;I. INTRODUCTION;41
7.4;II. METHODS;42
7.5;III. RESULTS;43
7.6;IV. CONCLUSIONS;43
7.7;ACKNOWLEDGMENT;44
7.8;CONFLICT OF INTEREST;44
7.9;REFERENCES;44
8;5EEG Spectral Asymmetry Index Detects Differences Between Leaders and Non-leaders;45
8.1;Abstract;45
8.2;Keywords;45
8.3;I. INTRODUCTION;45
8.4;II. METHODS AND EQUIPMENT;46
8.5;III. RESULTS AND DISCUSSION;47
8.6;IV. COMPLIANCE WITH ETHICAL REQUIREMENTS;47
8.7;V. CONCLUSIONS;47
8.8;ACKNOWLEDGMENT;48
8.9;CONFLICT OF INTEREST;48
8.10;REFERENCES;48
9;6Prediction of meditation experience using fMRI functional connectivity and multivariate pattern analysis;49
9.1;Abstract;49
9.2;Keywords;49
9.3;I. INTRODUCTION;49
9.4;II. MATERIALS AND METHODS;49
9.5;III. RESULTS;50
9.6;IV. DISCUSSION;51
9.7;V. CONCLUSION;52
9.8;CONFLICT OF INTEREST;52
9.9;REFERENCES;52
10;7 Evaluation of WAMP protocol in real-time remote ECG monitoring;53
10.1;Abstract;53
10.2;Keywords;53
10.3;I. INTRODUCTION;53
10.4;II. MATERIALS AND METHODS;53
10.5;III. RESULTS;54
10.6;IV. DISCUSSION;55
10.7;V. CONCLUSION;56
10.8;CONFLICT OF INTEREST;56
10.9;REFERENCES;56
11;8 Current trends in Electronic Family Resilience Tools: Implementing a tool for the cancer domain;57
11.1;Abstract;57
11.2;I. INTRODUCTION;57
11.3;II. THE CONCEPT OF RESILIENCE;57
11.4;III. FAMILY RESILIENCE TOOLS;58
11.5;IV. IMANAGECANCER FAMILY RESILIENCE TOOL;59
11.6;V. CONCLUSION;60
11.7;ACKNOWLEDGMENT & CONFLICT OF INTEREST;60
11.8;REFERENCES;60
12;9 Prior Variances and Depth Un-Biased Estimators in EEG Focal Source Imaging;61
12.1;Abstract;61
12.2;Keywords;61
12.3;I. INTRODUCTION;61
12.4;II. THEORY;61
12.5;III. MATERIALS AND METHODS;63
12.6;IV. RESULTS AND DISCUSSION;63
12.7;V. CONCLUSION AND FUTUREWORK;64
12.8;CONFLICT OF INTEREST;64
12.9;REFERENCES;64
13;10Using quantitative parameters of ocular blood filling with transpalpebral rheoophthalmography;65
13.1;Abstract;65
13.2;Keywords;65
13.3;I. INTRODUCTION;65
13.4;II. MATERIALS AND METHODS;65
13.5;III. COMPLIANCE WITH ETHICAL REQUIREMENTS;67
13.6;IV. RESULTS;67
13.7;V. CONCLUSIONS;68
13.8;CONFLICT OF INTEREST;68
13.9;REFERENCES;68
14;11Pre-processing to Enhance the Quantitative Analysis of Glucose from NIR and MIR Spectra;69
14.1;Abstract;69
14.2;Keywords;69
14.3;I. INTRODUCTION;69
14.4;II. THEORY;69
14.5;III. EXPERIMENTAL DATA PREPARATION;70
14.6;IV. DISCUSSION;70
14.7;V. RESULTS;70
14.8;VI. CONCLUSIONS;72
14.9;REFERENCES;72
15;12 Motion artifact detection in respiratory signals based on Teager energy operator and accelerometer signals;73
15.1;Abstract;73
15.2;Keywords;73
15.3;I. INTRODUCTION;73
15.4;II. MATERIALSANDMETHODS;73
15.5;III. RESULTS;74
15.6;IV. DISCUSSION;75
15.7;V. CONCLUSIONS;76
15.8;CONFLICTOF INTEREST;76
15.9;REFERENCES;76
16;13Integrating human factors and health economics to inform the design of medical device: a conceptual framework;77
16.1;Abstract;77
16.2;I. INTRODUCTION;77
16.3;II. EVIDENCE GENERATION AT EARLY STAGES OF PRODUCT DEVELOPMENT;77
16.4;III. ASSUMPTION BEHIND THE INTEGRATION OF HUMAN FACTORS AND HEALTH ECONOMICS;78
16.5;IV. ADVANATGES OF THE INTEGRATION;79
16.6;V. CONCLUSIONS;80
16.7;ACKNOWLEDGMENT;80
16.8;REFERENCES;80
17;14 UV Intensity of Pre-irradiation in Gafchromic XR-RV3 and XR--SP2;81
17.1;Abstract;81
17.2;Keywords;81
17.3;I. INTRODUCTION;81
17.4;II. MATERIALS & METHODS;81
17.5;III. RESULTS;83
17.6;IV. DISCUSSION;83
17.7;V. CONCLUSION;84
17.8;ACKNOWLEDGMENT;84
17.9;CONFLICT OF INTEREST;84
17.10;REFERENCES;84
18;15The level of mental load during a functional task is reflected in oculometrics;85
18.1;Abstract;85
18.2;Keywords;85
18.3;I. INTRODUCTION;85
18.4;II. MATERIALS AND METHODS;85
18.5;III. RESULTS;87
18.6;IV. CONCLUSIONS;87
18.7;ACKNOWLEDGMENT;88
18.8;REFERENCES;88
19;16 Quantitative pigment extraction analysis for human pluripotent stem cell derived retinal pigment epithelial cells;89
19.1;Abstract;89
19.2;Keywords;89
19.3;I INTRODUCTION;89
19.4;II MATERIALS AND METHODS;89
19.5;III RESULTS;90
19.6;IV DISCUSSION;91
19.7;ACKNOWLEDGEMENT;92
19.8;CONFLICT OF INTEREST;92
19.9;REFERENCES;92
20;17Enhanced Wiener Filter for Ultrasound image denoising;93
20.1;Abstract;93
20.2;Keywords;93
20.3;I. INTRODUCTION;93
20.4;II. MATERIALSAND METHODS;94
20.5;III. RESULTS;94
20.6;IV. CONCLUSION;95
20.7;CONFLICTOF INTEREST;95
20.8;REFERENCES;95
21;18Heart Rate Variability Analysis and Performance during a Repeated Mental Workload Task;97
21.1;Abstract;97
21.2;Keywords;97
21.3;I.INTRODUCTION;97
21.4;II.METHODS AND MATERIAL;97
21.5;III.RESULTS AND DISCUSSION;99
21.6;ACKNOWLEDGMENT;100
21.7;CONFLICT OF INTEREST;100
21.8;REFERENCES;100
22;19Importance of HTA in modern Clinical Engineering;101
22.1;Abstract;101
22.2;Keywords;101
22.3;I. INTRODUCTION;101
22.4;II. FIELDS OF CLINICAL ENGINEERING;101
22.5;III. HEALTH TECHNOLOGIES ASSESSMENT (HTA);102
22.6;IV. ASSESSMENT ACTIVITIES;103
22.7;V. CAUSES OF ADVERSE EVENTS;103
22.8;VI. CONCLUSIONS;104
22.9;REFERENCES;104
23;20Non-Contact Estimation of Sleep Staging;105
23.1;Abstract;105
23.2;Keywords;105
23.3;I. INTRODUCTION;105
23.4;II. METHODS;105
23.5;III. RESULTS;106
23.6;IV. DISCUSSION;107
23.7;V. CONCLUSIONS;108
23.8;VI. COMPLIANCE WITH ETHICAL REQUIREMENTS;108
23.9;ACKNOWLEDGMENT;108
24;21Automatic real time derivation of breathing rate from thermal video sequences;109
24.1;Abstract;109
24.2;Keywords;109
24.3;I. INTRODUCTION;109
24.4;II. MATERIALS AND METHODS;109
24.5;III. RESULTS;111
24.6;IV. CONCLUSIONS;112
24.7;ACKNOWLEDGMENT;112
24.8;CONFLICT OF INTEREST;112
24.9;REFERENCES;112
25;22 Simulation of the Vectorcardiogram using a simple Volume Conductor Model;113
25.1;Abstract;113
25.2;Keywords;113
25.3;I. INTRODUCTION;113
25.4;II. MODELINGTHEHEART’S EXCITATION;113
25.5;III. VOLUMECONDUCTORMODEL;114
25.6;IV. RESULTS;115
25.7;V. DISCUSSIONAND CONCLUSION;115
25.8;CONFLICTOF INTEREST;116
25.9;ACKNOWLEDGEMENTS;116
25.10;REFERENCES;116
26;23Data Flow and Collection for Remote Patients Monitoring: From Wireless Sensors through a Relational Database to a Web interface in Real Time;117
26.1;Abstract;117
26.2;I. INTRODUCTION;117
26.3;II. SYSTEM COMPONENTS;117
26.4;III. SYSTEMVALIDATION;118
26.5;ACKNOWLEDGMENT;120
26.6;REFERENCES;120
27;24Application for pre-processing and visualization of electrodermal activity wearable data;121
27.1;Abstract;121
27.2;Keywords;121
27.3;I. INTRODUCTION;121
27.4;II. MATERIALS AND METHODS;121
27.5;III. APPLICATION FOR DATA PROCESSING AND VISUALIZATION;122
27.6;IV. FUTURE DEVELOPMENT;124
27.7;V. DISCUSSION AND CONCLUSIONS;124
27.8;CONFLICT OF INTEREST;124
27.9;REFERENCES;124
28;25 Connectivity Analysis of Full Montage EEG in Traumatic Brain Injury Patients in the ICU;125
28.1;Abstract;125
28.2;Keywords;125
28.3;I. INTRODUCTION;125
28.4;II. MATERIAL;125
28.5;III.METHODS;126
28.6;IV. RESULTS;127
28.7;V. CONCLUSION;127
28.8;REFERENCES;128
29;26 Cuff-induced changes of pulse arrival time: models and experimental results;129
29.1;Abstract;129
29.2;Keywords;129
29.3;I. INTRODUCTION;129
29.4;II. MATERIALS AND METHODS;129
29.5;III. RESULTS;130
29.6;IV. DISCUSSION;131
29.7;V. CONCLUSION;132
29.8;ACKNOWLEDGMENT;132
29.9;CONFLICT OF INTEREST;132
29.10;REFERENCES;132
30;27 Biomedical Engineering Education in Context of New Legislation in the Czech Republic;133
30.1;Abstract;133
30.2;Keywords;133
30.3;I. INTRODUCTION;133
30.4;II. HIGHER EDUCATION ACT;133
30.5;III. CURRENT SITUATION IN BIOMEDICAL ENGINEERING EDUCATION;135
30.6;IV. CONCLUSIONS;136
30.7;ACKNOWLEDGMENT;136
30.8;CONFLICT OF INTEREST;136
30.9;REFERENCES;136
31;28 Ultrasound despeckling based on Non Local Means;137
31.1;Abstract;137
31.2;Keywords;137
31.3;I. INTRODUCTION;137
31.4;II. MATERIALSAND METHODS;137
31.5;III. RESULTS;138
31.6;IV. CONCLUSION;139
31.7;CONFLICTOF INTEREST;139
31.8;REFERENCES;139
32;29 Photoacoustic image reconstruction with uncertainty quantification;141
32.1;Abstract;141
32.2;Keywords;141
32.3;I. INTRODUCTION;141
32.4;II. PHOTOACOUSTICMODEL;141
32.5;III. BAYESIANAPPROACH;142
32.6;IV. NUMERICALSIMULATIONS;142
32.7;V. CONCLUSIONS;144
32.8;ACKNOWLEDGEMENTS;144
32.9;CONFLICTOFINTEREST;144
32.10;REFERENCES;144
33;30 Determination of the Effect of SiO2Nanoparticles on Spontaneous Activity of Rat Uterus Smooth Muscles using Wavelet Scalogram Analysis;145
33.1;Abstract;145
33.2;Keywords;145
33.3;I. INTRODUCTION;145
33.4;II. MATERIAL AND METHODS;146
33.5;III. RESULTS AND DISCUSSIONS;147
33.6;IV. CONCLUSIONS;148
33.7;ACKNOWLEDGMENT;148
33.8;CONFLICT OF INTEREST;148
33.9;REFERENCES;148
34;31Effect of Nitrocellulose Membrane on the Electrochemical Behavior of Hydroquinone;149
34.1;Abstract;149
34.2;Keywords;149
34.3;I. INTRODUCTION;149
34.4;II. MATERIALS AND METHODS;149
34.5;III. RESULTS AND DISCUSSION;150
34.6;IV. CONCLUSIONS;151
34.7;ACKNOWLEDGMENT;151
34.8;CONFLICT OF INTEREST;151
34.9;REFERENCES;151
35;32Nocturnal Use of Light Compression Garments and Recovery;153
35.1;Abstract;153
35.2;Keywords;153
35.3;I. INTRODUCTION;153
35.4;II. MATERIALS AND METHODS;153
35.5;III. RESULTS;154
35.6;IV. DISCUSSION;155
35.7;V. CONCLUSIONS;155
35.8;CONFLICT OF INTEREST;155
35.9;REFERENCES;155
36;33Tensor Regularized Total Variation for Third Harmonic Generation Brain Images;157
36.1;Abstract;157
36.2;Keywords;157
36.3;I. INTRODUCTION;157
36.4;II. RELATED WORKS;157
36.5;III. THE PROPOSED METHOD;158
36.6;IV. RESULTS;159
36.7;V. CONCLUSIONS;160
36.8;ACKNOWLEDGMENT;160
36.9;REFERENCES;160
37;34Knowledge and Data Driven Approaches Applied to Clinical Assessment;161
37.1;Abstract;161
37.2;Keywords;161
37.3;I. INTRODUCTION;161
37.4;II. METHODOLOGY;161
37.5;III. RESULTS;163
37.6;IV. CONCLUSIONS;164
37.7;ACKNOWLEDGMENT;164
37.8;CONFLICT OF INTEREST;164
37.9;REFERENCES;164
38;35 Improvement in Quantitative Analysis of RBCs Velocity in Microcirculation Based on Block-matching Motion Estimation;165
38.1;Abstract;165
38.2;Keywords;165
38.3;I. INTRODUCTION;165
38.4;II. METHOD;165
38.5;III. RESULTS AND DICSCUSSION;167
38.6;IV. CONCLUSIONS;168
38.7;REFERENCES;168
39;36Multiresolution MAPEM Method for 3D Reconstruction of Symmetrical Particles with Electron Microscopy;169
39.1;Abstract;169
39.2;Keywords;169
39.3;I. INTRODUCTION;169
39.4;II. METHOD;169
39.5;III. MATERIALS;171
39.6;IV. RESULTS AND DISCUSSION;171
39.7;ACKNOWLEDGMENT;172
39.8;CONFLICT OF INTEREST;172
39.9;REFERENCES;172
40;37 Evaluation of the accuracy and reliability for photoplethysmography based heart rate and beat-to-beat detection during daily activities;173
40.1;Abstract;173
40.2;Keywords;173
40.3;I. INTRODUCTION;173
40.4;II.MATERIAL AND METHODS;173
40.5;III. RESULTS AND DISCUSSION;175
40.6;IV. CONCLUSIONS;176
40.7;CONFLICT OF INTEREST;176
40.8;REFERENCES;176
41;38Association of Drivers’ sleepiness with heart rate variability: A Pilot Study with Drivers on Real Roads;177
41.1;Abstract;177
41.2;Keywords;177
41.3;I. INTRODUCTION;177
41.4;II. SLEEPINESS MONITORING;177
41.5;III. METHODS;178
41.6;IV. RESULTS AND DISCUSSION;179
41.7;V. ACKNOWLEDGMENT;180
41.8;VI. CONFLICT OF INTEREST;180
41.9;VII. REFERENCES;180
42;39 Comparison of linear and non-linear heart rate variability indices between preterm infants at their theoretical term age and full term newborns;181
42.1;Abstract;181
42.2;Keywords;181
42.3;I. INTRODUCTION;181
42.4;II. METHODS AND MATERIALS;181
42.5;III. RESULTS;183
42.6;IV. DISCUSSION;183
42.7;V. CONCLUSIONS;183
42.8;ACKNOWLEDGMENT AND CONFLICT OF INTEREST;184
42.9;REFERENCES;184
43;40Geometry-based Computational Modeling of Calcium Signaling in an Astrocyte;185
43.1;Abstract;185
43.2;Keywords;185
43.3;I. INTRODUCTION;185
43.4;II. COMPUTATIONAL MODEL IMPLEMENTATION;185
43.5;III. RESULTS & DISCUSSION;186
43.6;IV. CONCLUSION;187
43.7;ACKNOWLEDGMENT;188
43.8;CONFLICT OF INTEREST;188
43.9;REFERENCES;188
