Driver Safety using Can Communication

The objective of this proposed system is to supply a driver safety, vehicle monitoring, and tracking of the vehicles. As per the demand of recent vehicle, the Controller Area Network (CAN) architecture has been implemented in this vehicle so as to reduce point to point wiring harness in vehicle automation, CAN is typically recommended as how for data communication within the vehicle environment. This paper illustrates a model of up to date technology by means of Embedded C programing language and therefore this unit is developed via LPC2148. This model includes the GPS which give the vehicle’s present site and thus an alert message is generated and informs the concerned authority of the vehicle in order that things are often taken care. The advantage of CAN based network is increased flexibility and expandability for future technology insertions. The proposed system contains GPS module, Infrared sensors, alcohol sensor, biometric identification, GSM, dc motors, LPC2148 microcontroller. This model also act as line follower robot which is a mobile machine which will detect and follow the road drawn on the ground. We mainly focused on the security measures for both driver and vehicle by using three sorts of sensors: Heartbeat sensor, Alcohol sensor and Fingerprint sensor. Heartbeat sensor is employed to watch heartbeat rate of the driving force constantly and prevents from the accidents by controlling through IoT. IoT conveys the emergency message to the owner and hospital. Alcohol sensor is employed to detect the alcohol consumption level of driver. This proposed system has the biometric identification. By using finger print sensor the vehicle is secured and this mechanism also handles the theft related issues.