AUTOMATIC INDICATOR SYSTEM
Aayush Tiwari 1, 2 Dr.Shikha Tiwari*
1) Postgraduate, Department of Computer Science & Engineering, Amity University Chhattisgarh, Raipur 493225, Chhattisgarh, India.
2 Faculty/Mentor, Department of Computer Science & Engineering, Amity University Chhattisgarh, Raipur 493225, Chhattisgarh, India
E-mail id : aayushgamer049@gmail.com
E-mail id : stiwari@rpramity.edu
Amity University Chhattisgarh ,Raipur(493225)
Abstract
This study shows a new Auto-Indicator System that doesn't use sensors but instead uses electronic circuit breakers and basic mechanical parts. The main goal is to look at the rules that are already in place for the Indian auto business and come up with a possible design for a car that meets or beats those rules in terms of safety and comfort. Being able to notice changes in the style position is a key part of the method. This information sets off an electrical sequence that controls when the warning lights turn on and off. A close study of the Indian car environment and safety rules shows that the suggested Auto-Indicator System is in line with current industry standards. Using real-time data during the tests and planning stages helped get the best results. After careful planning, a lot of testing, and making sure the system worked perfectly, it was slowly put to use in the real world. At every stage of development, the needs of the Indian auto industry were carefully thought through. User safety, ease of use, and an exciting ride were all top priorities.This cutting-edge Auto-Indicator System is not only different from traditional sensor-based models, but it is also a great example of technology made just for the Indian car industry. This system is modern and user-centered, with a focus on safety. It could change the way auto-indicator technology is used in India.
Keywords : Automatic Indicator,System Planning,Electronic Circuit,Mechanical Automation,Arduino Integration,Intelligent Algorithms,Real-time Data,Adaptive Technology,Turn Signal Automation Safety Standards