44;41Inter-observer variation in segmenting glioma on MRI before and after resection;189
44.1;Abstract;189
44.2;Keywords;189
44.3;I. INTRODUCTION;189
44.4;II. METHODS;190
44.5;III. RESULTS;192
44.6;IV. DISCUSSION & CONCLUSIONS;192
44.7;CONFLICT OF INTEREST;192
44.8;REFERENCES;192
45;42 The Quality of Automatic Artifact Identification in Ambulatory Impedance Cardiography Monitoring;193
45.1;Abstract;193
45.2;Keywords;193
45.3;I. INTRODUCTION;193
45.4;II. METHODS AND MATERIAL;194
45.5;III. RESULTS;194
45.6;IV. CONCLUSIONS;195
45.7;ACKNOWLEDGMENT;195
45.8;CONFLICT OF INTEREST;195
45.9;STATEMENT OF HUMAN RIGHTS AND INFORMED CONSENT;195
45.10;REFERENCES;195
46;43 Automatic Classification of Forum Posts: A Finnish OnlineHealth Discussion Forum Case;197
46.1;Abstract;197
46.2;Keywords;197
46.3;I.INTRODUCTION;197
46.4;II.METHODS;197
46.5;III.RESULTS AND DISCUSSION;198
46.6;IV.CONCLUSION;200
46.7;CONFLICT OF INTEREST;200
46.8;ACKNOWLEDGEMENTS;200
46.9;REFERENCES;200
47;44Detection and Assessment of Sleep-Disordered Breathing with Emfit Mattress;201
47.1;Abstract;201
47.2;Keywords;201
47.3;I. INTRODUCTION;201
47.4;II. MATERIALS AND METHODS;201
47.5;III. RESULTS;202
47.6;IV. DISCUSSION;203
47.7;V. CONCLUSIONS;204
47.8;ACKNOWLEDGMENTS;204
47.9;CONFLICT OF INTEREST;204
47.10;REFERENCES;204
48;45Chronic Disease Management via Mobile Apps: The Diabetes Case;205
48.1;Abstract;205
48.2;Keywords;205
48.3;I. INTRODUCTION;205
48.4;II. THE DIABETES CASE;205
48.5;III. RESEARCH METHOD;205
48.6;IV. RESULTS AND DISCUSSION;206
48.7;V. CONCLUSION;207
48.8;CONFLICT OF INTEREST;207
48.9;ACKNOWLEDGMENT;208
48.10;REFERENCES;208
49;46 Heart Rate Variability During Cardiorespiratory Exercise Test in Type 1 Diabetes;209
49.1;Abstract;209
49.2;Keywords;209
49.3;I.INTRODUCTION;209
49.4;II.METHODS;209
49.5;III.RESULTS;211
49.6;IV.CONCLUSION;212
49.7;REFERENCES;212
50;47 Bots in messaging platforms, a new paradigm in healthcare delivery: application to custom prescription in dermatology;213
50.1;Abstract;213
50.2;Keywords;213
50.3;I. INTRODUCTION;213
50.4;II. MESSAGING PLATFORMS AND BOT INTEGRATION FOR HEALTHCARE ACTORS;214
50.5;III. CUSTOM PRESCRIPTION BOT;215
50.6;IV. SYSTEM ARCHITECTURE;215
50.7;V. CONCLUSION;216
50.8;CONFLICT OF INTEREST;216
50.9;ACKNOWLEDGEMENTS;216
50.10;REFERENCES;216
51;48Texture-property relations of bioamine crosslinked gellan gum hydrogels;217
51.1;Abstract;217
51.2;Keywords;217
51.3;I. INTRODUCTION;217
51.4;II. MATERIALS & METHODS;217
51.5;III.RESULTS &DISCUSSION;218
51.6;IV. CONCLUSIONS;220
51.7;ACKNOWLEDGMENT;220
51.8;CONFLICT OF INTEREST;220
51.9;REFERENCES;220
52;49 Prostate cancer detection ex vivo combining Raman spectroscopy and tactile resonance technology;221
52.1;Abstract;221
52.2;Keywords;221
52.3;I. INTRODUCTION;221
52.4;II. MATERIALS AND METHODS;222
52.5;III. RESULTS;223
52.6;IV. DISCUSSION;224
52.7;V. CONCLUSIONS;224
52.8;ACKNOWLEDGMENT;224
52.9;CONFLICT OF INTEREST;224
52.10;REFERENCES;224
53;50 Markerless Motion Analysis for Early Detection of Infantile Movement Disorders;225
53.1;Abstract;225
53.2;Keywords;225
53.3;I. INTRODUCTION;225
53.4;II. RELATEDWORK;225
53.5;III. METHODS;226
53.6;IV. MOTIONPARAMETERS;226
53.7;V. EVALUATION;227
53.8;VI. CONCLUSION;228
53.9;CONFLICT OF INTEREST;228
53.10;REFERENCES;228
54;51Predictive Modeling of Exercise Response in CVD Patients under Rehabilitation;229
54.1;Abstract;229
54.2;Keywords;229
54.3;I. INTRODUCTION;229
54.4;II. METHODOLOGY;229
54.5;III. RESULTS;231
54.6;IV. DISCUSSION;231
54.7;ACKNOWLEDGMENT;232
54.8;CONFLICT OF INTEREST;232
54.9;REFERENCES;232
55;52Application of photocatalytic nanolayers SmartCoat in health care facility;233
55.1;Abstract;233
55.2;Keywords;233
55.3;I. INTRODUCTION;233
55.4;II. MATERIALS AND METHODS;234
55.5;III. RESULTS;234
55.6;IV. DISCUSSION;235
55.7;V. CONCLUSIONS;236
55.8;ACKNOWLEDGMENT;236
55.9;CONFLICT OF INTEREST;236
55.10;REFERENCES;236
56;53An Evolution Equation of Blood Flow in a Dilated Artery;237
56.1;Abstract;237
56.2;Keywords;237
56.3;I.INTRODUCTION;237
56.4;II.METHODS;237
56.5;III.RESULTS;238
56.6;IV.CONCLUSIONS AND DISCUSSION;240
56.7;CONFLICT OF INTEREST;240
56.8;ACKNOWLEDGEMENTS;240
56.9;REFERENCES;240
57;54 Enhanced Sensing of Interleukin 8 by Stripping Voltammetry: Carbon Nanotubes versus Fullerene;241
57.1;Abstract;241
57.2;Keywords;241
57.3;I. INTRODUCTION;241
57.4;II. MATERIALS AND METHODS;242
57.5;III. RESULTS;243
57.6;IV. DISCUSSION;243
57.7;V. CONCLUSION;244
57.8;CONFLICT OF INTEREST;244
57.9;ACKNOWLEDGEMENTS;244
57.10;REFERENCES;244
58;55A Neural Network Model of Peripersonal Space Representation Around Different Body Parts;245
58.1;Abstract;245
58.2;Keywords;245
58.3;I. INTRODUCTION;245
58.4;II. NEURAL NETWORK DESCRITPION;245
58.5;III. RESULTS;247
58.6;IV. DISCUSSION AND CONCLUSIONS;247
58.7;CONFLICT OF INTEREST;248
58.8;REFERENCES;248
59;56 Artifact detection in neonatal EEG using Gaussian mixture models;249
59.1;Abstract;249
59.2;Keywords;249
59.3;I.INTRODUCTION;249
59.4;II.DATA ACQUISITION;249
59.5;III.METHODS;250
59.6;IV.RESULTS;251
59.7;V.DISCUSSION;252
59.8;VI. COMPLIANCE WITH ETHICAL REQUIREMENTS;252
59.9;VII.CONCLUSION;252
59.10;CONFLICTOF INTEREST;252
59.11;ACKNOWLEDGEMENTS;252
59.12;REFERENCES;252
60;57 Health Technology Assessment of Medical Devices in Low and Middle Income Countries: study design and preliminary results.;253
60.1;Abstract;253
60.2;Keywords;253
60.3;I. INTRODUCTION;253
60.4;II. METHOD;253
60.5;III. RESULTS;253
60.6;IV. CONCLUSIONS;256
60.7;ACKNOWLEDGMENT;256
60.8;CONFLICT OF INTEREST;256
60.9;REFERENCES;256
61;58 Research and development of methods and means, based on the analysis of processes of human brain activity, for creating the control systems of the anthropomorphic technical devices;257
61.1;Abstract;257
61.2;Keywords;257
61.3;I. INTRODUCTION;257
61.4;II. CONTROL METHOD. THE ESSENCE OF THE RESEARCH.;257
61.5;III. . THE EXPERIMENT AND COLLECTING THE PROCESSED DATA. MAIN PART OF THE RESEARCH.;258
61.6;IV. CONCLUSIONS AND FURTHER PLANS;260
61.7;CONFLICT OF INTEREST;260
61.8;REFERENCES;260
62;59 Long-Range Antenna Systems forIn-Body Biotelemetry: Design Methodology and Characterization Approach;261
62.1;Abstract;261
62.2;Keywords;261
62.3;I.INTRODUCTION;261
62.4;II.OPERATING RANGE EXTENSION;262
62.5;III.FAR-FIELD CHARACTERIZATIONOF IN-BODY ANTENNAS;263
62.6;IV.CONCLUSION;264
62.7;CONFLICTOF INTEREST;264
62.8;ACKNOWLEDGEMENTS;264
62.9;REFERENCES;264
63;60Performance Analysis of Novel Flexible Electrodes for Wearable ECG/Heart Rate Monitoring;265
63.1;Abstract;265
63.2;Keywords;265
63.3;I. INTRODUCTION;265
63.4;II. MATERIALS AND METHODS;266
63.5;III. RESULTS;267
63.6;IV. DISCUSSION;267
63.7;V. CONCLUSIONS;268
63.8;ACKNOWLEDGMENT;268
63.9;CONFLICT OF INTEREST;268
63.10;REFERENCES;268
64;61Calling Homopolymer Stretches from Raw Nanopore Reads by Analyzing k-mer Dwell Times;269
64.1;Abstract;269
64.2;Keywords;269
64.3;I. INTRODUCTION;269
64.4;II. MATERIALS AND METHODS;269
64.5;III. RESULTS;271
64.6;IV. CONCLUSION;272
64.7;ACKNOWLEDGMENT;272
64.8;CONFLICT OF INTEREST;272
64.9;REFERENCES;272
65;62 Physical characteristics of collimators for dual-isotope imaging with 99mTc and 123I;273
65.1;Abstract;273
65.2;Keywords;273
65.3;I. INTRODUCTION;273
65.4;II. MATERIALS AND METHODS;273
65.5;III. RESULTS;274
65.6;IV. DISCUSSION;276
65.7;V. CONCLUSIONS;276
65.8;CONFLICT OF INTEREST;276
65.9;REFERENCES;276
66;63 Detection of sleep stages inneonatal EEG records;278
66.1;Abstract;278
66.2;Keywords;278
66.3;I. INTRODUCTION;278
66.4;II. DATA;278
66.5;III. METHODS;278
66.6;IV. RESULTS;280
66.7;V. CONCLUSION;280
66.8;Acknowledgements;281
66.9;REFERENCES;281
67;64A Framework for Technology Enhanced Education in Orthopaedics:Knee Surgery Case Study;282
67.1;Abstract;282
67.2;Keywords;282
67.3;I. INTRODUCTION;282
67.4;II. RELATED WORK;282
67.5;III. FRAMEWORK OUTLINE;283
67.6;IV. CASE STUDY – TOTAL KNEE ARTHROPLASTY;284
67.7;V. CONCLUSIONS;285
67.8;ACKNOWLEDGMENT;285
67.9;CONFLICT OF INTEREST;285
67.10;REFERENCES;285
68;65Evidence-based approach to medical equipment maintenance monitoring;286
68.1;Abstract;286
68.2;Keywords;286
68.3;I. INTRODUCTION;286
68.4;II. MATERIAL AND METHODS;286
68.5;III. RESULTS;288
68.6;IV. CONCLUSIONS;288
68.7;ACKNOWLEDGMENT;289
68.8;CONFLICT OF INTEREST;289
68.9;REFERENCES;289
69;66Center of Pressure based Assessment of Balance Responses to Repeated Perturbations of Upright Stance;290
69.1;Abstract;290
69.2;Keywords;290
69.3;I. INTRODUCTION;290
69.4;II. METHODS;290
69.5;III. RESULTS;291
69.6;IV. DISCUSSION;292
69.7;V. CONCLUSIONS;293
69.8;CONFLICT OF INTEREST;293
69.9;REFERENCES;293
70;67Effect of sinus attenuation in MR-based attenuation correction in 18F-FDG brain PET/MR;294
70.1;Abstract;294
70.2;Keywords;294
70.3;I. INTRODUCTION;294
70.4;II. MATERIALS AND METHODS;294
70.5;III. RESULTS;296
70.6;IV. DISCUSSION;297
70.7;V. CONCLUSIONS;297
70.8;ACKNOWLEDGMENT;297
70.9;CONFLICT OF INTEREST;297
70.10;REFERENCES;297
71;68 Coronary artery disease diagnosis by means of heart rate variability analys is using respiratory information;298
71.1;Abstract;298
71.2;Keywords;298
71.3;I.INTRODUCTION;298
71.4;II.METHODS;298
71.5;III.RESULTS;300
71.6;IV.DISCUSSION;300
71.7;V.CONCLUSION;301
71.8;ACKNOWLEDGEMENTS;301
71.9;REFERENCES;301
72;69Managing heterogeneous data in the HEALS project;302
72.1;Abstract;302
72.2;Keywords;302
72.3;I. INTRODUCTION;302
72.4;II. REQUIREMENTS;302
72.5;III. DESIGN AND IMPLEMENTATION;302
72.6;ACKNOWLEDGMENT;305
72.7;CONFLICT OF INTEREST;305
72.8;REFERENCES;305
73;70 Numerical modeling of card iovascular physiology Study of dynamic changes during autonomic reflexes;306
73.1;Abstract;306
73.2;Keywords;306
73.3;I.INTRODUCTION;306
73.4;II.DATAACQUISITION;307
73.5;III.METHODSANDIMPLEMENTATION;307
73.6;IV.RESULTSANDDISCUSSION;308
73.7;V.CONCLUSION;309
74;71 Computational model for multifocal imaging in optical projection tomography and numerical analysis of all-in-focus fusion in tomographic image reconstruction;310
74.1;Abstract;310
74.2;Keywords;310
74.3;I.INTRODUCTION;310
74.4;II.MATERIALSANDMETHODS;310
74.5;III.RESULTS;312
74.6;IV.CONCLUSION;312
74.7;ACKNOWLEDGEMENTS;313
74.8;CONFLICSTOFINTEREST;313
74.9;REFERENCES;313
75;72Overview of Health Behavior Change Interventions to Promote Physical-activityrelated Adherence in Patients with Heart Disease;314
75.1;Abstract;314
75.2;Keywords;314
75.3;I. BACKGROUND;314
75.4;II. MATERIAL & METHODS;314
75.5;III. RESULTS;315
75.6;IV. DISCUSSION;316
75.7;V. CONCLUSIONS;317
75.8;ACKNOWLEDGMENT;317
75.9;CONFLICT OF INTEREST;317
75.10;REFERENCES;317
76;73Quantization of the response signal differences for the electrical bioimpedancemeasurement;318
76.1;Abstract;318
76.2;Keywords;318
76.3;I. INTRODUCTION;318
76.4;II. STATE OF THE ART;318
76.5;III. PROPOSED SOLUTION;320
76.6;IV. CONCLUSIONS;321
76.7;ACKNOWLEDGMENT;321
76.8;CONFLICT OF INTEREST;321
76.9;REFERENCES;321
77;74 Robust Assistance Control of Left Ventricular Assist Devices;322
77.1;Abstract;322
77.2;Keywords;322
77.3;I.INTRODUCTION;322
77.4;II.MATERIALSANDMETHODS;322
77.5;III.RESULTSANDDISCUSSION;324
77.6;IV.CONCLUSIONS;325
77.7;CONFLICTOF INTEREST;325
77.8;REFERENCES;325
78;75 Impacts of laminin and polyethyleneimine surface coatings on morphology of differentiating human SH-SY5Y cells and networks;326
78.1;Abstract;326
78.2;Keywords;326
78.3;I. INTRODUCTION;326
78.4;II. MATERIALS AND METHODS;326
78.5;III. RESULTS;327
78.6;IV. DISCUSSION;328
78.7;V. CONCLUSIONS;329
78.8;ACKNOWLEDGMENT;329
78.9;CONFLICT OF INTEREST;329
78.10;REFERENCES;329
79;76 Electrode Comparison for Textile-Integrated Electrocardiogram and Impedance Pneumography Measurement;330
79.1;Abstract;330
79.2;Keywords;330
79.3;I. INTRODUCTION;330
