IAavishkar

Drivers expect more ride comfort and better performance, thus the vehicle ride comfort is important for OEM’s to gain the value in today’s market. To provide better ride quality in vehicle, the OEM’s are using advanced technology ride comfort control technologies (Active suspension system with different technologies).

In an automobile, controlling Air-Fuel rate to Stoichiometric ratio is very important because it decides the engine efficiency and exhaust emissions. This work treats the an adaptive controller for engine Air-Fuel-Ratio (AFR) control to improve the engine efficiency and reduce emission, using an adaptive law to support smith predictor with variable time delay. And analysis of engine AFR control using this controller with reference to the smith predictor controller and PID controller in different conditions.

The cruise controller required to control the constant driving speed so that can provide safety and comfort for driver. ACC system tracks the pre-set speed and follows the lead vehicle autonomously using lead vehicle speed and distance. For study considering simple ACC system for EVs with PID with adaptive law for speed adaptation. To design ACC system: DC motor, load torque and controller equations are designed and module design is done using MATLAB/Simulink 2015 control. 

​Train accidents are becoming more and more on ​these day​s​.​ Due to crack in the track and non-control speed of the train​ at station. This can be controlled by using an intelligen​t train engine​ and track crack detection.

We know that waste of water due to the overflow of  water tanks in colleges, industries, homes and public water tanks. The  water wastage can be avoided due to overflow by using a simple water  level controller.

In the schools, collages to maintain timing system introducing electronics bell system. This is an automatic bell system and can be operated manually in emergency cases.

The TPMS is one of the safety system in an Automobiles to reduce accidents, increase the fuel efficiency and tire life of the vehicle. The TMPS is can be implemented by two different methods that is Direct and Indirect methods. These two methods can be name as dTPMS and iTPMS respectively. 

In current era of road transportation, the use of vehicles by unauthorized drivers is rampant, be it under aged driving, stolen vehicles or drivers without required authentication.By Implementing V-SIM Card can avoid the driving of vehicle without license.,can reduce the investment on road safety and Vehicle can be tracked – helps in finding stolen vehicles.