All Stories

  1. Spatio-Temporal Framework for Verifying Safety Rules in Autonomous Vehicles
  2. A Scalable Approach to Detecting Safety Requirements Inconsistencies for Railway Systems
  3. A temporal logic with multiple loosely-dependent clock domains.
  4. Real-Time CCSL: Application to the Mechanical Lung Ventilator
  5. Automated Synthesis of Safe Timing Behaviors for Requirements Models Using CCSL
  6. Accelerating Reinforcement Learning-Based CCSL Specification Synthesis Using Curiosity-Driven Exploration
  7. Time: It is only Logical!
  8. A dynamic logic for verification of synchronous models based on theorem proving
  9. Formally verifying consistency of sequence diagrams for safety critical systems
  10. Enumeration and Deduction Driven Co-Synthesis of CCSL Specifications using Reinforcement Learning
  11. Model-driven approach for the design of Multi-Chain Smart Contracts
  12. Preface – FTSCS 2019
  13. A clock-based dynamic logic for the verification of CCSL specifications in synchronous systems
  14. A clock-based dynamic logic for schedulability analysis of CCSL specifications
  15. EPSAAV: An Extensible Platform for Safety Analysis of Autonomous Vehicles
  16. Formally Verifying Sequence Diagrams for Safety Critical Systems
  17. Editorial - Theoretical Aspects of Software Engineering (2017)
  18. Modeling and Verifying Uncertainty-Aware Timing Behaviors using Parametric Logical Time Constraint
  19. A Model-Based Combination Language for Scheduling Verification
  20. Correction to: Information and Communication Technologies in Education, Research, and Industrial Applications
  21. Time in SCCharts
  22. TRAP: trace runtime analysis of properties
  23. A Language-Based Multi-View Approach for Combining Functional and Security Models
  24. A Logical Approach for the Schedulability Analysis of CCSL
  25. Sample-Guided Automated Synthesis for CCSL Specifications
  26. SMT-Based Bounded Schedulability Analysis of the Clock Constraint Specification Language
  27. Meta-models Combination for Reusing Verification Techniques
  28. Embedding CCSL into Dynamic Logic: A Logical Approach for the Verification of CCSL Specifications
  29. Work-in-Progress: From Logical Time Scheduling to Real-Time Scheduling
  30. xSHS: An Executable Domain-Specific Modeling Language for Modeling Stochastic and Hybrid Behaviors of Cyber-Physical Systems
  31. A verification framework for spatio-temporal consistency language with CCSL as a specification language
  32. pCSSL: A stochastic extension to MARTE/CCSL for modeling uncertainty in Cyber Physical Systems
  33. Time in SCCharts
  34. Periodic scheduling for MARTE/CCSL: Theory and practice
  35. Quantitative Performance Evaluation of Uncertainty-Aware Hybrid AADL Designs Using Statistical Model Checking
  36. Preface
  37. A framework to specify system requirements using natural interpretation of UML/MARTE diagrams
  38. Explicit Control of Dataflow Graphs with MARTE/CCSL
  39. MARTE/pCCSL: Modeling and Refining Stochastic Behaviors of CPSs with Probabilistic Logical Clocks
  40. Flexible runtime verification based on logical clock constraints
  41. Natural interpretation of UML/MARTE diagrams for system requirements specification
  42. Combining SysML and Marte/CCSL to Model Complex Electronic Systems
  43. Opening remarks
  44. An Executable Semantics of Clock Constraint Specification Language and Its Applications
  45. An SMT-Based Approach to the Formal Analysis of MARTE/CCSL
  46. A Behavioral Coordination Operator Language (BCOoL)
  47. Correctness issues on MARTE/CCSL constraints
  48. Coalgebraic Semantic Model for the Clock Constraint Specification Language
  49. MARTE/CCSL for Modeling Cyber-Physical Systems
  50. Execution of heterogeneous models for thermal analysis with a multi-view approach
  51. Timed Automata Semantics of Spatial-Temporal Consistency Language STeC