79.4;II.MATERIALS AND METHODS;331
79.5;III. RESULTS AND DISCUSSION;332
79.6;IV. CONCLUSIONS;332
79.7;ACKNOWLEDGMENT;333
79.8;CONFLICT OF INTEREST;333
79.9;REFERENCES;333
80;77 Nonlinear Local Projection Filter for Impedance Pneumography;334
80.1;Abstract;334
80.2;Keywords;334
80.3;I.INTRODUCTION;334
80.4;II.MATERIALSAND METHODS;334
80.5;III.RESULTS;336
80.6;IV.DISCUSION;336
80.7;V.CONCLUSIONS;337
80.8;VI.CONFLICTOFINTEREST;337
80.9;VII.ACKNOWLEDGEMENT;337
80.10;REFERENCES;337
81;78 A Technique for Quantifying the Relative Angular Movement of the Head and Shoulders;338
81.1;Abstract;338
81.2;Keywords;338
81.3;I. INTRODUCTION;338
81.4;II. METHODS;338
81.5;III. MEASUREMENT AND TESTING;340
81.6;IV. RESULTS;340
81.7;V. DISCUSSION AND CONCLUSION;340
82;79Clinical Engineering Online Courses for Africa;342
82.1;Abstract;342
82.2;Keywords;342
82.3;I. INTRODUCTION;342
82.4;II. THE E-COURSE PROJECT;343
82.5;III. THE METHOD;343
82.6;IV. THE PROJECT PLAN;344
82.7;V. ADVISORY BOARD;344
82.8;VI. DISCUSSION AND CONCLUSIONS;345
82.9;CONFLICT OF INTEREST;345
82.10;REFERENCES;345
83;80 Magnetic Resonance Imaging Restoration based on Kolmogorov-Smirnov Non Local Mean;346
83.1;Abstract;346
83.2;Keywords;346
83.3;I.INTRODUCTION;346
83.4;II.MATERIALSAND METHODS;346
83.5;III.RESULTS;347
83.6;IV.CONCLUSION;348
83.7;CONFLICTOF INTEREST;348
83.8;ACKNOWLEDGEMENTS;348
83.9;REFERENCES;348
84;81 Incorporating spike correlations into an SVM-based neonatal seizure detector;350
84.1;Abstract;350
84.2;Keywords;350
84.3;I.INTRODUCTION;350
84.4;II.MATERIALSAND METHODS;350
84.5;III.RESULTS;352
84.6;IV.DISCUSSION;353
84.7;V.COMPLIANCEWITHETHICALREQUIREMENTS;353
84.8;VI.CONCLUSION;353
84.9;CONFLICTOF INTEREST;353
84.10;ACKNOWLEDGEMENTS;353
84.11;REFERENCES;353
85;82Development and Testing of a XYZ Scanner for Atomic Force Microscope;354
85.1;Abstract;354
85.2;Keywords;354
85.3;I. INTRODUCTION;354
85.4;II. MECHANICAL DESIGN AND MODEL VERIFICATION;354
85.5;III. EXPERIMENTAL AND RESULTS;355
85.6;IV. CONCLUSIONS;357
85.7;ACKNOWLEDGMENT;357
85.8;CONFLICT OF INTEREST;357
85.9;REFERENCES;357
86;83Optically Induced Semiconductor Gas Sensor: Acetone Detection Range using Continuous and Cyclic Optical Irradiation Types;358
86.1;Abstract;358
86.2;Keywords;358
86.3;I. INTRODUCTION;358
86.4;II. MATERIALS AND METHODS;358
86.5;III. RESULTS AND DISCUSSION;360
86.6;IV. CONCLUSIONS;361
86.7;CONFLICT OF INTEREST;361
86.8;REFERENCES;361
87;84 K-Band Doppler Radar is feasible and accurate to record and assess overnight respiratory rate;362
87.1;Abstract;362
87.2;Keywords;362
87.3;I. INTRODUCTION;362
87.4;II. MATERIAL AND METHODS;363
87.5;III. RESULTS;364
87.6;IV. CONCLUSIONS;365
87.7;ACKNOWLEDGMENT;365
87.8;CONFLICT OF INTEREST;365
87.9;REFERENCES;365
88;85Determination of Drug Activity on Pulmonary Arterial Hypertension using Time Domain Parameters of ECG;366
88.1;Abstract;366
88.2;Keywords;366
88.3;I. INTRODUCTION;366
88.4;II. MATERIAL AND METHOD;366
88.5;III. RESULTS AND DISCUSSION;368
88.6;IV. CONCLUSIONS;369
88.7;ACKNOWLEDGMEN;369
88.8;CONFLICT OF INTEREST;369
88.9;REFERENCES;369
89;86 Short-term stability of combined finger and toe photoplethysmogram analysis;370
89.1;Abstract;370
89.2;Keywords;370
89.3;I.INTRODUCTION;370
89.4;II.MATERIALSANDMETHODS;370
89.5;III.RESULTS;372
89.6;IV.DISCUSSION;372
89.7;V.CONCLUSIONS;373
89.8;VI.ACKNOWLEDGMENT;373
89.9;CONFLICTOF INTEREST;373
90;87Impact assessment and risk analysis in the redevelopment of a healthcare structure;374
90.1;Abstract;374
90.2;Keywords;374
90.3;I. INTRODUCTION;374
90.4;II. METHODS;374
90.5;III. RESULTS;376
90.6;IV. CONCLUSIONS;377
90.7;CONFLICT OF INTEREST;377
90.8;REFERENCES;377
91;88The Study of Needle Electrode Characteristics for Venipuncture Electrical impedance Controlling System;378
91.1;Abstract;378
91.2;Keywords;378
91.3;I. INTRODUCTION;378
91.4;II. MATERIAL AND METHOD;378
91.5;III. RESULTS;379
91.6;IV. CONCLUSIONS;380
91.7;CONFLICT OF INTEREST;380
91.8;REFERENCES;380
92;89 Electric fieldof EEG during anesthesia;382
92.1;Abstract;382
92.2;Keywords;382
92.3;I.INTRODUCTION;382
92.4;II.VOLUME CONDUCTOR MODELLING AND SENSITIVITY DISTRIBUTION;383
92.5;III.DISCUSSION;384
92.6;CONFLICTOF INTEREST;385
92.7;REFERENCES;385
93;90 Removal Estimation of Uremic CVD Marker Phosphate in Dialysis UsingSpectrophoto-and Fluorimetrical Signals;386
93.1;Abstract;386
93.2;Keywords;386
93.3;I. INTRODUCTION;386
93.4;II. MATERIALS AND METHODS;386
93.5;III. COMPLIANCE WITH ETHICAL REQUIREMENTS;387
93.6;IV. RESULTS;387
93.7;V. DISCUSSION;388
93.8;VI. CONCLUSIONS;389
93.9;ACKNOWLEDGMENT;389
93.10;CONFLICT OF INTEREST;389
93.11;REFERENCES;389
94;91A Developed Magnetic Force Microscope;390
94.1;Abstract;390
94.2;Keywords;390
94.3;I. INTRODUCTION;390
94.4;II. SYSTEM DESIGN;390
94.5;III. CONCLUSIONS;392
94.6;ACKNOWLEDGMENT;392
94.7;CONFLICT OF INTEREST;392
94.8;REFERENCES;392
95;92Assessment of Instantaneous Heartbeat Dynamicsin amnestic Mild Cognitive Impairment;394
95.1;Abstract;394
95.2;Keywords;394
95.3;I. INTRODUCTION;394
95.4;II. METHODS;394
95.5;III. RESULTS;396
95.6;IV. DISCUSSION AND CONCLUSIONS;397
95.7;REFERENCES;397
96;93Design and Development of a Low-Budget Infrasonic Detector;398
96.1;Abstract;398
96.2;Keywords;398
96.3;I. INTRODUCTION;398
96.4;II. METHODS AND PROCEDURES;398
96.5;III. CONCLUSION;399
96.6;IV. LIMITATIONS-FUTURE WORK;401
96.7;CONFLICT OF INTEREST;401
96.8;ACKNOWLEDGMENT;401
96.9;REFERENCES;401
97;94 An automatic deep learning approach for coronary artery calcium segmentation;402
97.1;Abstract;402
97.2;Keywords;402
97.3;I.INTRODUCTION;402
97.4;II.MATERIALSAND METHODS;402
97.5;III.RESULTS;404
97.6;IV.DISCUSSION;404
97.7;V.CONCLUSION;405
97.8;CONFLICTOF INTEREST;405
97.9;REFERENCES;405
98;95Simple and convenient remote photoplethysmography system for monitoring regional anesthesia effectiveness;406
98.1;Abstract;406
98.2;Keywords;406
98.3;I. INTRODUCTION;406
98.4;II. METHODS;406
98.5;III. RESULTS AND DISCUSSION;408
98.6;IV. CONCLUSIONS;409
98.7;ACKNOWLEDGMENT;409
98.8;CONFLICT OF INTEREST;409
98.9;REFERENCES;409
99;96Low Invasive Technology of Sclera Crosslinking: an Experimental Implementation;410
99.1;Abstract;410
99.2;Keywords;410
99.3;I.INTRODUCTION;410
99.4;II. MATERIAL AND METHODS;411
99.5;III. RESULTS;412
99.6;IV. DISCUSSION;413
99.7;V. CONCLUSIONS;413
99.8;ACKNOWLEDGMENT;413
99.9;CONFLICT OF INTEREST;413
99.10;REFERENCES;413
100;97Ultraviolet Ray Strength for Pre-irradiation in Gafchromic EBT2;414
100.1;Abstract;414
100.2;Keywords;414
100.3;I. INTRODUCTION;414
100.4;II. MATERIALS & METHODS;414
100.5;III. RESULTSU;416
100.6;IV. DISCUSSIONS;417
100.7;V. CONCLUSIONS;417
100.8;ACKNOWLEDGMENT;417
100.9;REFERENCES;417
101;98Testing of infusion pumps in healthcare institutions in Bosnia and Herzegovina;418
101.1;Abstract;418
101.2;Keywords;418
101.3;I. INTRODUCTION;418
101.4;II. MATERIALS AND METHODS;419
101.5;III. RESULTS;419
101.6;IV. CONCLUSIONS;421
101.7;CONFLICT OF INTEREST;421
101.8;REFERENCES;421
102;99Determination of Stimulation Timing Pattern based on EMG Signalsfor FES Cycling with Pedaling Wheelchair;422
102.1;Abstract;422
102.2;Keywords;422
102.3;I. INTRODUCTION;422
102.4;II. DETERMINATION OF STIMULATION TIMING PATTERN BASED ON EMG SIGNALS;422
102.5;III. EXPERIMENTAL TESTS OF FES CYCLING;424
102.6;IV. CONCLUSIONS;425
102.7;ACKNOWLEDGMENT;425
102.8;CONFLICT OF INTEREST;425
102.9;REFERENCES;425
103;100Stroke volume assessment by impedance cardiography: Comparative analysis withtransthoracic echocardiography;426
103.1;Abstract;426
103.2;Keywords;426
103.3;I. INTRODUCTION;426
103.4;II. METHODS;426
103.5;III. RESULTS;428
103.6;IV. DISCUSSION;429
103.7;ACKNOWLEDGMENT;429
103.8;CONFLICT OF INTEREST;429
103.9;REFERENCES;429
104;101IFMBE/Clinical Engineering Division projects for the advancementof the profession of Clinical Engineering;430
104.1;Abstract;430
104.2;Keywords;430
104.3;I. INTRODUCTION;430
104.4;II. THE CERTIFICATION/REGISTRATION PROJECT;430
104.5;III. THE METHOD;431
104.6;IV. CONCLUSIONS;432
104.7;CONFLICT OF INTEREST;433
104.8;REFERENCES;433
105;1022D-EEG Topography and fMRI Brain Images for Relaxation and Letter Writing;434
105.1;Abstract;434
105.2;Keywords;434
105.3;I. INTRODUCTION;434
105.4;II. THEORY;435
105.5;III. METHODOLOGY;435
105.6;IV. RESULTS AND DISCUSSIONS;436
105.7;V. CONCLUSIONS;437
105.8;ACKNOWLEDGMENT;437
105.9;CONFLICT OF INTEREST;437
105.10;REFERENCES;437
106;103 Three-dimensional Magnetic Camera for the Characterization of MagneticManipulation Instrumentation Systems for Electrophysiology Procedures;438
106.1;Abstract;438
106.2;Keywords;438
106.3;I. INTRODUCTION;438
106.4;II. AVAILABLE MAGNETIC CAMERA TECHNOLOGIES;438
106.5;III. SELECTION OF THE MAGNETIC SENSOR TECHNOLOGY;439
106.6;IV. SYSTEM DESCRIPTION;440
106.7;V. EXPERIMENTAL RESULTS;441
106.8;VI. CONCLUSION;441
106.9;CONFLICT OF INTEREST;441
106.10;REFERENCES;441
107;104 Automatic Segmentation of Computed Tomography Images of Liver Using Watershed and Thresholding Algorithms;442
107.1;Abstract;442
107.2;Keywords;442
107.3;I. INTRODUCTION;442
107.4;II. MATERIALS AND METHODS;443
107.5;III. RESULTS AND DISCUSSIONS;444
107.6;IV. CONCLUSIONS;445
107.7;ACKNOWLEDGMENT;445
107.8;CONFLICT OF INTEREST;445
107.9;REFERENCES;445
108;105 Contactless 3D detection of respiratory effort;446
108.1;Abstract;446
108.2;Keywords;446
108.3;I. INTRODUCTION;446
108.4;II. CURRENT METHODS FOR SLEEP APNOEA DETECTION;446
108.5;III. METHODS;447
108.6;IV. RESULTS;448
108.7;V. CONCLUSIONS;449
108.8;CONFLICT OF INTEREST;449
108.9;REFERENCES;449
109;106 Stimulation Waveform Selection to Suppress Functional Electrical Stimulation Artifact from Surface EMG Signals;450
109.1;Abstract;450
109.2;Keywords;450
109.3;I.INTRODUCTION;450
109.4;II.METHODS;451
109.5;III.RESULTS;452
109.6;IV.DISCUSSION;452
109.7;V.CONCLUSION;453
109.8;CONFLICT OF INTEREST;453
109.9;ACKNOWLEDGEMENTS;453
109.10;REFERENCES;453
110;107 Ankle Muscles Co-Activation Patterns During Normal Gait: An Amplitude Evaluation;454
110.1;Abstract;454
110.2;Keywords;454
110.3;I.INTRODUCTION;454
110.4;II.MATERIALS AND METHODS;454
110.5;III.RESULTS;456
110.6;IV.DISCUSSION;456
110.7;V.CONCLUSION;457
110.8;CONFLICT OF INTEREST;457
110.9;REFERENCES;457
111;108 Interpretation of the pinched point position in human skin memristor measurements;458
111.1;Abstract;458
111.2;Keywords;458
111.3;I. INTRODUCTION;458
111.4;II. MATERIALS AND METHODS;458
111.5;III. RESULTS;459
111.6;IV. DISCUSSION;460
111.7;V. CONCLUSION;461
111.8;ACKNOWLEDGMENTS;461
111.9;CONFLICT OF INTEREST;461
111.10;REFERENCES;461
112;109 The use of the TLD-100 for quality assurance in Total Body Irradiation (TBI);462
112.1;Abstract;462
112.2;Keyword;462
112.3;I.INTRODUCTION;462
112.4;II.METHODOLOGY;462
112.5;III.RESULTS AND DISCUSSION;464
112.6;IV.CONCLUSION;465
112.7;ACKNOWLEDGEMENTS;465
112.8;REFERENCES;465
113;110Evaluation of a Deep Convolutional Neural Network method for the segmentation of breast microcalcifications in Mammography Imaging;466
113.1;Abstract;466
113.2;Keywords;466
113.3;I.INTRODUCTION;466
113.4;II.MATERIALS AND METHODS;466
113.5;III.RESULTS AND DISCUSSION;468
113.6;IV.CONCLUSION;469
113.7;CONFLICT OF INTEREST;469
113.8;REFERENCES;469
114;111 Changes in network activity in a neuro-robotic environment;470
114.1;Abstract;470
114.2;Keyword;470
114.3;I. INTRODUCTION;470
114.4;II. MATERIALS AND METHODS;470
114.5;III. RESULTS;472
114.6;IV. DISCUSSION AND CONCLUSIONS;473
114.7;ACKNOWLEDGMENT;473
114.8;CONFLICT OF INTEREST;473
114.9;REFERENCES;473
115;112 Method for Evaluation of Surgical Wound Healing: A Case Study;474
115.1;Abstract;474
115.2;Keyword;474
115.3;I. INTRODUCTION;474
115.4;II. MATERIALS AND METHODS;474
115.5;III. RESULTS;475
115.6;IV. DISCUSSION;476
