Titlebook: Design, Specification and Verification of Interactive Systems ’96; Proceedings of the E Francois Bodart,Jean Vanderdonckt Conference procee

令人作呕

Finding Bugs and Repairing Circuitsgy of abstract interpretation is presented; secondly, some favourite formalisms and notations from the interactive system verification area axe reviewed at light of abstract interpretation. We argue that systematic use of abstract interpretation in interactive system verification could help improving and unifying current techniques.

发起

Kazunari Tominaga,Hiroaki Kusunokistems. Formal methods of software specification are known to provide this abstractive power in many contexts. This paper shows that an established specification technique can be used profitably to model, assess and improve the design of a generic kernel for multimodal systems.

Pessary

Functional Electrical Rehabilitationhanisms for efficient interactive proof: planning, reuse, reflection and articulation. Common themes are observed, as are strengths and weaknesses of the interfaces and we discuss the general issues, attempting to abstract away from the particular artifacts studied.

BORE

Ambulatory Exercise Procedures and Effectsrmal reasoning. The formal models allow the designer to verify mechanically specific requirements imposed on the user interface such as those found in safetyor security-critical applications. We illustrate our approach with an example that shows how the proof process works for behavioral properties that have been expressed in a rule-based fashion.

poliosis

商品

Retrospective and Challenges for Model-Based Interface Developmentht of this architecture, and discusses their progress towards the goals of increasing the quality and reducing the cost of developing interfaces. The paper closes with a discussion of challenges for future model-based development tools.

BROTH

Human Factors in Aeronauticsunderstand its processes, as well as the phenomena of judgment and causal attribution by which it is marked. We will also analyze the question of how error is corrected within the framework of established technical systems. Finally, the predictability and, therefore, the certification of such technical systems will be questioned.

critic

Abstract Interpretation and Application to Interactive System Verificationgy of abstract interpretation is presented; secondly, some favourite formalisms and notations from the interactive system verification area axe reviewed at light of abstract interpretation. We argue that systematic use of abstract interpretation in interactive system verification could help improving and unifying current techniques.

Concerto

Fusion Engines and Melting Potsstems. Formal methods of software specification are known to provide this abstractive power in many contexts. This paper shows that an established specification technique can be used profitably to model, assess and improve the design of a generic kernel for multimodal systems.

连接

Evaluating the Interfaces of Three Theorem Proving Assistantshanisms for efficient interactive proof: planning, reuse, reflection and articulation. Common themes are observed, as are strengths and weaknesses of the interfaces and we discuss the general issues, attempting to abstract away from the particular artifacts studied.