DEVELOPMENT OF MOBILE SURFACE WATER FILTRATION SYSTEM THROUGH SIMULATION USING COLOURED PETRI NET (CPN)

Aashish Vatsyayan, B.Hemalatha, A Vimala Juliet, Ishwarya Venkatram

Abstract: Aim Testing the working of the mobile surface water filtration system through the design and simulation of a CPN generated schema Methodology For understanding the required action for different conditions the programming is developed using CPN tools for analysis of different conditions and obtaining a holistic picture of the system. Result The simulation model has demonstrated how the working of the mobile system is intended and has the actions of a microcontroller clearly cut out for the programmer to understand and write the code. Each module was looked upon in the different scenarios and the changes in the system after simulation were shown, providing a holistic understanding of the entire system. The sensors, microcontrollers and actuators have been discussed to bridge the gap between completely theoretical concepts to an implementable entity. Conclusion Impending release of tool for direct conversion of Coloured Petri Net simulation into hexadecimal format opens up infinite avenues for system modelling in Coloured Petri Net environment. The model design can be improved upon by adding time dependency property of CPN to simulate more dynamic and time dependant processes, this aspect has not been explored as a holistic illustration, but the system for mobile surface water filtration device has been thoroughly and holistically explained and explored

Keywords: Coloured Petri Nets, simulation, modelling, filtration system, mobile, navigation, electro coagulation

DOI: https://doi.org/10.15623/ijret.2013.0203024