Meulen / Koornneef | Computer Safety, Reliability, and Security | Buch | 978-3-540-41186-4 | sack.de

Buch, Englisch, Band 1943, 438 Seiten, Format (B × H): 155 mm x 235 mm, Gewicht: 1380 g

Reihe: Lecture Notes in Computer Science

Meulen / Koornneef

Computer Safety, Reliability, and Security

19th International Conference, SAFECOMP 2000, Rotterdam, The Netherlands, October 24-27, 2000 Proceedings
2000
ISBN: 978-3-540-41186-4
Verlag: Springer Berlin Heidelberg

19th International Conference, SAFECOMP 2000, Rotterdam, The Netherlands, October 24-27, 2000 Proceedings

Buch, Englisch, Band 1943, 438 Seiten, Format (B × H): 155 mm x 235 mm, Gewicht: 1380 g

Reihe: Lecture Notes in Computer Science

ISBN: 978-3-540-41186-4
Verlag: Springer Berlin Heidelberg

Wewelcomeagroupofpeoplereadytodiscussthistopic,andhope,bydoing so,tocontributetothis?eldofapplicationsofsafe,reliableandsecuresystems. SoftwareprocessimprovementalsorepresentsaspecialtopicofSafecomp 2000. Itprovedtobethemostfruitfulofthethreeintermsofsubmittedpapers. Thereweremanycontributionsfromahostofcountries,whichhadtobespread amongstdi?erentsessiontopics. WewishtothanktheInternationalProgramCommittee’smembers,41in total,fortheire?ortsinreviewingthepapersandfortheirvaluableadvicein organisingthisconference. Wearealsogratefulfortheircontributiontod- tributingcallsforpapersandannouncements. Withouttheirhelptheburdenof organisingthisconferencewouldhavebeenmuchgreater. VI Preface Finally,letusonceagainwelcomeyoutoRotterdam,atrulyinternational cityandhometopeopleofmanynationalities. Wehopeyoutakethetimenot onlytoenjoythisconference,butalsoto?ndyourwayaroundthecity,sinceit surelyhasmuchtoo?er. FloorKoornneef MeinevanderMeulen Table of Contents InvitedPaper TheTenMostPowerfulPrinciplesforQualityin(Softwareand) SoftwareOrganizationsforDependableSystems. 1 TomGilb Veri?cationandValidation EmpiricalAssessmentofSoftwareOn-LineDiagnostics UsingFaultInjection. 14 JohnNapier,JohnMayandGordonHughes Speeding-UpFaultInjectionCampaignsinVHDLModels. 27 B. Parrotta,M. Rebaudengo,M. SonzaReordaandM. Violante Speci?cationandVeri?cationofaSafetyShellwithStatechartsand ExtendedTimedGraphs. 37 JanvanKatwijk,HansToetenel,Abd-El-KaderSahraoui,EricAnderson andJanuszZalewski ValidationofControlSystemSpeci?cationswithAbstractPlantModels. 53 WenhuiZhang AConstantPerturbationMethodforEvaluation ofStructuralDiversityinMultiversionSoftware. 63 LupingChen,JohnMayandGordonHughes ExpertError:TheCaseofTrouble-ShootinginElectronics. 74 DenisBesnard TheSafetyManagementofData-DrivenSafety-RelatedSystems. 86 A. G. Faulkner,P. A. Bennett,R. H. Pierce,I. H. A. Johnston andN. Storey SoftwareSupportforIncidentReportingSystems inSafety-CriticalApplications. 96 ChrisJohnson SoftwareProcessImprovement ADependability-ExplicitModelfortheDevelopment ofComputingSystems. 107 MohamedKaan ˆ iche,Jean-ClaudeLaprieandJean-PaulBlanquart VIII Table ofContents DerivingQuanti?edSafetyRequirementsinComplexSystems. 117 PeterA. Lindsay,JohnA. McDermidandDavidJ. Tombs ImprovingSoftwareDevelopmentbyUsing SafeObjectOrientedDevelopment:OTCD. 131 XavierM´ehautandPierreMor`ere ASafetyLicensablePESforSIL4Applications. 141 WolfgangA. Halang,PeterVogrinandMatja?zColnari?c SafetyandSecurityIssuesinElectricPowerIndustry. 151 ? Zdzis lawZurakowski DependabilityofComputerControlSystemsinPowerPlants. 165 Cl´audiaAlmeida,AlbertoArazo,YvesCrouzetandKaramaKanoun AMethodofAnalysisofFaultTreeswithTimeDependencies. 176 JanMagottandPawe lSkrobanek Formal Methods AFormalMethodsCaseStudy:UsingLight-WeightVDM fortheDevelopmentofaSecuritySystemModule. 187 GeorgDroschl,WalterKuhn,GeraldSonneckandMichaelThuswald FormalMethods:TheProblemIsEducation. 198 ThierryScheurer FormalMethodsDi?usion:PastLessonsandFutureProspects. 211 R. Bloom?eld,D. Craigen,F. Koob,M. UllmannandS. Wittmann InvitedPaper SafeTech:AControlOrientedViewpoint. 227 MaartenSteinbuch SafetyGuidelines,StandardsandCerti?cation DerivationofSafetyTargetsfortheRandomFailure ofProgrammableVehicleBasedSystems. 240 RichardEvansandJonathanMo?ett IEC61508–ASuitableBasisfortheCerti?cation ofSafety-CriticalTransport-InfrastructureSystems??. 250 DerekFowlerandPhilBennett Table of Contents IX HardwareAspects AnApproachtoSoftwareAssistedRecovery fromHardwareTransientFaultsforRealTimeSystems. 264 D. BasuandR. Paramasivam ProgrammableElectronicSystemDesign&Veri?cationUtilizingDFM. 275 MichelHoutermans,GeorgeApostolakis,AarnoutBrombacher andDimitriosKarydas SIMATICS7-400F/FH:Safety-RelatedProgrammableLogicController. 286 AndreasSchenk SafetyAssessmentI AssessmentoftheReliabilityofFault-TolerantSoftware: ABayesianApproach. 294 BevLittlewood,PeterPopovandLorenzoStrigini EstimatingDependabilityofProgrammableSystemsUsingBBNs. 309 BjørnAxelGran,GustavDahll,SiegfriedEisinger,EivindJ. Lund, JanGerhardNorstrøm,PeterStrockaandBrittJ. Ystanes DesignforSafety ImprovementsinProcessControlDependability throughInternetSecurityTechnology. 321 FerdinandJ. Dafelmair ASurveyonSafety-CriticalMulticastNetworking. 333 JamesS. PascoeandR. J. Loader InvitedPaper CausalReasoningaboutAircraftAccidents. 344 PeterB. Ladkin Transport&Infrastructure ControllingRequirementsEvolution:AnAvionicsCaseStudy. 361 StuartAndersonandMassimoFelici HAZOPAnalysisofFormalModels ofSafety-CriticalInteractiveSystems.

