Seminar on Concurrency

On the axiomatic treatment of concurrency.- Hierarchical development of concurrent systems in a temporal logic framework.- On the composition and decomposition of assertions.- Process algebra with asynchronous communication mechanisms.- Axioms for memory access in asynchronous hardware systems.- Executing temporal logic programs.- The static derivation of concurrency and its mechanized certification.- Semantic considerations in the actor paradigm of concurrent computation.- The pomset model of parallel processes: Unifying the temporal and the spatial.- Lectures on a calculus for communicating systems.- Concurrent behaviour: Sequences, processes and axioms.- Categories of models for concurrency.- Maximally concurrent evolution of non-sequential systems.- An improved failures model for communicating processes.- Denotational semantics for occam.- Linguistic support of receptionists for shared resources.- Applications of topology to semantics of communicating processes.- Denotational models based on synchronously communicating processes: Refusal, acceptance, safety.- The ESTEREL synchronous programming language and its mathematical semantics.- An implementation model of rendezvous communication.- A fully abstract model of fair asynchrony.- Alternative semantics for McCarthy's amb.- Semantics of networks containing indeterminate operators.- Abstract interpretation and indeterminacy.- The NIL distributed systems programming language: A status report.