115.7;V. CONCLUSIONS;477
115.8;ACKNOWLEDGMENT;477
115.9;CONFLICT OF INTEREST;477
115.10;REFERENCES;477
116;113 Treatment planning of microbrachytherapy with 3D NSGA-II;478
116.1;Abstract;478
116.2;Keywords;478
116.3;I. INTRODUCTION;478
116.4;II. MATERIALS AND METHODS;478
116.5;III. RESULTS;479
116.6;IV. DISCUSSION;480
116.7;CONCLUSION;481
116.8;CONFLICT OF INTEREST;481
116.9;REFERENCES;481
117;114 Characterization of Chloride Channels in Human Embryonic Stem Cell Derived Retinal Pigment Epithelium;482
117.1;Abstract;482
117.2;Keywords;482
117.3;I. INTRODUCTION;482
117.4;II. MATERIALS AND METHODS;482
117.5;III. RESULTS;483
117.6;IV. DISCUSSION;485
117.7;V. CONCLUSION;485
117.8;ACKNOWLEDGMENT;485
117.9;CONFLICT OF INTEREST;485
117.10;REFERENCES;485
118;115 Clinical Engineering Revisited: the Grip of Leadership - Part 2;486
118.1;Abstract;486
118.2;Keywords;486
118.3;I. INTRODUCTION;486
118.4;II. MATERIALS AND METHODS;486
118.5;III. RESULTS;486
118.6;IV. DISCUSSION;486
118.7;V. CONCLUSIONS;489
118.8;ACKNOWLEDGMENT;489
118.9;CONFLICT OF INTEREST;489
118.10;REFERENCES;489
119;116 The Influence of Pharmacological Autonomic Blockades on Multi-Scale Measures of Heart Rate Variability;490
119.1;Abstract;490
119.2;Keywords;490
119.3;I.INTRODUCTION;490
119.4;II.METHODS;490
119.5;III.RESULTS;491
119.6;IV.DISCUSSION AND CONCLUSION;492
119.7;CONFLICT OF INTEREST;493
119.8;REFERENCES;493
120;117 Laser Interference Lithography for Applications in Biomedicine;494
120.1;Abstract;494
120.2;Keywords;494
120.3;1.INTRODUCTION;494
120.4;II. PRINCIPLE;494
120.5;III.EXPERIMANT;495
120.6;IV.CONCLUSIONS;497
120.7;ACKNOWLEDGMENT;497
120.8;REFERENCES;497
121;118 Testing of dialysis machines in healthcare institutions in Bosnia and Herzegovina;498
121.1;Abstract;498
121.2;Keywords;498
121.3;I. INTRODUCTION;498
121.4;II. MATERIALS AND METHODS;499
121.5;III. RESULTS;499
121.6;IV. CONCLUSIONS;500
121.7;CONFLICT OF INTEREST;501
121.8;REFERENCES;501
122;119 Development of radiofrequency ultrasound based method for elasticity characterization using low frequency endogenous motion: phantom study;502
122.1;Abstract;502
122.2;Keywords;502
122.3;I. INTRODUCTION;502
122.4;II. MATERIALS AND METHODS;502
122.5;III. RESULTS;504
122.6;IV. DISSCUSSION AND CONCLUSIONS;505
122.7;ACKNOWLEDGMENT;505
122.8;CONFLICT OF INTEREST;505
122.9;REFERENCES;505
123;120 Quantification of T-wave Morphological Variability Using Time-warping Methods;506
123.1;Abstract;506
123.2;Keywords;506
123.3;I.INTRODUCTION;506
123.4;II.METHODS;506
123.5;III.RESULTS AND DISCUSSION;508
123.6;IV.CONCLUSION;509
123.7;CONFLICTOF INTEREST;509
123.8;ACKNOWLEDGEMENTS;509
123.9;REFERENCES;509
124;121 Optimized Raman Setting of Objective Lens, Laser Power and Integration Time for High and Low Concentration of Nonstructural Protein 1;510
124.1;Abstract;510
124.2;Keywords;510
124.3;I. INTRODUCTION;510
124.4;II. RAMAN SPECTROSCOPY AND SERS;510
124.5;III. METHODOLOGY;511
124.6;IV. RESULT AND DISCUSSION;512
124.7;V. CONCLUSION;513
124.8;ACKNOWLEDGMENT;513
124.9;CONFLICT OF INTEREST;513
124.10;REFERENCES;513
125;122 Blood flow analysis for prediction of pressure ulcer development using diffuse correlation spectroscopy;514
125.1;Abstract;514
125.2;Keyword;514
125.3;I. INTRODUCTION;514
125.4;II. MATERIALS AND METHODS;515
125.5;III. RESULTS;516
125.6;IV. DISCUSSION AND CONCLUSIONS;517
125.7;ACKNOWLEDGMENT;517
125.8;CONFLICT OF INTEREST;517
125.9;REFERENCES;517
126;123 A comparison between the commercially available gamma criteria evolution software and new modified algorithm for field-in-field technique;518
126.1;Abstract;518
126.2;Keywords;518
126.3;I. INTRODUCTION;518
126.4;II. MATERIALS AND METHODS;518
126.5;III. RESULTS AND DISCUSSION;520
126.6;CONCLUSIONS;521
126.7;REFERENCES;521
127;124 Time-frequency analysis of surface EMG signals for maximum energy localization during walking;522
127.1;Abstract;522
127.2;Keywords;522
127.3;I. INTRODUCTION;522
127.4;II. MATERIAL AND METHODS;522
127.5;III. RESULTS AND DISCUSSION;524
127.6;IV. CONCLUSION;525
127.7;CONFLICT OF INTEREST;525
127.8;REFEFENCES;525
128;125 Magnetic fields and childhood leukemia; science and policy in the Netherlands;526
128.1;Abstract;526
128.2;Keywords;526
128.3;I. INTRODUCTION;526
128.4;II. EPIDEMIOLOGICAL EVIDENCE;526
128.5;III. CAUSALITY, HILL’S CRITERIA;527
128.6;IV. HIGH VOLTAGE POWER LINES IN THE NETHERLANDS;527
128.7;V. RISK ESTIMATE FOR THE NETHERLANDS;528
128.8;VI. POWER LINE POLICY IN THE NETHERLANDS;528
128.9;VII. CURRENT SITUATION;529
128.10;CONFLICT OF INTEREST;529
128.11;REFERENCES;529
129;126 To improve patient care & safety of rural patients empowering the village doctors;530
129.1;Abstract;530
129.2;Keywords;530
129.3;I. INTRODUCTION;530
129.4;II. PURPOSE AND AIMS;531
129.5;RESULTS;532
129.6;ACKNOWLEDGMENT;533
129.7;CONFLICT OF INTEREST;533
130;127 Deep Learning for outcome prediction of postanoxic coma;534
130.1;Abstract;534
130.2;Keywords;534
130.3;I.INTRODUCTION;534
130.4;II.METHODS;534
130.5;III.RESULTS;535
130.6;IV.DISCUSSION;535
130.7;V.CONCLUSION;537
130.8;CONFLICT OF INTEREST;537
130.9;ACKNOWLEDGEMENTS;537
130.10;REFERENCES;537
131;128 Estimation of kinematic parameters in a model of artificial aortic valve leaflets;538
131.1;I. INTRODUCTION;538
131.2;II. NUMERICAL STUDIES;538
131.3;III. EXPERIMENTAL STUDIES;539
131.4;IV. CONCLUSIONS;540
131.5;ACKNOWLEDGMENT;541
131.6;CONFLICT OF INTEREST;541
131.7;REFERENCES;541
132;129 Graphene electrodes for long-term impedance pneumography-a feasibility study;542
132.1;Abstract;542
132.2;Keywords;542
132.3;I.INTRODUCTION;542
132.4;II.MATERIALS AND METHODS;543
132.5;III.RESULTS;543
132.6;IV.DISCUSSION;544
132.7;V.CONCLUSIONS;545
132.8;CONFLICT OF INTEREST;545
132.9;REFERENCES;545
133;130 Separation of Superimposed Electrocardiographic and Electromyographic Signals;546
133.1;Abstract;546
133.2;Keywords;546
133.3;I. INTRODUCTION;546
133.4;II. METHODS;546
133.5;III. RESULTS;547
133.6;IV. DISCUSSION;548
133.7;V. CONCLUSION;549
133.8;CONFLICT OF INTEREST;549
133.9;REFERENCES;549
134;131 Artificial Eye Blink Pacemaker - A First Investigation into the Blink Production Using Constant-Interval Electrical Stimulation;550
134.1;Abstract;550
134.2;Keywords;550
134.3;I. INTRODUCTION;550
134.4;II. METHODS;551
134.5;III. RESULTS;552
134.6;IV. DISCUSSION AND CONCLUSIONS;553
134.7;ACKNOWLEDGMENT;553
134.8;CONFLICT OF INTEREST;553
134.9;REFERENCES;553
135;132 Academia-Industry Partnerships in the Biomedical Engineering Domain;554
135.1;Abstract;554
135.2;Keywords;554
135.3;I. INTRODUCTION;554
135.4;II. BACKGROUND;554
135.5;III. ROLES OF INDUSTRY PARTNERS WITH ACADEMICS;554
135.6;IV. CHALLENGES IN AIP;555
135.7;V. RESULTS AND DISCUSSION;555
135.8;VI. CONCLUSION;557
135.9;ACKNOWLEDGMENT;557
135.10;CONFLICT OF INTEREST;557
135.11;REFERENCES;557
136;133 MEDICIS-Promed:an Innovative Training Network for a new generation of professionals in nuclear medicine;558
136.1;Abstract;558
136.2;Keywords;558
136.3;I.INTRODUCTION;558
136.4;II.MATERIALS AND METHODS;558
136.5;III.CONCLUSIONS;560
136.6;CONFLICT OF INTEREST;560
136.7;ACKNOWLEDGEMENTS;560
136.8;REFERENCES;561
137;134 Day-to-day repeatability of the results of the finger-toe-plot analysis;562
137.1;Abstract;562
137.2;Keywords;562
137.3;I.INTRODUCTION;562
137.4;II.MATERIALS AND METHODS;562
137.5;III.RESULTS;564
137.6;IV.DISCUSSION;564
137.7;V.CONCLUSIONS;565
137.8;VI.ACKNOWLEDGMENT;565
137.9;CONFLICTOF INTEREST;565
137.10;REFERENCES;565
138;135 The Venous Occlusion Effect To Increase The Accuracy Of Electrical Impedance Peripheral Veins Detection;566
138.1;Abstract;566
138.2;Keyword;566
138.3;I. INTRODUCTION;566
138.4;II. EXPERIMENT AND METHOD;566
138.5;III. RESULTS;567
138.6;IV. CONCLUSIONS;569
138.7;CONFLICT OF INTEREST;569
138.8;REFERENCES;569
139;136 Enhanced Patient Queue Management: Development of Slot-Back Model Equation Using University of Maiduguri Medical Centre as Experimental Site;570
139.1;Abstract;570
139.2;Keywords;570
139.3;1. INTRODUCTION;570
139.4;2. METHODOLOGY;571
139.4.1;2.1 Field Work Results and Data Analysis;571
139.5;3.0 MODEL EQUATION DEVELOPMENT;572
139.6;4.0 THE MODEL EQUATION;573
139.7;5.0 CONCLUSION;573
139.8;6.0 ACKNOWLEDGEMENT;573
139.9;II. REFERENCES;573
140;137 Setup of a white light selective plane microscope to investigate microprobe insertion in a brain model;575
140.1;Abstract;575
140.2;Keywords;575
140.3;I. INTRODUCTION;575
140.4;II. MATERIALS AND METHODS;575
140.5;III. RESULTS AND DISCUSSION;576
140.6;IV. CONCLUSIONS;577
140.7;ACKNOWLEDGMENT;577
140.8;CONFLICT OF INTEREST;577
140.9;REFERENCES;578
141;138 Learned vs. Hand-Designed Features for ECG Beat Classification: A Comprehensive Study;579
141.1;Abstract;579
141.2;Keywords;579
141.3;I. INTRODUCTION;579
141.4;II. ADAPTIVE 1-D CNN BASED ECG CLASSIFICATION;579
141.5;III. EXPERIMENTAL RESULTS;580
141.6;IV. CONCLUSIONS;581
141.7;CONFLICT OF INTEREST;581
141.8;REFERENCES;581
142;139 Predicting Gene Expression Levels from Histone Modification Signals with Convolutional Recurrent Neural Networks;583
142.1;Abstract;583
142.2;Keywords;583
142.3;I.INTRODUCTION;583
142.4;II.MATERIALS AND METHODS;583
142.5;III.RESULTS;584
142.6;IV.DISCUSSION;585
142.7;V.CONCLUSIONS;585
142.8;CONFLICT OF INTEREST;586
142.9;ACKNOWLEDGEMENTS;586
142.10;REFERENCES;586
143;140 The Role of Simulation for Preoperative Planning in Patients Requiring Mechanical Circulatory Support;587
143.1;Abstract;587
143.2;Keywords;587
143.3;I. INTRODUCTION;587
143.4;II. MATERIAL AND METHODS;587
143.5;III. RESULTS;589
143.6;IV. DISCUSSION;590
143.7;V. CONCLUSION;590
143.8;CONFLICT OF INTEREST;590
143.9;REFERENCES;590
144;141 Topics and Trends Analysis in eHealth Literature;591
144.1;Abstract;591
144.2;Keywords;591
144.3;I. INTRODUCTION;591
144.4;II. METHODOLOGY;591
144.5;III. RESULTS;592
144.6;IV. DISCUSSION;594
144.7;ACKNOWLEDGMENT;594
144.8;CONFLICT OF INTEREST;594
144.9;REFERENCES;594
145;142 Contactless Respiration Monitoring in Real-Time via a Video Camera;595
145.1;Abstract;595
145.2;Keywords;595
145.3;I. INTRODUCTION;595
145.4;II. METHODS;596
145.5;III. RESULTS AND DISCUSSION;597
145.6;IV. CONCLUSION;598
145.7;CONFLICT OF INTEREST;598
145.8;ACKNOWLEDGEMENTS;598
145.9;REFERENCES;598
146;143 Designing a mobile system for safety reporting of arthroplasty adverse events;599
146.1;Abstract;599
146.2;Keyword;599
146.3;I. INTRODUCTION;599
146.4;II. MATERIALS;599
146.5;III. METHODS;599
146.6;IV. RESULTS;600
146.7;V. DISCUSSION;601
146.8;VI. CONCLUSSIONS;601
146.9;ACKNOWLEDGMENT;602
146.10;CONFLICT OF INTEREST;602
146.11;REFERENCES;602
147;144 Augmented virtuality platform for usability evaluation of a novel endoscope concept;603
147.1;Abstract;603
147.2;Keywords;603
147.3;I. INTRODUCTION;603
147.4;II. METHODS;604
147.5;III. EVALUATION;604
147.6;IV. DISCUSSION;605
147.7;V. CONCLUSION;606
147.8;CONFLICT OF INTEREST;606
147.9;ACKNOWLEDGEMENTS;606
147.10;REFERENCES;606
148;145 Determination of Mass-Inertial Characteristics of the Human Body in Basic Body Positions: Computer and Mathematical Modelling;607
148.1;Abstract;607
148.2;Keywords;607
148.3;I. INTRODUCTION;607
148.4;II. MODEL AND METHOD;608
148.5;III. GENERATION OF THE SEGMENT BIOMECHANICAL MODEL OF THE HUMAN BODY USING CAD SYSTEM SOLIDWORKS;609
148.6;IV. DETERMINATION OF MASS-INERTIAL CHARACTERISTICS USING SOLIDWORKS MEDIA IN DIFFERENT BODY POSITIONS;610
148.7;V. CONCLUSIONS;610
148.8;ACKNOWLEDGMENT;610
148.9;CONFLICT OF INTEREST;610
148.10;REFERENCES;610
149;146PathWalue: Pathways with Value;611
149.1;I. INTRODUCTION;611
149.2;II. METHODS AND DATA;611
149.3;III. RESULTS;613
149.4;IV. DISCUSSION;613
149.5;CONFLICT OF INTEREST;614
149.6;REFERENCES;614
