Titlebook: CONCUR 2004 -- Concurrency Theory; 15th International C Philippa Gardner,Nobuko Yoshida Conference proceedings 2004 Springer-Verlag Berlin

growth-factor

https://doi.org/10.1007/978-3-0348-5971-4al entities on par with objects, functions and horn-clauses. To this end, we introduce .ABC, a name-based calculus, that incorporates aspects as primitive. In contrast to earlier work on aspects in the context of object-oriented and functional programming, the only computational entities in .ABC are

吹牛大王

https://doi.org/10.1007/978-3-0348-5971-4selected classes of principals. We study a type-based theory of DAC models for concurrent and distributed systems represented as terms of Cardelli, Ghelli and Gordon’s pi calculus with groups [2]. In our theory, groups play the rôle of principals, and the structure of types allows fine-grained mecha

CEDE

glowing

https://doi.org/10.1007/978-3-0348-5971-4odal logics to specify behavioural properties of systems. We show that the syntax, semantics and proof systems associated to such logics can all be derived in a modular way. Moreover, we show that the logics thus obtained inherit soundness, completeness and expressiveness properties from their build

小口啜饮

Peter L. Hammer,Ivo G. Rosenberged . ∖ . property, we show how to decompose the network graph into multiple constant size networks, thereby reducing one model checking call on a large network to several calls on small networks. We thus obtain cut-offs for arbitrary classes of networks, adding to previous work by Emerson and Namjos

TEN

Numerische Methoden bei Optimierungsaufgaben seen as a synchronization and incurs no additional cost on the communication structure. It is shown that, given a past, a computation step can be taken back if and only if it leads to a causally equivalent past.

骚扰

https://doi.org/10.1007/978-3-0348-6988-1In this paper we show how a resource-oriented logic, separation logic, can be used to reason about the usage of resources in concurrent programs.

saturated-fat

https://doi.org/10.1007/978-3-0348-5971-4We present a symbolic decision procedure for time-sensitive cryptographic protocols with time-stamps. Our decision procedure deals with secrecy, authentication and any property that can be described as an invariance property.

Osteoporosis

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