Meulen / Koornneef Computer Safety, Reliability, and Security jetzt bestellen!

Zielgruppe

Research

Autoren/Hrsg.

Meulen, Meine Van Der
Koornneef, Floor

Fachgebiete

Weitere Infos & Material

Invited Paper.- The Ten Most Powerful Principles for Quality in (Software and) Software Organizations for Dependable Systems.- Verification and Validation.- Empirical Assessment of Software On-Line Diagnostics Using Fault Injection.- Speeding-Up Fault Injection Campaigns in VHDL Models.- Specification and Verification of a Safety Shell with Statecharts and Extended Timed Graphs.- Validation of Control System Specifications with Abstract Plant Models.- A Constant Perturbation Method for Evaluation of Structural Diversity in Multiversion Software.- Expert Error: The Case of Trouble-Shooting in Electronics.- The Safety Management of Data-Driven Safety-Related Systems.- Software Support for Incident Reporting Systems in Safety-Critical Applications.- Software Process Improvement.- A Dependability-Explicit Model for the Development of Computing Systems.- Deriving Quantified Safety Requirements in Complex Systems.- Improving Software Development by Using Safe Object Oriented Development: OTCD.- A Safety Licensable PES for SIL 4 Applications.- Safety and Security Issues in Electric Power Industry.- Dependability of Computer Control Systems in Power Plants.- A Method of Analysis of Fault Trees with Time Dependencies.- Formal Methods.- A Formal Methods Case Study: Using Light-Weight VDM for the Development of a Security System Module.- Formal Methods: The Problem Is Education.- Formal Methods Diffusion: Past Lessons and Future Prospects.- Invited Paper.- Safe Tech: A Control Oriented Viewpoint.- Safety Guidelines, Standards and Certification.- Derivation of Safety Targets for the Random Failure of Programmable Vehicle Based Systems.- IEC 61508 — A Suitable Basis for the Certification of Safety-Critical Transport-Infrastructure Systems ??.- Hardware Aspects.- An Approach toSoftware Assisted Recovery from Hardware Transient Faults for Real Time Systems.- Programmable Electronic System Design & Verification Utilizing DFM.- SIMATIC S7-400F/FH: Safety-Related Programmable Logic Controller.- Safety Assessment I.- Assessment of the Reliability of Fault-Tolerant Software: A Bayesian Approach.- Estimating Dependability of Programmable Systems Using BBNs.- Design for Safety.- Improvements in Process Control Dependability through Internet Security Technology.- A Survey on Safety-Critical Multicast Networking.- Invited Paper.- Causal Reasoning about Aircraft Accidents.- Transport & Infrastructure.- Controlling Requirements Evolution: An Avionics Case Study.- HAZOP Analysis of Formal Models of Safety-Critical Interactive Systems.- Failure Mode and Effect Analysis for Safety-Critical Systems with Software Components.- Safety Assessment II.- Risk Ordering of States in Safecharts.- Dependability Evaluation: Model and Method Based on Activity Theory.- Forensic Software Engineering and the Need for New Approaches to Accident Investigation.

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