150;147 Human Activity Recognition Using A Single Optical Heart Rate Monitoring Wristband Equipped with Triaxial Accelerometer;615
150.1;Abstract;615
150.2;Keywords;615
150.3;I. INTRODUCTION;615
150.4;II. MATERIALS AND METHODS;616
150.5;III. RESULTS;617
150.6;IV. DISCUSSION AND CONCLUSIONS;617
150.7;CONFLICT OF INTEREST;618
150.8;REFERENCES;618
151;148 Line Contrast Figure of Merit for Dual Energy X-ray Image Quality Assessment: Initial Results;619
151.1;Abstract;619
151.2;Keywords;619
151.3;I. INTRODUCTION;619
151.4;II. MATERIALS AND METHODS;619
151.5;III. RESULTS;621
151.6;IV. CONCLUSIONS;622
151.7;CONFLICT OF INTEREST;622
151.8;REFERENCES;622
152;149 Development of a pneumo-tactile vibrissae stimulator for freely behaving rodents;623
152.1;Abstract;623
152.2;Keywords;623
152.3;I. INTRODUCTION;623
152.4;II. MATERIALS AND METHODS;623
152.5;III.CONCLUSIONS AND PRELIMINARY RESULTS;624
152.6;IV.CONFLICT OF INTEREST;626
152.7;V.ACKNOWLEDGEMENTS;626
152.8;REFERENCES;626
153;150 Evaluation of SAR induced by a Planar Inverted-F Antenna based on a Realistic Human Model;627
153.1;Abstract;627
153.2;Keywords;627
153.3;I.INTRODUCTION;627
153.4;II.MODELS AND METHODS;627
153.5;III.RESULTS;628
153.6;IV.CONCLUSION;629
153.7;CONFLICT OF INTEREST;630
153.8;ACKNOWLEDGEMENTS;630
153.9;REFERENCES;630
154;151Insulin Bolus Calculator with Automatic Speech Recognition;631
154.1;Abstract;631
154.2;Keywords;631
154.3;I. INTRODUCTION;631
154.4;II. MATERIALS AND METHODS;632
154.5;III. DISCUSSION;634
154.6;IV. CONCLUSIONS;634
154.7;ACKNOWLEDGMENT;634
154.8;CONFLICT OF INTEREST;634
154.9;REFERENCES;634
155;152Broadband dielectric characterization of zebrafish embryo suspensions using the impedance spectroscopy technique;635
155.1;Abstract;635
155.2;Keywords;635
155.3;I. INTRODUCTION;635
155.4;II. EXPERIMENTAL SETUP;635
155.5;III. RESULTS AND DISCUSSION;636
155.6;IV. CONCLUSIONS;638
155.7;ACKNOWLEDGMENT;638
155.8;CONFLICT OF INTEREST;638
155.9;REFERENCES;638
156;153Day-to-day variation in sleep quality and static balance: results from an exploratory study.;639
156.1;Abstract;639
156.2;Keywords;639
156.3;I. INTRODUCTION;639
156.4;II.MATERIALS AND METHODS;639
156.5;III. RESULTS;641
156.6;IV. DISCUSSION;641
156.7;V. CONCLUSIONS;641
157;154Optical wrist-worn device for sleep monitoring;643
157.1;Abstract;643
157.2;Keywords;643
157.3;I.INTRODUCTION;643
157.4;II.MATERIAL AND METHODS;644
157.5;III.RESULTS AND DISCUSSION;645
157.6;IV.CONCLUSION;646
157.7;CONFLICT OF INTEREST;646
157.8;REFERENCES;646
158;155Peculiarities of Spectral and Multifractal Estimates of the Brain Microwave Radiation;647
158.1;Abstract;647
158.2;Keywords;647
158.3;I. INTRODUCTION;647
158.4;II. MATERIALS AND METHODS;647
158.5;III. RESULTS AND DISCUSSION;649
158.6;IV. CONCLUSION;650
158.7;ACKNOWLEDGMENT;650
158.8;CONFLICT OF INTEREST;650
158.9;REFERENCES;650
159;156 Sensitivity Distribution of Electrical Impedance Epithelial Measurement Systems;651
159.1;Abstract;651
159.2;Keyword;651
159.3;I.INTRODUCTION;651
159.4;II.METHODS;651
159.5;III.RESULTS;652
159.6;IV.DISCUSSION;653
159.7;V.CONCLUSIONS;654
159.8;CONFLICT OF INTEREST;654
159.9;ACKNOWLEDGMENTS;654
159.10;REFERENCES;654
160;157 Syncope Prediction using Photoplethysmography;655
160.1;Abstract;655
160.2;Keywords;655
160.3;I. INTRODUCTION;655
160.4;II. METHODS;655
160.5;III. RESULTS AND DISCUSSION;656
160.6;IV. CONCLUSIONS;658
160.7;ACKNOWLEDGMENT;658
160.8;CONFLICT OF INTEREST;658
160.9;REFERENCES;658
161;158 Evidence-gathering across industry and academia on early Health Technology Assessment (HTA) of medical devices: survey design and piloting;659
161.1;Abstract;659
161.2;Keywords;659
161.3;I. INTRODUCTION;659
161.4;II. METHODS;659
161.5;III. RESULTS;660
161.6;IV. DISCUSSION & FUTURE RESEARCH;661
161.7;V. ACKNOWLEDGMENTS;662
161.8;VI. REFERENCES;662
162;159 Automated Pipeline for Brain ROI Analysis with Results Comparable to Previous Freehand Measures in Clinical Settings;663
162.1;Abstract;663
162.2;Keywords;663
162.3;I. INTRODUCTION;663
162.4;II. MATERIALS AND METHODS;663
162.5;III. RESULTS;665
162.6;IV. DISCUSSION;666
162.7;V. CONCLUSIONS;666
162.8;ACKNOWLEDGMENT;666
162.9;CONFLICT OF INTEREST;666
162.10;REFERENCES;666
163;160 Extents, Locations and Geometrical Configurations of Calcification in Abdominal Aortic Aneurysm;667
163.1;Abstract;667
163.2;Keywords;667
163.3;I. INTRODUCTION;667
163.4;II. METHODS;667
163.5;III. RESULTS AND ANALYSIS;668
163.6;IV. CONCLUSIONS;669
163.7;ACKNOWLEDGMENT;670
163.8;CONFLICT OF INTEREST;670
163.9;REFERENCES;670
164;161 To What Extent Can We Shorten HRV Analysis in Wearable Sensing? A Case Study on Mental Stress Detection;671
164.1;Abstract;671
164.2;Keywords;671
164.3;I. INTRODUCTION;671
164.4;II. METHODS AND MATERIALS;672
164.5;III. RESULTS;673
164.6;IV. CONCLUSIONS;673
164.7;ACKNOWLEDGMENT;674
164.8;CONFLICT OF INTEREST;674
164.9;REFERENCES;674
165;162 Mechanism of Low-level Microwave Radiation Effect on Brain: Frequency Limits;675
165.1;Abstract;675
165.2;Keywords;675
165.3;I. INTRODUCTION;675
165.4;II. FREQUENCY RESTRICTIONS FOR MWR EFFECT;675
165.5;III. METHODS;676
165.6;IV. RESULTS AND DISCUSSION;677
165.7;V. COMPLIANCE WITH ETHICAL REQUIREMENTS;678
165.8;VI. CONCLUSIONS;678
165.9;ACKNOWLEDGMENT;678
165.10;CONFLICT OF INTEREST;678
165.11;REFERENCES;678
166;163 Inter-regional Dynamics in Hippocampal Sub-Networks Co-cultured on Microelectrode Arrays and Connected via Micro-Tunnels;679
166.1;Abstract;679
166.2;Keywords;679
166.3;I. INTRODUCTION;679
166.4;II. MATERIALS AND METHODS;679
166.5;III. RESULTS;680
166.6;IV. DISCUSSION;681
166.7;V. CONCLUSIONS;682
166.8;ACKNOWLEDGMENT;682
166.9;CONFLICT OF INTEREST;682
166.10;REFERENCES;682
167;164 Simple Assessment of Insulin Sensitivity in the Zucker Rat;683
167.1;Abstract;683
167.2;Keywords;683
167.3;I. INTRODUCTION;683
167.4;II. MATERIALS AND METHODS;683
167.5;III. RESULTS;684
167.6;IV. DISCUSSION;685
167.7;V. CONCLUSION;686
167.8;CONFLICT OF INTEREST;686
167.9;REFERENCES;686
168;165 Conduction velocity effects due to ephaptic interactions between myelinated axons;687
168.1;Abstract;687
168.2;Keywords;687
168.3;I. INTRODUCTION;687
168.4;II.MATERIALS AND METHODS;687
168.5;III.RESULTS;688
168.6;IV.DISCUSSION AND CONCLUSIONS;690
168.7;CONFLICT OF INTEREST;690
168.8;ACKNOWLEDGEMENTS;690
168.9;REFERENCES;690
169;166 The importance of VERIFI ("Vasomotoric Elimination and Reconstructed Identification of the Initial set-point") for the performance of the CNAP technology;691
169.1;Abstract;691
169.2;Keywords;691
169.3;I. INTRODUCTION;691
169.4;II. METHODS;691
169.5;III. RESULTS;693
169.6;IV. DISCUSSION;693
169.7;V. CONCLUSIONS;693
169.8;CONFLICT OF INTEREST;693
169.9;REFERENCES;694
170;167 Identification of feasible pathway information for c-di-GMP binding proteins in cellulose production;695
170.1;Abstract;695
170.2;Keywords;695
170.3;I.INTRODUCTION;695
170.4;II.MATERIALS AND METHODS;695
170.5;III.RESULTS AND DISCUSSION;696
170.6;IV.CONCLUSION;697
170.7;CONFLICT OF INTEREST;697
170.8;REFERENCES;697
171;168 Variation of Cardiac and Respiratory Waveform on Human Thorax in the Case of Inductive Coupling;699
171.1;Abstract;699
171.2;Keywords;699
171.3;I. INTRODUCTION;699
171.4;II. DEVICES AND PROPERTIES;699
171.5;III. METHODS AND MEASUREMENT SETUP;700
171.6;IV. MEASUREMENT RESULTS;700
171.7;V. DISCUSSION;701
171.8;VI. CONCLUSIONS;702
171.9;ACKNOWLEDGMENT;702
171.10;CONFLICT OF INTEREST;702
171.11;REFERENCES;702
172;169Basic research on countermeasures against barium sulfate aggregation using a gastric phantom;703
172.1;Abstract;703
172.2;Keywords;703
172.3;I. INTRODUCTION;703
172.4;II. METHODS;704
172.5;III. RESULTS;705
172.6;IV. DISCUSSION;706
172.7;CONFLICT OF INTEREST;706
172.8;REFERENCES;706
173;170 Altered synaptic sigaling due to b-amyloid interference in astrocytes: A modelingstudy;707
173.1;Abstract;707
173.2;Keywords;707
173.3;I.INTRODUCTION;707
173.4;II.MATERIALS AND METHODS;707
173.5;III.RESULTS;708
173.6;IV.CONCLUSION;710
173.7;ACKNOWLEDGEMENTS;710
173.8;REFERENCES;710
174;171 Life Science innovation ecosystem in Poland – case study of BioTechMed Cluster Mazovia;711
174.1;Abstract;711
174.2;Keywords;711
174.3;I. INTRODUCTION;711
174.4;II. MATERIALS AND METHODS;711
174.5;III. CASE STUDY;713
174.6;IV. CONCLUSIONS;714
174.7;REFERENCES;714
175;172 Wearable multi-antenna multi-band measurement system for personal radio-frequency exposure assessment;715
175.1;Abstract;715
175.2;Keywords;715
175.3;I.INTRODUCTION;715
175.4;II.MATERIALS AND METHODS;716
175.5;III.MEASUREMENT RESULTS;718
175.6;IV.CONCLUSION;718
175.7;ACKNOWLEDGEMENTS;718
175.8;REFERENCES;718
176;173 Entropy-based Axon-to-Axon Mutual Interaction Characterization via Iterative Learning Identification;719
176.1;Abstract;719
176.2;Keywords;719
176.3;I.INTRODUCTION;719
176.4;II.METHODOLOGY;719
176.5;III.SIMULATION;721
176.6;IV.DISCUSSIONS AND CONCLUSION;721
176.7;CONFLICT OF INTEREST;722
176.8;ACKNOWLEDGEMENTS;722
176.9;REFERENCES;722
177;174 Fast skull conductivity estimation using Boundary Element Method;723
177.1;Abstract;723
177.2;Keywords;723
177.3;I. INTRODUCTION;723
177.4;II. METHODS;723
177.5;III. RESULTS;725
177.6;IV. CONCLUSIONS;726
177.7;CONFLICT OF INTEREST;726
177.8;REFERENCES;726
178;175 Motor control strategies in gastrocnemins mnscles are affected differently in yonnger than in older adnlts after 14-day bed rest;727
178.1;Abstract;727
178.2;Keywords;727
178.3;I. INTRODUCTION;727
178.4;II. METHODS;728
178.5;III. RESULTS;729
178.6;IV. DISCUSSION AND CONCLUSIONS;730
178.7;ACKNOWLEDGMENTS;730
178.8;CONFLICT OF INTEREST;730
178.9;REFERENCES;730
179;176 A wearable 12-lead ECG T-shirt with textile electrodes for unobtrusive long-term monitoring – Evaluation of an ongoing clinical trial;731
179.1;Abstract;731
179.2;Keywords;731
179.3;I. INTRODUCTION;731
179.4;II.MATERIALS AND METHODS;731
179.5;III.EXPERIMENTAL SETUP;732
179.6;IV.RESULTS;733
179.7;V. DISCUSSION AND OUTLOOK;734
179.8;CONFLICTOF INTEREST;734
179.9;ACKNOWLEDGEMENTS;734
179.10;REFERENCES;734
180;177 Effects of small and rapid temperature oscillations on adherent cell cultures: Exposure system,experimental method and a pilot study on human cancer cells;735
180.1;Abstract;735
180.2;Keywords;735
180.3;I. INTRODUCTION;735
180.4;II.MATERIALS AND METHODS;735
180.5;III.RESULTS;737
180.6;IV.DISCUSSION;738
180.7;CONFLICT OF INTEREST;738
180.8;ACKNOWLEDGEMENTS;738
180.9;REFERENCES;738
181;178 Impact of High-Frequency Electromagnetic Fields on Secretion and Structure of Pancreas in Rats;739
181.1;Abstract;739
181.2;Keywords;739
181.3;I. INTRODUCTION;739
181.4;II. MATERIAL AND METHODS;740
181.5;III. RESULTS AND DISCUSSION;741
181.6;IV. CONCLUSION;742
181.7;ACKNOWLEDGMENTS;742
181.8;REFERENCES;742
182;179 Analysis and optimization of clinical pathway of a cancer patient in a University Hospital;743
182.1;Abstract;743
182.2;Keywords;743
182.3;I. INTRODUCTION;743
182.4;II. METHODS;743
182.5;III. RESULTS;744
182.6;IV. CONCLUSIONS;746
182.7;CONFLICT OF INTEREST;746
182.8;REFERENCES;746
183;180 Assessment of Health Risks of Intermediate Frequency Magnetic Fields;747
183.1;Abstract;747
183.2;Keywords;747
183.3;I. INTRODUCTION;747
183.4;II. METHODS;747
183.5;III. RESULTS;749
183.6;IV. COMPLIANCE WITH ETHICAL REQUIREMENTS;749
183.7;V. CONCLUSIONS;749
183.8;ACKNOWLEDGMENT;749
183.9;CONFLICT OF INTEREST;749
183.10;REFERENCES;749
184;181 Atrial Signals – Modeling Meets Biosignal Analysis;751
184.1;Abstract;751
184.2;Keywords;751
184.3;I. INTRODUCTION;751
184.4;II. CHALLENGES OF MODELING THE ATRIA;751
184.5;III. CHALLENGES OF BIOSIGNAL ANALYSIS;752
184.6;IV. INTEGRATION OF MODELING WITH BIOSIGNAL ANALYSIS;752
184.7;V. CONCLUSIONS AND OUTLOOK;753
184.8;ACKNOWLEDGMENTS;753
184.9;REFERENCES;753
