Titlebook: Unifying Theories of Programming; Third International Shengchao Qin Conference proceedings 2010 The Editor(s) (if applicable) and The Auth

身心疲憊

https://doi.org/10.1007/978-3-642-16690-7CSP; Galois connections; Software Engineering; co-operating; computer security; confidentiality propertie

行為

ear-canal

UTP and Sustainability,be attracting due interest. The purpose of this article is to discuss why that is the case, and to consider UTP’s destiny. To do so it analyses the nature of UTP, focusing primarily on unification, and makes suggestions to expand its use.

參考書目

鍵琴

On Modelling User Observations in the UTP,echniques for calculating a user’s observations of a system and, in turn, for identifying the information that a user can deduce about the system’s behaviour from those observations. To demonstrate how this approach can be applied in practical software development, we propose some alternative refine

aerial

Unifying Theories of Confidentiality, . (UTP) to do so and derive advantage from this choice. We identify how information flow between users can be modelled in the UTP and devise conditions for verifying that system designs may not leak secret information to untrusted users. We also investigate how these conditions can be combined with

sinoatrial-node

,Saoithín: A Theorem Prover for UTP,er logic, alphabets, equational reasoning and “programs as predicates” style that is prevalent in much of the UTP literature, from the seminal work by Hoare & He [HH98] onwards. This paper describes the key features of the theorem prover, with an emphasis on the underlying foundations, and how these

抗原

反感

Programmable Verifiers in Imperative Programming,ds is introduced. A machine only executes execution commands of a program, while the compiler only performs the verification commands. Common commands in other languages can be defined as a combination of execution and verification commands. Design of verifiers then becomes program design using veri

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