  52. Progressive and explicit refinement of scheduling for multidimensional data-flow applications using UML MARTE
  53. Fostering Analysis from Industrial Embedded Systems Modeling
  54. UML MARTE Time Model and Its Clock Constraint Specification Language
  55. Schedulability Analysis with CCSL Specifications
  56. Scenario-based verification in presence of variability using a synchronous approach
  57. Power consumption analysis using multi-view modeling
  58. Tool Support for the Analysis of TADL2 Timing Constraints Using TimeSquare
  59. Hybrid MARTE statecharts
  60. Analysis Support for TADL2 Timing Constraints on EAST-ADL Models
  61. Boundness Issues in CCSL Specifications
  62. Improving the Efficiency of Synchronized Product with Infinite Transition Systems
  63. Reifying Concurrency for Executable Metamodeling
  64. Two Semantic Models for Clock Relations in the Clock Constraint Specification Language
  65. Verifying MARTE/CCSL Mode Behaviors Using UPPAAL
  66. Automatic generation of observers from MARTE/CCSL
  67. Multi-view Power Modeling Based on UML, MARTE and SysML
  68. Formal Specification of Hybrid MARTE Statecharts
  69. Progressive and explicit refinement of scheduling for multidimensional data-flow applications using uml marte
  70. TimeSquare: Treat Your Models with Logical Time
  71. Modeling Timing Requirements in Problem Frames Using CCSL
  72. Logical Time @ Work: Capturing Data Dependencies and Platform Constraints
  73. Logical Time and Temporal Logics: Comparing UML MARTE/CCSL and PSL
  74. A Model-Based Approach for Reconciliation of Polychronous Execution Traces
  75. An Efficient Modeling and Execution Framework for Complex Systems Development
  76. Verification of MARTE/CCSL Time Requirements in Promela/SPIN
  77. Logical time
  78. RT-simex
  79. VHDL observers for clock constraint checking
  80. Un processus automatique pour concevoir les profils UML. Un profil UML pour la modélisation multiniveau
  81. Polychronous Analysis of Timing Constraints in UML MARTE
  82. An Automated Process for Implementing Multilevel Domain Models
  83. Logical time at work: capturing data dependencies and platform constraints
  84. The Time Model of Logical Clocks Available in the OMG MARTE Profile
  85. IP-XACT Components with Abstract Time Characterization
  86. The clock constraint specification language for building timed causality models
  87. Modèle de contraintes temporelles pour systèmes polychrones
  88. Specification and verification of time requirements with CCSL and Esterel
  89. Specification and verification of time requirements with CCSL and Esterel
  90. Marte CCSL to Execute East-ADL Timing Requirements
  91. On the Semantics of UML/MARTE Clock Constraints
  92. MARTE vs. AADL for Discrete-Event and Discrete-Time Domains
  93. Executing AADL Models with UML/MARTE
  94. Event-triggered vs. time-triggered communications with UML MARTE
  95. Clock constraint specification language: specifying clock constraints with UML/MARTE
  96. Dealing with AADL End-to-End Flow Latency with UML MARTE
  97. MARTE: A Profile for RT/E Systems Modeling, Analysis - and Simulation?
  98. Modeling AADL Data Communications with UML MARTE
  99. Multiform Time in UML for Real-time Embedded Applications
  100. A multiform time approach to real-time system modeling; Application to an automotive system
  101. Modeling Time(s)
  102. From UML to Petri Nets for non functional Property Verification
  103. Simulation of a computer architecture for quantum chromodynamics calculations
  104. Esterel and Java in an object-oriented modelling and simulation framework for heterogeneous software and hardware systems. The SEP approach
  105. PREFACE
  106. Computer architecture simulation applets for use in teaching
  107. Concurrent control systems: from Grafcet to VHDL
  108. Hardware architecture modelling using an object-oriented method