Dependable Software Engineering: Theories, Tools, and Applications

<p>Dependable Cyber-Physical Systems.- From Finitely Many Simulations to Flowpipes.- Toward Automatic Verification of Quantum Programs.- Place Bisimulation and Liveness for Open Petri Nets.-&nbsp;Divergence Detection for CCSL Specification via Clock Causality Chain.- Performance Evaluation on Modern Concurrent Data Structures.- GPU-accelerated Steady-state Computation of Large Probabilistic Boolean Networks.- Behavioural Pseudometrics for Nondeterministic Probabilistic Systems.- A Comparison of Time- and Reward-Bounded Probabilistic Model Checking Techniques.-&nbsp;Computing Specification-Sensitive Abstractions for Program Verification.- Reducing State Explosion for Software Model Checking with Relaxed Memory Consistency Models.- Identifying XML Schema Constraints Using Temporal Logic.- Schedulability Analysis of Timed Regular Tasks by Under-Approximation on WCET.- Importance Sampling for Stochastic Timed Automata.- Semipositivity in Separation Logic with Two Variables.- Distributed Computation of Fixed Points on Dependency Graphs.- A Complete Approximation Theory for Weighted Transition Systems.- Zephyrus2: On the Fly Deployment Optimization Using SMT and CP Technologies.- Exploiting Symmetry for Efficient Verification of Infinite-state Component-based Systems.- Formalization of Fault Trees in Higher-order Logic: A Deep Embedding Approach.- An Efficient Synthesis Algorithm for Parametric Markov Chains&nbsp;Against Linear Time Properties.- Time-bounded Statistical Analysis of Resource-constrained Business&nbsp;Processes with Distributed Probabilistic Systems.- Failure Estimation of Behavioral Specifications.&nbsp;</p><p></p>