PROJECT TITLE :

Safe Diagnosability of Fuzzy Discrete-Event Systems and a Polynomial-Time Verification

ABSTRACT:

Since fuzzy discrete-event systems (FDESs) were considerably brought forward, the study of FDESs has received increasing attention recently. This paper addresses the safe diagnosability beneath the framework of FDESs. The contributions are threefold. 1st, the notion of safe diagnosability for fuzzy systems is formalized. A safe diagnosable FDES suggests that that not only every failure will be detected in terms of fuzziness, moreover because the detection should be completed before any unsafe operation is executed. Then, a necessary and sufficient condition of safe diagnosability of FDESs is proposed by constructing the safe diagnoser. Finally, we gift an algorithm for verifying the safe diagnosability of FDESs based on a constructive nondeterministic automaton, specifically verifier. It is worth noting that each constructing the verifier and verifying the safe diagnosability of FDESs will be realized with a polynomial complexity.


Did you like this research project?

To get this research project Guidelines, Training and Code... Click Here


PROJECT TITLE :Design of a Novel Compliant Safe Robot Joint With Multiple Working StatesABSTRACT:This paper presents the look and development of a novel compliant safe joint (CSJ). The principle of operation of the CSJ relies
PROJECT TITLE :Toward Building a Safe, Secure, and Easy-to-Use Internet of Things InfrastructureABSTRACT:Carnegie Mellon University is leading a multi-institutional effort to build an open infrastructure to support the Internet
PROJECT TITLE :A Secure, Intelligent Electric Vehicle Ecosystem for Safe Integration With the Smart GridABSTRACT:Availability of the charging infrastructure is important for a smooth rollout of wide-scale electrical vehicle (EV)
PROJECT TITLE :Driver Behavior Analysis for Safe Driving: A SurveyABSTRACT:Driver drowsiness and distraction are two main reasons for traffic accidents and therefore the connected financial losses. Thus, researchers have been
PROJECT TITLE :Reactive Task Adaptation Based on Hierarchical Constraints Classification for Safe Industrial RobotsABSTRACT:A widespread and flexible use of robots in rapidly changing operating environments might be greatly enhanced

Ready to Complete Your Academic MTech Project Work In Affordable Price ?

Project Enquiry