CAN Based Collision Avoidance System for Automobiles
Content
ABSTRACT
CAN BASED COLLISION AVOIDANCE SYSTEM FOR AUTOMOBILES
AIM : The aim of the project is to build a collision avoidance system for automobiles using Controller area network.
SCOPE : The Controller Area Network (CAN) is a Serial, Asynchronous, Multi-master communication protocol for connecting electronic control modules in Automotive and industrial applications. CAN protocol have many features like Low cost, Easy to implement, peer to peer Network with powerful Error Checking, Higher Transmission Rates 1MBitps. The CAN Network is a Peer to Peer Network consisting of different nodes. Different parameters can be monitored by these Nodes and can be updated to the Central Control Unit. Mostly used in Industry and Auto Mobiles in a Hazardous Environment and is reliable. This project is designed for collision avoidance system for automobiles using CAN protocol. Using CAN protocol we can send data from one node to other node. Here we are having two nodes each node contains AT MEGA 16 (AVR
CONTROLLER), MCP2515 (CAN CONTROLLER), MCP2551 (CAN TRANSRECEVER). In first node we are interfacing GP2D12 to find the object, in second node contains DC motor. Initially motor is rotating with maximum speed. If any object is found in front of GP2D12 in node1 motor will stop in node2 by using CAN protocol. For this we have to develop two different application programs in embedded C. The CAN bus may be used in vehicles to connect engine control unit and transmission, or (on a different bus) to connect the door locks, climate control, seat control, etc. Today the CAN bus is also used as a field bus in general automation environments; primarily due to the low cost of some CAN Controllers and processors.
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BLOCK DIAGRAM :
NODE 1
LCD
GP2D12
ATMEGA 16
MCP 2515 NODE 2
MCP 2551
L293D
ATMEGA 16
LCD
DC MOTOR
MCP 2515
MCP 2551
HARDWARE REQUIREMENTS : ATMEGA 16 (AVR CONTROLLER) MCP2515 MCP2551 16X2 LCD GP2D12 L293D DC MOTOR
SOFTWARE REQUIREMENTS : PROGRAMMING IN EMBEDDED C CODEVISION AVR C COMPILER
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CAN BASED COLLISION AVOIDANCE SYSTEM FOR AUTOMOBILES
AIM : The aim of the project is to build a collision avoidance system for automobiles using Controller area network.
SCOPE : The Controller Area Network (CAN) is a Serial, Asynchronous, Multi-master communication protocol for connecting electronic control modules in Automotive and industrial applications. CAN protocol have many features like Low cost, Easy to implement, peer to peer Network with powerful Error Checking, Higher Transmission Rates 1MBitps. The CAN Network is a Peer to Peer Network consisting of different nodes. Different parameters can be monitored by these Nodes and can be updated to the Central Control Unit. Mostly used in Industry and Auto Mobiles in a Hazardous Environment and is reliable. This project is designed for collision avoidance system for automobiles using CAN protocol. Using CAN protocol we can send data from one node to other node. Here we are having two nodes each node contains AT MEGA 16 (AVR
CONTROLLER), MCP2515 (CAN CONTROLLER), MCP2551 (CAN TRANSRECEVER). In first node we are interfacing GP2D12 to find the object, in second node contains DC motor. Initially motor is rotating with maximum speed. If any object is found in front of GP2D12 in node1 motor will stop in node2 by using CAN protocol. For this we have to develop two different application programs in embedded C. The CAN bus may be used in vehicles to connect engine control unit and transmission, or (on a different bus) to connect the door locks, climate control, seat control, etc. Today the CAN bus is also used as a field bus in general automation environments; primarily due to the low cost of some CAN Controllers and processors.
1
BLOCK DIAGRAM :
NODE 1
LCD
GP2D12
ATMEGA 16
MCP 2515 NODE 2
MCP 2551
L293D
ATMEGA 16
LCD
DC MOTOR
MCP 2515
MCP 2551
HARDWARE REQUIREMENTS : ATMEGA 16 (AVR CONTROLLER) MCP2515 MCP2551 16X2 LCD GP2D12 L293D DC MOTOR
SOFTWARE REQUIREMENTS : PROGRAMMING IN EMBEDDED C CODEVISION AVR C COMPILER
2