185;182 Early stage Health Technology Assessment of Electrochemotherapy of skin-directed therapy for skin melanoma and Basal Cell Carcinoma;755
185.1;Abstract;755
185.2;Keywords;755
185.3;I.INTRODUCTION;755
185.4;II.METHODS AND MATERIALS;755
185.5;III. MODEL IMPLEMENTATION;757
185.6;IV.CONCLUSION;757
185.7;CONFLICT OF INTEREST;758
185.8;ACKNOWLEDGEMENTS;758
185.9;REFERENCES;758
186;183 General Data Format Security Extensions for Biomedical Signals;759
186.1;Abstract;759
186.2;Keywords;759
186.3;I. INTRODUCTION;759
186.4;II. METHOD;759
186.5;III. RESULTS;761
186.6;IV. DISCUSSION & CONCLUSIONS;762
186.7;ACKNOWLEDGMENT;762
186.8;CONFLICT OF INTEREST;762
186.9;REFERENCES;762
187;184 Dry electrode sizes in recording ECG and heart rate in wearable applications;763
187.1;Abstract;763
187.2;Keywords;763
187.3;I. INTRODUCTION;763
187.4;II. MATERIAL AND METHODS;763
187.5;III. RESULTS;765
187.6;IV. DISCUSSION;765
187.7;V. CONCLUSIONS;766
187.8;ACKNOWLEDGMENT;766
187.9;CONFLICT OF INTEREST;766
187.10;REFERENCES;766
188;185 Clinical Engineering and the Changing Face of Patient Safety;767
188.1;Abstract;767
188.2;Keywords;767
188.3;I. INTRODUCTION;767
188.4;II. TYPES OF MEDICAL ERRORS;767
188.5;III. ITS TO HELP REDUCE ERRORS AND ADVERSE EVENTS;767
188.6;IV. DESIGNING SAFE AND EFFECTIVE CDSS TOOLS;768
188.7;V. CONCLUSION;770
188.8;CONFLICT OF INTEREST;770
188.9;REFERENCES;770
189;186 Shielding static magnetic fields from Magnetic Resonance Imaging units by ferromagnetic material;771
189.1;Abstract;771
189.2;Keywords;771
189.3;I. INTRODUCTION;771
189.4;II. METHOD;771
189.5;III. RESULTS;772
189.6;IV. CONCLUSIONS AND DISCUSSION;774
189.7;CONFLICT OF INTEREST;774
189.8;REFERENCES;774
190;187 Evaluating Different Shapes of Cranial Fixation Mini-plates Using Finite Element Method;775
190.1;Abstract;775
190.2;Keywords;775
190.3;I. INTRODUCTION;775
190.4;II. MATERIALS AND METHODS;776
190.5;III. RESULTS AND DISCUSION;776
190.6;IV. CONCLUSIONS;778
190.7;ACKNOWLEDGMENT;778
190.8;CONFLICT OF INTEREST;778
190.9;REFERENCES;778
191;188 Actively Breathing Mechanical Lung Simulator Development and Preliminary Measurements;779
191.1;Abstract;779
191.2;Keywords;779
191.3;I. INTRODUCTION;779
191.4;II. MATERIALS AND METHODS;780
191.5;III. RESULTS;781
191.6;IV. CONCLUSIONS;782
191.7;ACKNOWLEDGMENT;782
191.8;CONFLICT OF INTEREST;782
191.9;REFERENCES;782
192;189 Rényi and permutation entropy analysis for assessment of cardiac autonomic neuropathy;783
192.1;Abstract;783
192.2;Keywords;783
192.3;I. INTRODUCTION;783
192.4;II. MATERIALS AND METHODS;783
192.5;III. RESULTS;785
192.6;IV. DISCUSION;785
192.7;V. CONCLUSIONS;786
192.8;ACKNOWLEDGMENT;786
192.9;CONFLICT OF INTEREST;786
192.10;REFERENCES;786
193;190 The Precordial Electrical Impedance Methods Possibilities in the Evaluation of Local Heart Chambers Contractility;787
193.1;Abstract;787
193.2;Keywords;787
193.3;I. INTRODUCTION;787
193.4;II. BACKGROUND;787
193.5;III. EQUIPMENT;788
193.6;IV. METHODS;788
193.7;V. RESULTS;789
193.8;VI. COMPLIANCE WITH ETHICAL REQUIREMENTS;789
193.9;VII. CONCLUSIONS;790
193.10;CONFLICT OF INTEREST;790
193.11;REFERENCES;790
194;191 Expectation–maximization algorithm with a nonlinear Kalman smoother for MEG/EEG connectivity estimation;791
194.1;Abstract;791
194.2;Keywords;791
194.3;I.INTRODUCTION;791
194.4;II.METHODS;792
194.5;III.RESULTS;793
194.6;IV.CONCLUSIONS;794
194.7;CONFLICT OF INTEREST;794
194.8;ACKNOWLEDGEMENTS;794
194.9;REFERENCES;794
195;192 DataBrain: a web-accessible database for three-dimensional reconstructions and quantitative morphometrics of neurons;795
195.1;Abstract;795
195.2;Keywords;795
195.3;I.INTRODUCTION;795
195.4;II.DATABRAIN: AN OUTLINE;795
195.5;III.A DATABRAIN APPLICATION;797
195.6;IV.CONCLUSION;797
195.7;ACKNOWLEDGEMENTS;798
195.8;REFERENCES;798
196;193Predicting Blood Glucose Levels for a Type I Diabetes Patient by Combination of Autoregressive with One Compartment Open Model;799
196.1;Abstract;799
196.2;Keywords;799
196.3;I.Introduction;799
196.4;II.Materials and Methods;800
196.5;III.Results;801
196.6;IV.Conclusion;802
196.7;Acknowledgements;802
196.8;Conflict of interest;802
196.9;Protection of human subjects and animals in research;802
196.10;References;802
197;194 Time characteristics of prolonged partial obstruction periods using an Emfit mattress;803
197.1;Abstract;803
197.2;Keywords;803
197.3;I. INTRODUCTION;803
197.4;II. MATERIALS;804
197.5;III. METHODS;804
197.6;IV. RESULTS;805
197.7;V. DISCUSSION AND CONCLUSIONS;806
197.8;ACKNOWLEDGMENTS AND CONFLICT OF INTEREST;806
197.9;REFERENCES;806
198;195 Functional Brain Connectivity analysis using Coherent Measures;807
198.1;Abstract;807
198.2;Keywords;807
198.3;I. INTRODUCTION;807
198.4;II. COHERENCE MEASURES;807
198.5;III. SOURCE SEPARATION AND LOCALIZATION;808
198.6;IV. MODELING THE EEG DATA;809
198.7;V. RESULTS;809
198.8;VI. CONCLUSIONS;810
198.9;CONFLICT OF INTEREST;810
198.10;REFERENCES;810
199;196 Carbon on poly(?-caprolactone) (PCL) Ink-jet Printed Sensor for Monitoring Cell Cultures of Myoblasts;811
199.1;Abstract;811
199.2;Keywords;811
199.3;I. INTRODUCTION;811
199.4;II. MATERIALS AND METHODS;811
199.5;III. RESULTS;813
199.6;IV. DISCUSSION;814
199.7;V. CONCLUSIONS AND FUTURE OUTLOOKS;814
199.8;CONFLICT OF INTEREST;814
199.9;REFERENCES;814
200;197 A Hybrid Machine Learning Method for Detecting Cardiac Ejection Murmurs;815
200.1;Abstract;815
200.2;Keywords;815
200.3;I. INTRODUCTION;815
200.4;II. MATERIALS;815
200.5;III. METHODS;816
200.6;IV. RESULTS;817
200.7;V. DISCUSSION;817
200.8;VI. CONCLUSSIONS;818
200.9;ACKNOWLEDGMENT;818
200.10;CONFLICT OF INTEREST;818
200.11;REFERENCES;818
201;198 Cardio-respiratory phase locking in newborn and one month infants as a function of sleep state;819
201.1;Abstract;819
201.2;Keywords;819
201.3;I. INTRODUCTION;819
201.4;II. MATERIALS AND METHODS;819
201.5;III. RESULTS;821
201.6;IV DISCUSSIONS AND CONCLUSIONS;821
201.7;ACKNOWLEDGMENT;822
201.8;CONFLICT OF INTEREST;822
201.9;REFERENCES;822
202;199 Ultra-sensitive SQUID instrumentation for MEG and NCI by ULF MRI;823
202.1;Abstract;823
202.2;Keywords;823
202.3;I.INTRODUCTION;823
202.4;II.MATERIALS AND METHODS;823
202.5;III.RESULTS;824
202.6;IV.DISCUSSION;825
202.7;V.CONCLUSION;826
202.8;CONFLICT OF INTEREST;826
202.9;ACKNOWLEDGEMENTS;826
202.10;REFERENCES;826
203;200 Dependence of the EEG Nonlinear Coupling on the Frequency Bands and the Segment Lengths;827
203.1;Abstract;827
203.2;Keywords;827
203.3;I. INTRODUCTION;827
203.4;II. METHODS;827
203.5;III. RESULTS AND DISCUSSION;829
203.6;IV. CONCLUSIONS;830
203.7;ACKNOWLEDGMENT;830
203.8;CONFLICT OF INTEREST;830
203.9;REFERENCES;830
204;201 Clinical Engineering Revisited: the Grip of Leadership - Part 1;831
204.1;Abstract;831
204.2;Keywords;831
204.3;I. INTRODUCTION;831
204.4;II. MATERIALS AND METHODS;831
204.5;III. RESULTS;831
204.6;IV. DISCUSSION;832
204.7;V. CONCLUSIONS;834
204.8;ACKNOWLEDGMENT;834
204.9;CONFLICT OF INTEREST;834
204.10;REFERENCES;834
205;202 Prediction of Bone Mineral Density in Menopaused Women by Using Bioimpedance Parameters;835
205.1;Abstract;835
205.2;Keywords;835
205.3;I. INTRODUCTION;835
205.4;II. MATERIALS AND METHODS;835
205.5;III. RESULTS;837
205.6;IV. DISCUSSION;837
205.7;V. CONCLUSIONS;838
205.8;CONFLICT OF INTEREST;838
205.9;REFERENCES;838
206;203Reproducible preparation method of hydrogels for cell culture applications – casestudy with spermidine crosslinked gellan gum;839
206.1;Abstract;839
206.2;Keywords;839
206.3;I. INTRODUCTION;839
206.4;II. HYDROGEL PREPARATION;840
206.5;III. RESULTS AND DISCUSSION;841
206.6;IV. CONCLUSIONS;842
206.7;ACKNOWLEDGMENT;842
206.8;CONFLICT OF INTEREST;842
206.9;REFERENCES;842
207;204 Nonlinear Dynamics of Heart Rate Variability in Children with Asthmatic Symptoms;843
207.1;Abstract;843
207.2;Keywords;843
207.3;I. INTRODUCTION;843
207.4;II. MATERIALS;843
207.5;III. METHODS;844
207.6;IV. RESULTS;845
207.7;V. DISCUSSION;845
207.8;VI. CONCLUSION;846
207.9;ACKNOWLEDGMENTS;846
207.10;REFERENCES;846
208;205 Investigation of photoplethysmographic signal augmentation index estimation differences between fingers;847
208.1;Abstract;847
208.2;Keywords;847
208.3;I. INTRODUCTION;847
208.4;II. METHODS;847
208.5;III. RESULTS;849
208.6;IV. DISCUSSION;850
208.7;ACKNOWLEDGMENT;850
208.8;REFERENCES;850
209;206 Portal and Hepatic Vein Segmentation with Leak Restriction: A Pilot Study;851
209.1;Abstract;851
209.2;Keywords;851
209.3;I. INTRODUCTION;851
209.4;II. MATERIALS AND METHODS;851
209.5;III. RESULTS;853
209.6;IV. DISCUSSION;854
209.7;V. CONCLUSION;854
209.8;CONFLICTOF INTEREST;854
209.9;ACKNOWLEDGEMENTS;854
209.10;REFERENCES;854
210;207 MRI imaging texture features in prostate lesions classification;855
210.1;Abstract;855
210.2;Keywords;855
210.3;I. INTRODUCTION;855
210.4;II. METHODS;856
210.5;III. RESULTS AND DISCUSSION;857
210.6;IV. FUTURE WORK AND CONCLUSIONS;857
210.7;REFERENCES;858
211;208 The Use of Multichannel Photoplethysmography for the Analysis of Heart Rate Variability;859
211.1;Abstract;859
211.2;Keywords;859
211.3;I. INTRODUCTION;859
211.4;II. PROBLEM DEFINITION;859
211.5;III. IMPLEMENTATION OF NEW SOLUTION;860
211.6;IV. CONCLUSION AND SUMMARY;861
211.7;CONFLICTOF INTEREST;862
211.8;ACKNOWLEDGEMENTS;862
211.9;REFERENCES;862
212;209 Electrodermal activity asymmetry in sleep - a case study for migraine detection;863
212.1;Abstract;863
212.2;Keywords;863
212.3;I. INTRODUCTION;863
212.4;II. MATERIALS AND METHODS;864
212.5;III. RESULTS;865
212.6;IV. CONCLUSION;866
212.7;ACKNOWLEDGEMENTS;866
212.8;REFERENCES;866
213;210High Resolution E-Jet Printed Temperature Sensor on Artificial Skin;867
213.1;Abstract;867
213.2;Keywords;867
213.3;I. INTRODUCTION;867
213.4;II. MATERIALS AND METHODS;867
213.5;III. RESULTS;869
213.6;IV. DISCUSSION;869
213.7;V. CONCLUSIONS;870
213.8;ACKNOWLEDGMENT;870
213.9;CONFLICT OF INTEREST;870
213.10;REFERENCES;870
214;211 Bayesian multi–dipole localization and uncertainty quantification from simultaneous EEG and MEG recordings;871
214.1;Abstract;871
214.2;Keywords;871
214.3;I. INTRODUCTION;871
214.4;II. BAYESIAN MULTI–DIPOLE MODELING FROM SIMULTANEOUS EEG AND MEG DATA;871
214.5;III. RESULTS;873
214.6;IV. DISCUSSION AND CONCLUSIONS;873
214.7;CONFLICT OF INTEREST;874
214.8;ACKNOWLEDGEMENTS;874
214.9;REFERENCES;874
215;212 Optimization of 99mTc-sestamibi/123I subtraction SPECT/CT protocol forparathyroid scintigraphy;875
215.1;Abstract;875
215.2;Keywords;875
215.3;I. INTRODUCTION;875
215.4;II. MATERIALS AND METHODS;876
215.5;III. RESULTS;877
215.6;IV. DISCUSSION;878
215.7;V. CONCLUSIONS;878
215.8;CONFLICT OF INTEREST;878
215.9;REFERENCES;878
216;213HMM Based Cough Sound Analysis for Classifying Pneumonia and Asthma inPediatric Population;880
216.1;Abstract;880
216.2;Keywords;880
216.3;I. INTRODUCTION;880
216.4;II. MATERIAL AND METHODS;881
216.5;III. RESULTS;881
216.6;IV. DISCUSSION;882
216.7;V. CONCLUSION;883
216.8;CONFLICT OF INTEREST;883
216.9;REFERENCES;883
217;214Some Problems and Supports in the Colorectal Cancer Screening Behavior in Japan;884
217.1;Abstract;884
217.2;Keywords;884
217.3;I. INTRODUCTION;884
217.4;II. SUBJECTS AND METHODS;884
217.5;III. RESULTS;885
217.6;IV. DISCUSSION;886
217.7;V. CONCLUSION;887
217.8;ACKNOWLEDGMENT;887
217.9;REFERENCES;887
218;215Efficient techniques for gait-analysis: comparing marker-less and IMU-based tracking systems for monitoring rehabilitation processes;888
218.1;Abstract;888
218.2;Keywords;888
218.3;I. INTRODUCTION;888
218.4;II. IMU-BASED MOTION TRACKING;889
218.5;III. APPROACH;889
218.6;IV. EXPERIMENTS;890
218.7;V. SUMMARY AND OUTLOOK;891
219;216Performance of Systolic Blood Pressure estimationfrom radial Pulse Arrival Time (PAT) in anesthetized patients;892
