A Framework to Reason about the Knowledge of Agents in Continuous Dynamic Systems

Abstract

Applying formal methods to a group of agents provides a precise and unambiguous definition of their behaviors, as well as verify properties of agents against implementations. Hybrid automaton is one of the formal approaches that are used by several works to model a group of agents. Several logics have been proposed, as extension of temporal logics to specify and hence verify those quantitative and qualitative properties of systems modeled by hybrid automaton. However, when it comes to agents, one needs to reason about the knowledge of other agents participating in the model. For this purpose, epistemic logic can be used to specify and reason about the knowledge of agents. But this logic assumes that the model of time is discrete. This paper proposes a novel framework that formally specifies and verifies the epistemic behaviors of agents within continuous dynamics. To do so, the paper first extends the hybrid automaton with knowledge. Second, the paper proposes a new logic that extends epistemic logic with quantitative real time requirement. Finally, the paper shows how to specify several properties that can be verified within our framework.

Authors and Affiliations

Ammar Mohammed, Ahmed M. Elmogy

Keywords

Related Articles

Comparison of Hash Function Algorithms Against Attacks: A Review

Hash functions are considered key components of nearly all cryptographic protocols, as well as of many security applications such as message authentication codes, data integrity, password storage, and random number gener...

New Approach for Image Fusion Based on Curvelet Approach

Most of the image fusion work has been limited to monochrome images. Algorithms which utilize human colour perception are attracting the image fusion community with great interest. It is mainly due to the reason that the...

An approach for Teaching of National Languages and Cultures through ICT in Cameroon

This article describes the input of ICT to the modernization of teaching national languages and cultures in order to promote cultural diversity as well as dissemination of scientific knowledge through national languages....

A Comparison Study between Data Mining Tools over some Classification Methods 

Nowadays, huge amount of data and information are available for everyone, Data can now be stored in many different kinds of databases and information repositories, besides being available on the Internet or in printed f...

A Comparative Study of Engineering Students Pedagogical Progress

Students’ pedagogical progress plays a pivotal role in any educational institute in order to pursue imperative education. Educational institutes, Universities, Colleges implement various performance measures in order to...

Download PDF file
  • EP ID EP258384
  • DOI 10.14569/IJACSA.2017.080458
  • Views 97
  • Downloads 0

How To Cite

Ammar Mohammed, Ahmed M. Elmogy (2017). A Framework to Reason about the Knowledge of Agents in Continuous Dynamic Systems. International Journal of Advanced Computer Science & Applications, 8(4), 437-444. https://europub.co.uk/articles/-A-258384