Titlebook: Seminar on Concurrency; Carnegie-Mellon Univ Stephen D. Brookes,Andrew William Roscoe,Glynn Win Conference proceedings 1985 Springer-Verlag

寡头政治

auxiliary

剥皮

On the axiomatic treatment of concurrency,d variable concurrency and a critical region construct. After giving a structural operational semantics for the language we use the semantic structure to suggest a class of assertions for expressing semantic properties of commands. The structure of the assertions reflects the structure of the semant

cajole

circumvent

Axioms for memory access in asynchronous hardware systems, concurrent accesses is proposed. It is shown that if these axioms are met by a register then concurrent accesses to it may be viewed as nonconcurrent, thus making it possible to analyze asynchronous algorithms without elaborate timing analysis of operations. These axioms are shown, in a certain sen

Eeg332

Executing temporal logic programs,stems. In the case of programs, the general feeling has been that temporal logic is an adjunct to existing languages. For example, one might use temporal logic to specify and prove properties about a program written in, say, CSP. This leads to the annoyance of having to simultaneously use two separa

atopic-rhinitis

边缘

champaign

财产

Maximally concurrent evolution of non-sequential systems,ly concurrent semantics and "normal" semantics is developed. Some sufficient criteria for the equivalence of these semantics are formulated. As an abstract model of non-sequential systems the COSY path expression formalism is used.