219.1;Abstract;892
219.2;Keywords;892
219.3;I. INTRODUCTION;892
219.4;II. MATERIALS;892
219.5;III. METHODS;893
219.6;IV. RESULTS;893
219.7;V. DISCUSSION AND CONCLUSIONS;895
219.8;REFERENCES;895
220;217 Design and Implementation of a Web Portal for Non-Medical Prescribing;896
220.1;Abstract;896
220.2;Keywords;896
220.3;I. INTRODUCTION;896
220.4;II. NON-MEDICAL PRESCRIBING;896
220.5;III. NON-MEDICAL PRESCRIBING PORTAL DESIGN;898
220.6;IV. DISCUSSION;899
220.7;REFERENCES;899
221;218Classification of physical activities and sedentary behavior using raw data of 3D hipacceleration;900
221.1;Abstract;900
221.2;Keywords;900
221.3;I. INTRODUCTION;900
221.4;II. METHODS;900
221.5;III. RESULTS;902
221.6;IV. DISCUSSION AND CONCLUSION;902
221.7;ACKNOWLEDGMENT;903
221.8;CONFLICT OF INTEREST;903
221.9;REFERENCES;903
222;219Multiregional Fuzzy Thresholding Segmentation Completed by Spatial Median Aggregation: Modeling and Segmentation of Early Pathological Findings of Articular Cartilage;904
222.1;Abstract;904
222.2;Keywords;904
222.3;I. ARTICULAR CARTILAGE SEGMENTATION;904
222.4;II. MULTITHRESHOLDING SEGMENTATION;904
222.5;III. ARTICULAR CARTILAGE MODEL: OSTEOARTHRITIS EXTRACTION;906
222.6;IV. CONLUSIONS;907
222.7;ACKNOWLEDGMENT;907
222.8;REFERENCES;907
223;220Non-Thermal Effects of Electromagnetic Fields in Biology and Medicine;908
223.1;Abstract;908
223.2;Keywords;908
223.3;I. INTRODUCTION;908
223.4;II. NON-THERMAL EFFECTS OF EMFS AND CHAOS;908
223.5;III. WI-FI INFLUENCE ON GROWING SEEDS;910
223.6;IV. CONCLUSIONS;910
223.7;ACKNOWLEDGMENTS;911
223.8;CONFLICT OF INTEREST;911
223.9;REFERENCES;911
224;221Crosswalk – a time-ordered metric;912
224.1;Abstract;912
224.2;Keywords;912
224.3;I. INTRODUCTION;912
224.4;II. THE CROSSWALK METRIC;912
224.5;III. EXPERIMENTAL SETUP;913
224.6;IV. RESULTS;914
224.7;V. CONCLUSION;914
224.8;ACKNOWLEDGMENT;914
224.9;CONFLICT OF INTEREST;914
224.10;REFERENCES;914
225;222 Biomedical Engineering Education: Need for Harmonisation;916
225.1;Abstract;916
225.2;Keywords;916
225.3;I. INTRODUCTION;916
225.4;II. THE MDS LIFE CYCLE AND THE ROLE OF BMES;917
225.5;III. BME EDUCATION IN EUROPE;917
225.6;IV. THE NEED FOR HARMONISATION OF BME STUDIES WORLDWIDE;918
225.7;V. EXPECTED BENEFITS;918
225.8;VI. CONCLUSIONS;919
225.9;ACKNOWLEDGMENT;919
225.10;CONFLICT OF INTEREST;919
225.11;REFERENCES;919
226;223 Bayesian Modelling of Skull Conductivity Uncertainties in EEG Source Imaging;920
226.1;Abstract;920
226.2;Keywords;920
226.3;I. INTRODUCTION;920
226.4;II. THEORY;920
226.5;III. MATERIALS AND METHODS;921
226.6;IV. RESULTS AND DISCUSSION;922
226.7;V. CONCLUSION AND FUTURE WORK;922
226.8;CONFLICT OF INTEREST;923
226.9;REFERENCES;923
227;224 Heartbeat Detection Using Multidimensional Cardiac Motion Signals and Dynamic Balancing;924
227.1;Abstract;924
227.2;Keyword;924
227.3;I. INTRODUCTION;924
227.4;II. METHODS;925
227.5;III. BALANCE ALGORITHM;925
227.6;IV. RESULTS AND DISCUSSION;926
227.7;V. CONCLUSION;927
227.8;CONFLICT OF INTEREST;927
227.9;REFERENCES;927
228;225Volumetric Assessment of Bone Microstructures by a 3D Local Binary Patterns –Based Method: Bone Changes with Osteoarthritis;928
228.1;Abstract;928
228.2;Keywords;928
228.3;I. INTRODUCTION;928
228.4;II. BONE STRUCTURAL ANALYSIS USING LBP METHOD;929
228.5;III. EXPERIMENT: APPLICATION TO HUMAN OA SAMPLES;930
228.6;IV. CONCLUSION;931
228.7;ACKNOWLEDGMENT;931
228.8;CONFLICT OF INTEREST;931
228.9;REFERENCES;931
229;226High radio frequency biosensor for a nano-concentration detection of the label freeProstate Specific Antigen cancerous cells;932
229.1;Abstract;932
229.2;Keywords;932
229.3;I. INTRODUCTION;932
229.4;II. BIOSENSOR DESIGN;932
229.5;III. MODELLING;933
229.6;IV. FABRICATION;933
229.7;V. METHODOLGY;933
229.8;VI. RESULTS AND DISSCUSSION;933
229.9;VII. CONCLUSIONS;933
229.10;CONFLICT OF INTEREST;933
229.11;REFERENCES;933
230;227 Stochastic Modelling and Optimal Spectral Estimation of EEG signals;936
230.1;Abstract;936
230.2;Keywords;936
230.3;I. INTRODUCTION;936
230.4;II. METHODS;936
230.5;III. RESULTS AND DISCUSSION;938
230.6;IV. COMPLIANCE WITH ETHICAL REQUIREMENTS;939
230.7;V. CONCLUSION;939
230.8;ACKNOWLEDGEMENTS;939
230.9;REFERENCES;939
231;228Artificial Astrocytic Modulation of Neuron’s Output;940
231.1;Abstract;940
231.2;Keywords;940
231.3;I. INTRODUCTION;940
231.4;II. ARTIFICIAL NEURON-GLIA NETWORKS;941
231.5;III. CONCLUSIONS;942
231.6;ACKNOWLEDGMENT;943
231.7;CONFLICT OF INTEREST;943
231.8;REFERENCES;943
232;229The evaluation of medical devices: are we getting closer to solve the puzzle?A review of recent trends;944
232.1;Abstract;944
232.2;Keywords;944
232.3;I. INTRODUCTION;944
232.4;II. ENHANCING THE EVALUATION OF MEDICAL DEVICES;945
232.5;III. CONCLUSIONS;947
232.6;ACKNOWLEDGMENT;947
232.7;CONFLICT OF INTEREST;947
232.8;REFERENCES;947
233;230Contollable Limiter of signal Amplititudes for Bioimpedance Meaurements;948
233.1;Abstract;948
233.2;Keywords;948
233.3;I. INTRODUCTION;948
233.4;II. LIMITER OF SIGNAL PEAK VALUES;949
233.5;III. MEASUREMENT SETUP;950
233.6;IV. TEST RESULTS;951
233.7;V. CONCLUSIONS;951
233.8;ACKNOWLEDGMENT;951
233.9;CONFLECT OF INTEREST;951
233.10;REFERENCES;951
234;231Pattern recognition techniques and classification sets supporting behavioural tagging when using a limited number of body sensors;952
234.1;Abstract;952
234.2;Keywords;952
234.3;I. INTRODUCTION;952
234.4;II. METHODOLOGY;952
234.5;III. DATA ANALYSES /DISCUSSION;953
234.6;IV. SYSTEM OVERVIEW;954
234.7;V. CONCLUSION;954
234.8;CONFLICT OF INTEREST;954
234.9;REFERENCES;954
235;232Optimizing the detection of characteristic waves in ECG based on exploration of processing steps combinations;956
235.1;Abstract;956
235.2;Keywords;956
235.3;I. INTRODUCTION;956
235.4;II. METHODS;957
235.5;III. RESULTS;958
235.6;IV. DISCUSSION AND CONCLUSION;959
235.7;CONFLICT OF INTEREST;959
235.8;REFERENCES;959
236;233Assessing representativeness of a rural Australian clinical database using a spatial modelling approach;960
236.1;Abstract;960
236.2;Keywords;960
236.3;I. INTRODUCTION;960
236.4;II. MATERIALS AND METHODS;960
236.5;III. RESULTS;962
236.6;IV. DISCUSSION;962
236.7;V. CONCLUSION;963
236.8;ACKNOWLEDGMENT;963
236.9;CONFLICT OF INTEREST;963
236.10;REFERENCES;963
237;234Clinical Decision Support Systems for COPD: a general overview;964
237.1;Abstract;964
237.2;Keywords;964
237.3;I. INTRODUCTION;964
237.4;II. METHODS;964
237.5;III. RESULTS;964
237.6;IV. SUMMARY;966
237.7;V. CONCLUSIONS;966
237.8;CONFLICT OF INTEREST;967
237.9;REFERENCES;967
238;235 Analysis of Instantaneous Cardiac EBI Signal Variability over the Heart Cycle(s): Non-Linear Time-Scale Approach;968
238.1;Abstract;968
238.2;Keywords;968
238.3;I. INTRODUCTION;968
238.4;II. DATA ACQUISITION AND CONDITIONING;968
238.5;III. NORMALIZING CARDIAC PERIODS IN TIME;969
238.6;IV. RESULTS;971
238.7;V. CONCLUSIONS;971
238.8;ACKNOWLEDGMENT;971
238.9;CONFLICT OF INTEREST;971
238.10;REFERENCES;971
239;236Health Technology Assessment of Medical Devices: The Canadian Experience;972
239.1;Abstract;972
239.2;Keywords;972
239.3;I. INTRODUCTION;972
239.4;II. METHODS;972
239.5;III. RESULTS;972
239.6;IV. CONCLUSIONS;974
239.7;CONFLICT OF INTEREST;974
239.8;REFERENCES;974
240;237 Split Ring Resonator Inspired Passive UHF RFID Antenna System For Wireless Intra-Abdominal Pressure Sensor;976
240.1;Abstract;976
240.2;Keywords;976
240.3;I. INTRODUCTION;976
240.4;II. ANTENNA SYSTEM;976
240.5;III. RESULTS AND DISCUSSION;977
240.6;IV. CONCLUSIONS;979
240.7;CONFLICT OF INTEREST;979
240.8;REFERENCES;979
241;238 Low-Field NMR Relaxation Times Distributions and Their Magnetic Field Dependence as a Possible Biomarker in Cartilage;980
241.1;Abstract;980
241.2;Keywords;980
241.3;I. INTRODUCTION;980
241.4;II. MATERIALS AND METHODS;981
241.5;III. RESULTS AND DISCUSSIONS;981
241.6;IV. CONCLUSIONS;983
241.7;ACKNOWLEDGMENT;983
241.8;CONFLICT OF INTEREST;983
241.9;REFERENCES;983
242;239Semi-automatic hippocampus delineation algorithm using surface fairing;984
242.1;Abstract;984
242.2;Keywords;984
242.3;I. INTRODUCTION;984
242.4;II. METHODS;984
242.5;III. RESULTS;986
242.6;IV. DISCUSSION AND CONCLUSION;986
242.7;CONFLICT OF INTEREST;987
242.8;ACKNOWLEGDEMENTS;987
242.9;REFERENCES;987
243;240A piezoelectric organic surface to control bacterial adhesion and growth;988
243.1;Abstract;988
243.2;Keywords;988
243.3;I. INTRODUCTION;988
243.4;II. MATERIALS AND METHODS;988
243.5;III. RESULTS;990
243.6;IV. DISCUSSION;990
243.7;V. CONCLUSIONS;991
243.8;ACKNOWLEDGMENTS;991
243.9;CONFLICT OF INTEREST;991
243.10;REFERENCES;991
244;241 Embedded Sensor Systems for Health – collaboration between industry, academia and healthcare;992
244.1;Abstract;992
244.2;Keywords;992
244.3;I. INTRODUCTION;992
244.4;II. USER NEEDS AS A STARTING POINT;993
244.5;III. RESULTS;993
244.6;IV. CONCLUSIONS;994
244.7;ACKNOWLEDGMENT;994
244.8;CONFLICT OF INTEREST;994
244.9;REFERENCES;994
245;242 A camera-based multispectral setup for remote vital signs assessment;996
245.1;Abstract;996
245.2;Keywords;996
245.3;I. INTRODUCTION;996
245.4;II. CURRENT DEVELOPMENTS OF PPGI AND IRT AT AACHEN;996
245.5;III. MATERIAL AND METHODS;997
245.6;IV. RESULTS;998
245.7;V. CONCLUSION AND OUTLOOK;999
245.8;CONFLICT OF INTEREST;999
245.9;ACKNOWLEDGEMENTS;999
245.10;REFERENCES;999
246;243 Correlation of Depth of Anesthesia Indexes with MAC in Volatile Anesthesia;1000
246.1;Abstract;1000
246.2;Keywords;1000
246.3;I. INTRODUCTION;1000
246.4;II. MATERIALS AND METHODS;1000
246.5;III. RESULTS;1001
246.6;IV. DISCUSSION;1003
246.7;REFERENCES;1003
247;244 Gait asymmetry in Winters’ group I hemiplegic children;1004
247.1;Abstract;1004
247.2;Keywords;1004
247.3;I. INTRODUCTION;1004
247.4;II. MATERIALS AND METHODS;1004
247.5;III. RESULTS AND DISCUSSION;1006
247.6;IV. CONCLUSION;1007
247.7;CONFLICT OF INTEREST;1007
247.8;REFERENCES;1007
248;245 Novel adaptive approach for correcting baseline wander from ECG signals;1008
248.1;Abstract;1008
248.2;Keywords;1008
248.3;I. INTRODUCTION;1008
248.4;II. THEORY;1008
248.5;III. MATERIALS AND METHODS;1008
248.6;IV. RESULTS;1009
248.7;V. CONCLUSION;1011
248.8;CONFLICT OF INTEREST;1011
248.9;REFERENCES;1011
249;246A scale with ECG measurements capability for home cardiac monitoring;1012
249.1;Abstract;1012
249.2;Keywords;1012
249.3;I. INTRODUCTION;1012
249.4;II. MATERIAL AND METHODS;1012
249.5;III. RESULTS;1014
249.6;IV. DISCUSSION AND CONCLUSIONS;1014
249.7;ACKNOWLEDGMENT;1015
249.8;CONFLICT OF INTEREST;1015
249.9;REFERENCES;1015
250;247The Thermodynamic Cost of Intelligence;1016
250.1;Abstract;1016
250.2;Keywords;1016
250.3;I. INTRODUCTION;1016
250.4;II. INFORMATION AND LIFE;1016
250.5;III. THE CONCEPT OF BIOLOGICAL INFORMATION AND ITSTHERMODYNAMIC CONTENT;1017
250.6;IV. INTELLIGENCE AND THERMODYNAMICS;1017
250.7;V. CONCLUSIONS;1019
250.8;ACKNOWLEDGMENT;1019
250.9;CONFLICT OF INTEREST;1019
250.10;REFERENCES;1019
251;248Early Stage Health Technology Assessment of eHealth solution for Diabetes.Experience on the usage of the MAFEIP tool: data collection.;1020
251.1;Abstract;1020
251.2;Keywords;1020
251.3;I. INTRODUCTION;1020
251.4;II. MATERIALS AND METHODS;1020
251.5;III. RESULTS;1021
251.6;IV. DISCUSSION AND CONCLUSIONS;1022
251.7;ACKNOWLEDGMENT;1023
251.8;CONFLICT OF INTEREST;1023
251.9;REFERENCES;1023
252;249Optical Projection Tomography Imaging of Single Cells in 3D Gellan GumHydrogel;1024
252.1;Abstract;1024
252.2;Keywords;1024
252.3;I. INTRODUCTION;1024
252.4;II.MATERIALS AND METHODS;1025
252.5;III. RESULTS AND DISCUSSION;1026
252.6;IV. CONCLUSIONS;1027
252.7;ACKNOWLEDGMENTS;1027
252.8;CONFLICT OF INTEREST;1027
252.9;REFERENCES;1027
253;250Modeling of ocular and eyelid pulse blood filling in diagnosing using transpalpebral rheoophthalmography;1028
