A Novel Artificial Intelligence based Autonomous E-Cycle

  • Dr.Harihara Gopalan.S, Ajaitaarak V.S, Akilasuba. S ,Ashmitha Shree. C , Dhanush. J.S
Keywords: Electricvehicle (EV), E-Cycle (Electriccycle), Pluggablehybridelectricvehicle (PHEV), PedalAssisting System (PAS), Advance Driver Assistance System (ADAS)

Abstract

The developing world demandsadvancedtechnologythatwill solve current and future issues. The fuelshortageis the maindrawbacknowadays. Considering the current rate of usage of fossilfuels can letits life up to the next 5 decadessolely. SuddenUndesirableclimatemodificationis an indication of global warming in and aroundus. The best solution to overcomethiseconomicalproblemis to switch to electrical-Cycle. Furtherelectriccycleisclaimed to have a significantlylowerenvironmental impact thanotherautomobiles and are generallyseenas an environmentallydesirableproduct. The electric Bicycle wedesignedfocuses on the energy, safety, and price. Thiscyclehasuniquesalientfeatureswhichincorporates with Artificial Intelligence and Internet of Things. The features include high efficiency, electricallypowered, lightweightweightvehicles.We put forwardis a hybrid of E-bike and E-cycle. It can be drivenas an autonomousvehicle and as normalE-bikewith pedallingsystem. Wepresent a cyclewhichisuser-friendly, environmentally sound, convenient, and with health benefits

Published
2021-05-10
How to Cite
Dr.Harihara Gopalan.S, Ajaitaarak V.S, Akilasuba. S ,Ashmitha Shree. C , Dhanush. J.S. (2021). A Novel Artificial Intelligence based Autonomous E-Cycle. Design Engineering, 332 - 337. Retrieved from http://www.thedesignengineering.com/index.php/DE/article/view/1538
Section
Articles