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

Proposal for Two Enhanced NTRU

Sound is very widely used in communication. In order to ensure secure communication a cryptographic data scheme is used. Secure sound is needed in many fields such as military, business, banking and electronic commerce....

A Sleep Monitoring System with Sleep-Promoting Functions in Noise Detection and Sound Generation

Recently, there has been a growing demand and interest in developing sleep-promoting systems for improving sleep condition. Because sleep environments are various, and sensitivity to noise differs individually, it is dif...

Security Issues in Software Defined Networking (SDN): Risks, Challenges and Potential Solutions

SDN (Software Defined Networking) is an architecture that aims to improve the control of network and flexibility. It is mainly connected with open flow protocol and ODIN V2 for wireless communication. Its architecture is...

Adoption of Biometric Fingerprint Identification as an Accessible, Secured form of ATM Transaction Authentication

Security is continuously an important concern for most Information Technology-related industries, especially the banking industry. The banking industry is concerned with protecting and securing the privacy and data of th...

Data Mining Framework for Generating Sales Decision Making Information Using Association Rules

The rapid technological development in the field of information and communication technology (ICT) has enabled the databases of super shops to be organized under a countrywide sales decision making network to develop int...

Download PDF file
  • EP ID EP258384
  • DOI 10.14569/IJACSA.2017.080458
  • Views 108
  • 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