253.1;Abstract;1028
253.2;Keywords;1028
253.3;I. INTRODUCTION;1028
253.4;II. MATERIALS AND METHODS;1028
253.5;III. COMPLIANCE WITH ETHICAL REQUIREMENTS;1030
253.6;IV. RESULTS;1030
253.7;V. CONCLUSIONS;1030
253.8;CONFLICT OF INTEREST;1031
253.9;REFERENCES;1031
254;251Circadian blood pressure pattern in positive drug responsive hypertensives,hypertensives and normotensives, and gender influences.;1032
254.1;Abstract;1032
254.2;Keywords;1032
254.3;I. INTRODUCTION;1032
254.4;II. MATERIALS AND METHODS;1032
254.5;III. RESULTS;1033
254.6;IV. DISCUSSION;1034
254.7;V. CONCLUSIONS;1035
254.8;ACKNOWLEDGMENT;1035
254.9;CONFLICT OF INTEREST;1035
254.10;REFERENCES;1035
255;252An evaluation of the direct electromagnetic influence on the safetyof users of wearable insulin pumps caused by low frequency magnetic field;1036
255.1;Abstract;1036
255.2;Keywords;1036
255.3;I. INTRODUCTION;1036
255.4;II. MATERIAL AND METHODS;1037
255.5;III. RESULTS;1038
255.6;V. CONCLUSIONS;1038
255.7;VI. ACKNOWLEDGMENT;1039
255.8;CONFLICT OF INTEREST;1039
255.9;REFERENCES;1039
256;253Wearable RFID perspiration sensor tags for well-being applications – fromlaboratory to field use;1040
256.1;Abstract;1040
256.2;Keywords;1040
256.3;I. BACKGROUND;1040
256.4;II. WEARABLE MOISTURE SENSOR TAG FABRICATION;1040
256.5;III. MEASUREMENT SETUPS;1041
256.6;IV. RESULTS AND DISCUSSION;1041
256.7;V. APPLICATION POSSIBILITIES FOR WEARABLE SWEAT/MOISTURE SENSORS;1042
256.8;VI. CONCLUSIONS;1043
256.9;CONFLICT OF INTEREST;1043
256.10;REFERENCES;1043
257;254 Low-latency EMG Onset and Termination Detection for Facial Pacing;1044
257.1;Abstract;1044
257.2;Keywords;1044
257.3;I. INTRODUCTION;1044
257.4;II. METHODS;1045
257.5;III. RESULTS AND DISCUSSION;1046
257.6;IV. CONCLUSION;1047
257.7;CONFLICT OF INTEREST;1047
257.8;REFERENCES;1047
258;255Auto-regression-driven, reallocative particle filtering approaches in PPG-basedrespiration rate estimation;1048
258.1;Abstract;1048
258.2;Keywords;1048
258.3;I. INTRODUCTION;1048
258.4;II. METHODS;1048
258.5;III. RESULTS;1050
258.6;IV. CONCLUSION;1052
258.7;ACKNOWLEDGMENT;1052
258.8;CONFLICT OF INTEREST;1052
258.9;REFERENCES;1052
259;256IBM Watson Analytics for Managing Congestive Heart Failure;1053
259.1;Abstract;1053
259.2;Keywords;1053
259.3;I. INTRODUCTION;1053
259.4;II. METHODS;1053
259.5;III. RESULTS;1054
259.6;IV. CONCLUSIONS;1056
259.7;CONFLICT OF INTEREST;1056
259.8;REFERENCES;1056
260;257Fabrication and characterization of nanocellulose aerogel structures;1057
260.1;Abstract;1057
260.2;Keywords;1057
260.3;I. INTRODUCTION;1057
260.4;II. PREPARATION OF NANOCELLULOSE AEROGELS;1057
260.5;III.MICROSCOPIC ANALYSIS OF AEROGELS;1057
260.6;IV. DISPENSER FOR NANOCELLULOSE PRINTING;1059
260.7;V. CONCLUSIONS;1060
260.8;ACKNOWLEDGMENT;1060
260.9;CONFLICT OF INTEREST;1060
260.10;REFERENCES;1060
261;258Does asthma-like increased breathing load influence impedance pneumography signal?;1061
261.1;Abstract;1061
261.2;Keywords;1061
261.3;I. Introduction;1061
261.4;II. Method;1062
261.5;III. Results;1063
261.6;IV. Discussion and conclusions;1064
261.7;CONFLICT OF INTEREST;1064
261.8;REFERENCES;1064
262;259Influence of scattered radiation on Gafchromic EBT3;1065
262.1;Abstract;1065
262.2;Keywords;1065
262.3;I. INTRODUCTION;1065
262.4;II. MATERIALS AND METHODS;1065
262.5;III. RESULTS;1067
262.6;IV. DISCUSSIONS;1067
262.7;V. CONCLUSIONS;1068
262.8;ACKNOWLEDGMENT;1068
262.9;CONFLICT OF INTEREST;1068
262.10;REFERENCES;1068
263;260 Clinical Trial of Wireless Epidermal Temperature Sensors: preliminary results;1069
263.1;Abstract;1069
263.2;Keywords;1069
263.3;I. INTRODUCTION;1069
263.4;II. THE EPIDERMAL RFID THERMOMETER;1069
263.5;III. CLINICAL TRIAL;1071
263.6;IV. CONCLUSIONS;1072
263.7;CONFLICT OF INTEREST;1072
263.8;ACKNOWLEDGEMENTS;1072
263.9;REFERENCES;1072
264;261Biophysical Evaluation of Microwave Radiation for Functional Research of the Human Brain;1073
264.1;Abstract;1073
264.2;Keywords;1073
264.3;I. INTRODUCTION;1073
264.4;II. MATERIALS AND METHODS;1074
264.5;III. RESULTS;1075
264.6;IV. CONCLUSION;1076
264.7;ACKNOWLEDGMENT;1076
264.8;CONFLICT OF INTEREST;1076
264.9;REFERENCES;1076
265;262Sleep-wake detection and computation of sleep continuity from a wrist unit inchildren, adolescents and adults;1077
265.1;Abstract;1077
265.2;Keywords;1077
265.3;I. INTRODUCTION;1077
265.4;II. QUANTITATIVE SLEEP ANALYSIS;1078
265.5;III. RECORDING PROTOCOL;1078
265.6;IV. RESULTS;1078
265.7;V. CONCLUSIONS;1079
265.8;CONFLICT OF INTEREST;1079
265.9;REFERENCES;1080
266;263Application of digital imaging for quantitative assessment of wheal formation;1081
266.1;Abstract;1081
266.2;Keywords;1081
266.3;I. INTRODUCTION;1081
266.4;II. MATERIALS AND METHODS;1081
266.5;III. RESULTS;1083
266.6;IV. DISCUSSION;1083
266.7;V. CONCLUSIONS;1084
266.8;KNOWLEDGMENT;1084
266.9;CONFLICT OF INTEREST;1084
266.10;REFERENCES;1084
267;264No Changes in Glucose Effectiveness in Condition of Reduced Insulin Action but Preserved Glucose Tolerance as Assessed by Minimal Model Analysis;1085
267.1;Abstract;1085
267.2;Keywords;1085
267.3;I. INTRODUCTION;1085
267.4;II. MATERIALS AND METHODS;1085
267.5;III. RESULTS;1086
267.6;IV. DISCUSSION;1087
267.7;V. CONCLUSION;1088
267.8;CONFLICT OF INTEREST;1088
267.9;REFERENCES;1088
268;265Automatic identification for surgical instruments using UHF band passive RFID;1089
268.1;Abstract;1089
268.2;Keywords;1089
268.3;I. INTRODUCTION;1089
268.4;II. MANAGEMENT OF SURGICAL INSTRUMENTS;1089
268.5;III. AUTOMATIC IDENTIFICATION SYSTEM;1090
268.6;IV. EXPERIMENTS 1;1091
268.7;V. EXPERIMENTS 2;1091
269;266 A Case Study of Focal Bayesian EEG Inversion for Whitney Element Source Spaces: Mesh-Based vs. CartesianOrientations;1093
269.1;Abstract;1093
269.2;Keywords;1093
269.3;I. Introduction;1093
269.4;II. Materials and Methods;1093
269.5;III. Results;1095
269.6;IV.Discussion;1096
269.7;V.Conclusions;1096
269.8;Conflict of Interest;1096
269.9;Acknowledgements;1096
269.10;References;1096
270;267Computational modeling of radiofrequency ablation with an internally cooled wet electrode;1097
270.1;Abstract;1097
270.2;Keywords;1097
270.3;I. INTRODUCTION;1097
270.4;II. METHODS;1097
270.5;III. RESULTS;1099
270.6;IV. DISCUSSION;1100
270.7;V. CONCLUSIONS;1100
270.8;ACKNOWLEDGEMENTS;1100
270.9;CONFLICT OF INTEREST;1100
270.10;REFERENCES;1100
271;268Investigation of LVAD Sputnik electrical parameters for modified geometry of the rotor;1101
271.1;Abstract;1101
271.2;Keywords;1101
271.3;I. INTRODUCTION;1101
271.4;II. MATERIALS AND METHODS;1101
271.5;III. RESULTS;1102
271.6;IV. DISCUSSION;1104
271.7;V. CONCLUSION;1104
271.8;ACKNOWLEDGMENT;1104
271.9;CONFLICT OF INTEREST;1104
271.10;REFERENCES;1104
272;269 Linearity of Simultaneously Recorded Impedance Pneumography and Direct Pneumotachography in Thoracic SurgeryPatients;1105
272.1;Abstract;1105
272.2;Keywords;1105
272.3;I.INTRODUCTION;1105
272.4;II.MATERIALS AND METHODS;1105
272.5;III.RESULTS;1107
272.6;IV.DISCUSSION;1107
272.7;V.CONCLUSION;1108
272.8;CONFLICT OF INTEREST;1108
272.9;ACKNOWLEDGEMENTS;1108
272.10;REFERENCES;1108
273;270Predictive Health Technology and Policy Assessment of Socioeconomic Impacts;1109
273.1;Abstract;1109
273.2;Keywords;1109
273.3;I. INTRODUCTION;1109
273.4;II. ASSESSMENT FROM A SYSTEMIC PERSPECTIVE;1110
273.5;III. TRAUMATIC BRAIN INJURY MODEL;1110
273.6;IV. CONCLUSIONS;1112
273.7;REFERENCES;1112
274;271 Photoplethysmographic authentication in long-term scenarios: a preliminary assessment;1113
274.1;Abstract;1113
274.2;Keywords;1113
274.3;I.INTRODUCTION;1113
274.4;II.METHODOLOGY;1114
274.5;III.RESULTS AND DISCUSSION;1115
274.6;IV.CONCLUSION;1116
274.7;ACKNOWLEDGEMENTS;1116
274.8;CONFLICT OF INTEREST;1116
274.9;REFERENCES;1116
275;272 Co-creating with consumers and stakeholders to understand the benefit of Internet of Things in Smart Living Environments for Ageing Well: the approach adopted in the Madrid Deployment Site of the ACTIVAGE Large Scale Pilot;1117
275.1;Abstract;1117
275.2;Keywords;1117
275.3;I. INTRODUCTION;1117
275.4;II. MATERIALS AND METHODS;1117
275.5;III. RESULTS;1118
275.6;IV. CONCLUSIONS;1120
275.7;ACKNOWLEDGMENT;1120
275.8;CONFLICT OF INTEREST;1120
275.9;REFERENCES;1120
276;273A Preliminary Study in Neonatal Cardiorespiratory Monitoring through Diaphragmatic Electromyography;1121
276.1;Abstract;1121
276.2;Keywords;1121
276.3;I. INTRODUCTION;1121
276.4;II. MATERIALS AND METHODS;1121
276.5;III. RESULTS;1122
276.6;IV. DISCUSSION;1123
276.7;V. CONCLUSIONS;1124
276.8;ACKNOWLEDGMENT;1124
276.9;CONFLICT OF INTEREST;1124
276.10;REFERENCES;1124
277;274A strategy for dissecting the kinetics of transcription repression mechanisms;1125
277.1;Abstract;1125
277.2;Keywords;1125
277.3;I. INTRODUCTION;1125
277.4;II. METHODS;1125
277.5;III. RESULTS;1127
277.6;IV. CONCLUSIONS;1128
277.7;ACKNOWLEDGMENT;1128
277.8;CONFLICT OF INTEREST;1128
277.9;REFERENCES;1128
278;275 A SIMPLE APPROACH TO DETECT ALCOHOLICS USING ELECTROENCEPHALOGRAPHIC SIGNALS;1129
278.1;Abstract;1129
278.2;Keywords;1129
278.3;I. INTRODUCTION;1129
278.4;II. MATERIALS AND METHODS;1129
278.5;III. RESULTS;1131
278.6;IV. CONCLUSIONS;1131
278.7;ACKNOWLEDGEMENT;1131
278.8;CONFLICT OF INTEREST;1131
278.9;REFERENCES;1132
279;276 Evaluation of the effective and functional connectivity estimators formicroelectrode array recordings during in vitro neuronal network maturation;1133
279.1;Abstract;1133
279.2;Keywords;1133
279.3;I. INTRODUCTION;1133
279.4;II.METHODS;1133
279.5;III. RESULTS;1134
279.6;IV. DISCUSSION AND CONCLUSIONS;1135
279.7;ACKNOWLEDGMENT;1136
279.8;CONFLICT OF INTEREST;1136
279.9;REFERENCES;1136
280;277 Capacitively coupled ECG measurements - a CMRR circuit improvement;1137
280.1;Abstract;1137
280.2;Keywords;1137
280.3;I. INTRODUCTION;1137
280.4;II. MATERIALS AND METHODS;1137
280.5;III. RESULTS;1138
280.6;IV. DISCUSSION AND CONCLUSION;1139
280.7;CONFLICT OF INTEREST;1140
280.8;ACKNOWLEDGEMENTS;1140
280.9;REFERENCES;1140
281;278 Cohort Description for MADDEC – Mass Data in Detection and Prevention of Serious Adverse Events in Cardiovascular Disease;1141
281.1;Abstract;1141
281.2;Keywords;1141
281.3;I. INTRODUCTION;1141
281.4;II. STUDY DESCRIPTION AND AIMS;1142
281.5;III. COMPLIANCE WITH ETHICAL REQUIREMENTS;1144
281.6;IV. CONCLUSIONS;1144
281.7;ACKNOWLEDGMENT;1144
281.8;CONFLICT OF INTEREST;1144
281.9;REFERENCES;1144
282;279Twelve Years Follow-up of Ballistocardiography;1145
282.1;Abstract;1145
282.2;Keywords;1145
282.3;I. INTRODUCTION;1145
282.4;II. MATERIALS AND METHODS;1145
282.5;III. RESULTS;1146
282.6;IV. DISCUSSION;1146
282.7;V. CONCLUSIONS;1148
282.8;REFERENCES;1148
283;280Motion artifacts reduction in wearable respiratory monitoring device;1149
283.1;Abstract;1149
283.2;Keywords;1149
283.3;I. INTRODUCTION;1149
283.4;II. THEORY;1149
283.5;III. MATERIALS AND METHODS;1149
283.6;IV. RESULTS;1151
283.7;V. CONCLUSION;1152
283.8;CONFLICT OF INTEREST;1152
283.9;REFERENCES;1152
284;281Association between Accelerations and Decelerations of Fetal Heart Rate;1153
284.1;Abstract;1153
284.2;Keywords;1153
284.3;I. INTRODUCTION;1153
284.4;II. METHODS AND MATERIALS;1153
284.5;III. RESULTS;1154
284.6;IV. DISCUSSION;1155
284.7;V. CONCLUSION;1156
284.8;CONFLICT OF INTEREST;1156
284.9;REFERENCES;1156
285;282 Electrocardiographic QRS Onset and Offset Time Estimation Using Bandpass Filtered Hilbert Transform: A Simulation Result;1157
285.1;Abstract;1157
285.2;Keywords;1157
285.3;I. INTRODUCTION;1157
285.4;II. QRS ONSET AND OFFSET ESTIMATION METHOD;1157
285.5;III. SIMULATION PROCESS;1158
285.6;IV.RESULT;1159
285.7;V. DISCUSSION;1159
285.8;VI.CONCLUSION;1160
285.9;CONFLICT OF INTEREST;1160
285.10;REFERENCES;1160
286;Erratum to: EMBEC & NBC 2017;1161
287;Author Index;1162