Titlebook: Recent Trends in Algebraic Development Techniques; 15th International W Maura Cerioli,Gianna Reggio Conference proceedings 2002 Springer-Ve

割讓

WAG

A Compositional Approach to Connector Construction, is that individual properties of connectors, such as security and fault-tolerance, can be designed separately as higher-order connectors. Complex connectors can then be described as suitable combinations of higher-order connectors and basic connectors. We use CommUnity, a Unitylike parallel program

CLEAR

Institution Independent Static Analysis for Casl,ying logic that is used for Specification in-thesmall. The logic here is formalized as an institution with some extra components. Following the institution independent semantics of C. in-the-large, we thus get an institution independent static analysis for C. in-the-large. With this, it is possible

contradict

Tight and Loose Semantics for Transformation Systems,t, providing a complete description of a component means integrating all the existing partial views for that component. However, in many cases defining the semantics of this integration operation is not an easy task. In particular, this is the case when the framework used at the specification level

刺穿

Programs, Proofs and Parametrized Specifications, we extend our earlier work by presenting a new approach for constructing correct SML structures and SML functors from CASL structured and parametrized Specifications by extracting the SML programs from constructive proofs of the axioms of the specifications. We provide a novel formal calculus with

精密

NUL

The Common Framework Initiative for Algebraic Specification and Development of Software: Recent Pro development of software. The central element of the Common Framework is a Specification language called C. for formal specification of functional requirements and modular software design which subsumes many previous algebraic Specification languages. This paper is a brief summary of progress on CoF

amphibian

Algebraic Abstractions,ptographic protocols, which in our approach are modeled by first-order structures. Our so-called algebraic abstractions will be correct by construction and optimal in some certain technical sense. Moreover, we provide guidelines to design specific algebraic abstractions suited for verification problems corresponding to cryptographic protocols.

ZEST

Moderate

Verifying Architectural Specifications,erest, one may implement some other units and then assemble them in the prescribed manner. In this paper we define a formal institution-independent semantics of architectural specifications, as well as sound and complete methods for provingthem correct, applicable in the case of many institutions, in particular first-order logic.