Abstract State Machines, Alloy, B, TLA, VDM, and Z

Modeling Distributed Algorithms by Abstract StateMachines Compared to Petri Nets.- A Universal Control Construct for AbstractState Machines.- Encoding TLA+ into Many-Sorted First-Order Logic.- ProvingDeterminacy of PharOS in TLA+.- A Rigorous Correctness Proof for Pastry.- EnablingAnalysis for B and Event-B.- A Compact Encoding of Sequential ASMs in Event-B.-Proof Assisted Symbolic Model Checking for B and Event-B.- On Component-basedReuse for Event-B.- Using B and ProB for Data Validation Projects.- GeneratingEvent-B Specifications from Algorithm Descriptions.- Formal Proofs ofTermination Detection for Local Computations by Refinement-Based Compositions.-How to Select the Suitable Formal Method for an Industrial Application: ASurvey.- Unified Syntax for Abstract State Machines.- A Relational Encoding fora Clash-Free Subset of ASMs.- Towards an ASM Thesis for Reflective SequentialAlgorithms.- A Model-based Transformation Approach to Reuse and Retarget CASM Specifications.-Modeling a Discrete Wet-Dry Algorithm for Hurricane Storm Surge in Alloy.- `TheTinker' for Rodin.- A Graphical Tool for Event Refinement Structures inEvent-B.- Rodin Platform Why3 plug-in.- Semi-Automated Design Space Explorationfor Formal Modelling.- Handling Continuous Functions in Hybrid Systems Reconfigurations:A Formal Event-B Development.- UC-B: Use Case Modelling with Event-B.- InteractiveModel Repair by Synthesis.- SysML2B: Automatic Tool for B Project GraphicalArchitecture Design using SysML.- Mechanized Refinement of Communication Modelswith TLA+.- A Super Industrial Application of PSGraph.- The HemodialysisMachine Case Study.- How to Assure Correctness and Safety of Medical Software:The Hemodialysis Machine Case Study.- Validating the Requirements and Design ofa Hemodialysis Machine Using iUML-B, BMotionStudio, and Co-simulation.- HemodialysisMachine in Hybrid Event-B.- Modeling a Hemodialysis Machine using AlgebraicState-Transition Diagrams and B-like Methods.- Modelling the