Information Flow for Timed Automata -- A Nivat Theorem for Quantitative Automata on Unranked Trees -- 30 Years of Modal Transition Systems: Survey of Extensions and Analysis -- Derivatives of Quantitative Regular Expressions -- Improving the Timed Automata Approach to Biological Pathway Dynamics -- Bicategories of Markov Processes -- Property-Preserving Parallel Decomposition -- A Generic Algorithm for Learning Symbolic Automata from Membership Queries -- Teaching Academic Concurrency to Amazing Students -- Negative Results on Decidability and Small Model Property of Process Equations -- Timed Temporal Logics -- Synchronous Interfaces and Assume/Guarantee Contracts -- From Transition Systems to Variability Models & From Lifted Model Checking Back to UPPAAL -- Firm Deadline Checking of Safety-Critical Java Applications with Statistical Model Checking -- Symbolic Verification and Strategy Synthesis for Linearly-Priced Probabilistic Timed Automata -- Runtime Verification Logics - A Language Design Perspective -- Testing Divergent Transition Systems -- The Cost of Exactness in Quantitative Reachability -- Towards Automated Variant Selection for HeterogeneousTiled Architectures -- Admissible Strategies in Timed Games -- Modal Stochastic Games: Abstraction-Refinement of Probabilistic Automata -- A Coinductive Equational Characterisation of Trace Inclusion for Regular Processes -- Syntactic Markovian Bisimulation for Chemical Reaction Networks -- Assertion-Based Reasoning Method for Calculus of Wireless System -- Taming Living Logic Using Formal Methods -- Comparing Source Sets and Persistent Sets for Partial Order Reduction -- A Framework for Evaluating Schedulability Analysis Tools -- WUPPAAL: Computation of Worst-Case Execution-Time for Binary Programs with UPPAAL -- Centrally Governed Blockchains: Optimizing Security, Cost, and Availability -- Energy Consumption Forecast of Photo-Voltaic Comfort Cooling Using UPPAAL Stratego -- Towards a Tool: TIMES-Pro for Modeling, Analysis, Simulation and Implementation of Cyber-Physical Systems -- Formalising a Hazard Warning Communication Protocol with Timed Automata.