Industrial Automation using CAN Protocol (Motor Speed Control based on Temperature) is built using hardware components. In recent days, many industries are grown and they are enable to adapt with the emerging technologies for monitoring, operating, security and communication.

CAN protocol is design as a communication standard that is used to transfer a sense information from one end to the other.

This point to point communication in an industrial automation is performed via CAN protocol. Industrial Automation using CAN Protocol (Motor Speed Control based on Temperature) The term CAN stands for Controller Area Network that is a serial communication bus.

Usually the industries are compose of larger machineries operate by motors and the speed of motor is independent based on their operation. So a motor speed control based on the temperature is propose in an industrial automation using CAN protocol. In this work, the sensors are responsible to sense the temperature and report the status to microcontroller;

if the temperature is detected to be high then the motor speed is adjusted accordingly.

List of Electronic Devices Used for Industrial Automation with CAN

• Temperature Sensor
• Microcontroller
• CAN Bus
• Battery

Some more latest topics are depict in the following for final year students,

• Vehicle anti – theft detection system using biometric fingerprint
• Deployment of wireless sensors for monitoring the farming field to report the need for irrigation
• E – health sensors is involved for the development of smart system
• Designing a patient monitoring system using ZigBee technology and Global System for Mobile communication
• Using flex sensor for the development of an advanced gloves
• Design and implementation of mobile healthcare system using Nfc
• Detecting the traffic for autonomous controlling of traffic signals using microcontroller
• Implementation of a home security for door lock system using password based padlock
• An autonomous robotic vehicle developed to clean floor, used as an household product
• Real–time internet of things supported aquaculture design
• Designing an advanced conversational language especially for disabled person
• A new system developed to identify missile and destroy automatically
• Development of a pick and place robot to take an object and place, used in college library to take books from bookshelf
• Combination of Raspberry Pi with sensor networks for monitoring the environmental variations
• CAN protocol based safer vehicle driving system
• A novel robotic vehicle designed for tomato harvesting to assist farmers
• Fingerprint based students attendance management system
• Blood pressure monitoring and reporting via SMS using Global system for Mobile communication technology

Our renowned projects topics for you,

• Design and implementation of vehicle accidents monitoring systems using black box and MEMS
• Real–time fire detecting vehicle and also water spraying to put – off the fire
• Detecting drowsy driver and also alerting to avoid unnecessary accidents on highways and safeguard passengers
• Deployment of wireless sensor network also for supporting autonomous irrigation in an agricultural fields
• Development of precision farming with soil moisture and also temperature monitoring
• Measurement of water quality also to analyze the purity level of drinking water
• Designing an attractive college notice board displays the content received in SMS
• Novel ship navigation system develop also with microcontroller in an embedded platform
• Greenhouse gases monitoring system also that notifies the amount of gases present in the atmosphere
• Using ultrasonic radar system with Arduino microcontroller also for designing an virtual reality environment
• Novel railway condition monitoring system also with ZigBee technology and sensor nodes