Abstract: Fault tolerance has become more and more important in the development of autonomous systems with the aim to help the system to recover its normal�...

By using augmentation Colored Petri Nets to model relative dynamic factors in scheduling/planning problems, agents can predict the probable future states of a�...

The time values are added to evaluate the processing performance of the whole system with respect to its ability to solve a task with fault tolerance ability.

Different subtasks and agents are modeled by color tokens in Petri network. The time values are added to evaluate the processing performance of the whole system�...

To do so, an approach of fault tolerance analysis with the colored time Petri net framework is proposed in this work, where a task can be represented by a tree�...

A model, analysis of fault tolerance for a distributed multi-agent system using Time Colored Petri Nets are provided by Boukredera et al. [12]. In the work�...

In addition and in the context of MAS, Petri nets are one of the most reliable formalisms for simulation and analysis of both behavioral modeling and failure�...

Fault Tolerance Analysis for Dependable Autonomous Agents Using Colored Time Petri Nets. LA Trinh, B Curuklu, M Ekstr�m. 9th International Conference on Agents�...

1997, IEEE Transactions on Reliability. Fault tolerance analysis for dependable autonomous agents using colored time petri nets. 2017, ICAART 2017�...

Failure Analysis for Adaptive Autonomous Agents using Petri Nets. ... Fault Tolerance Analysis for Dependable Autonomous Agents using Colored Time Petri Nets.