Titlebook: Software Engineering and Formal Methods; 12th International C Dimitra Giannakopoulou,Gwen Salaün Conference proceedings 2014 Springer Inter

MINT

Automated Error-Detection and Repair for Compositional Software Specificationsve logic programming for learning repairs to system components while ensuring no new errors are introduced and interactions with other components are maintained. These two phases are iterated until a correct specification is reached, enabling rigorous and scalable support for automated analysis and

终点

音乐会

匍匐

Apraxia

轻触

Formalizing DSL Semantics for Reasoning and Conformance Testingic issues can be revealed that could otherwise remain undetected. We also use the semantics to define the conformance of an implementation to a DSL instance, and to automatically test conformance of the (generated) implementation code to a DSL instance. We illustrate our approach using an industrial prototype DSL for collision prevention.

惩罚

RADE

Rapid Prototyping of a Semantically Well Founded , Model Checkerolving, we can handle infinite data communications and predicates. Furthermore, we create a semantically well founded . model checker as long as executing FORMULA is equivalent to reasoning with First-Order Logic (Clark completion). We illustrate the use of the model-checker with an extract of an industrial case study.

吹牛者

Conference proceedings 2014noble, France, in September 2014..The 23 full papers presented together with 3 invited and 6 tool papers were carefully reviewed and selected from 106 submissions. They are organized in topical section on program verification, testing, component-based systems, real-time and embedded systems, model c

很像弓]

Lightweight Program Construction and Verification Tools in Isabelle/HOLcation condition generation and program construction steps are based on simple equational reasoning and supported by powerful Isabelle tactics. Two case studies on program construction and verification show our tools at work.