Dependable Software Engineering. Theories, Tools, and Applications

<p>Systems Development.- Translating a Large Subset of State ow to Hybrid CSP with Code Optimization.- DeepGlobal: a Global Robustness Verifiable FNN Framework.- Leveraging Event-B Theories for handling domain knowledge in design models.- Program Analysis and Verification.- Reasoning about Iteration and Recursion Uniformly based on Big-step Semantics.- Trace Semantics and Algebraic Laws for MCA ARMv8 Architecture based on UTP.- Formal Analysis of 5G AKMA.- Verifying the Correctness of Distributed Systems via Mergeable Parallelism.- Testing and Fault Detection.- Mutation Testing of Reinforcement Learning Systems.- AIdetectorX: A Vulnerability Detector based on TCN and Self-attention Mechanism.- MC/DC Test Cases Generation based on BDDs.- Software Quality.- Predicting and Monitoring Bug-proneness at The Feature Level.- CSFL: Fault Localization on Real Software Bugs Based on the Combination of Context and Spectrum.- A Distributed Simplex Architecture for Multi-Agent Systems.- Satisfiability, Reachability and Model Checking.- OURS: Over- and Under-Approximating Reachable Sets for Analytic Time-invariant Differential Equations.- ESampler: Efficient Sampling of Satisfying Assignments for Boolean Formulas.- API Usage Pattern Search Based on Model Checking.</p>