o communicate with each other within a vehicle without a host computer. It was designed specifically for automotive applications but is now also used in other areas. Development of the CAN-bus started originally in 1983 at Robert Bosch GmbH.The intention of this project is implementation of hardware in a college campus using embedded CAN bus. The implemented system has the following characteristics, which distinguish it from existing approaches: (i) the class rooms interface with smart card attendance is automatically updated to HOD; (ii) a standard communication protocol (CAN) is used in the hardware implementation, providing reliability and er ror control; (iii) new class room nodes are easily inserted in the system; (iv) SMS alert to the pa rent’s about presents of their children in college.SYSTEM DESIGN: There are three nodes:1. HOD room Node 1: it consists of CAN Controller to interface with Classrooms and then it will be interfaced with net to SMS facility.2. CLASS room Node 2: it consists of CAN controller to interface with HOD room and smart card reader for attendance purpose and also it is interfaced with Counter unit to intimate HOD about class room strength.3. CLASS room Node 3: it is as same as Node 2.
EMBEDDED SYSTEMS VLSI RFID DSP&DIP DIGITAL COMMUNICATIONS GSM GPS ROBOTICS INDUSTRIAL APPLICATIONS
Friday, July 8, 2011
PROMOTING CAN 2.0 FOR COLLEGE CAMPUS
Aim of this project is to implement class room attendance system with indoor counter and information announcement using CAN 2.0 Protocol.Controller–area network (CAN or CAN-bus) is a vehicle bus standard designed to allow microcontrollers and devices t
o communicate with each other within a vehicle without a host computer. It was designed specifically for automotive applications but is now also used in other areas. Development of the CAN-bus started originally in 1983 at Robert Bosch GmbH.The intention of this project is implementation of hardware in a college campus using embedded CAN bus. The implemented system has the following characteristics, which distinguish it from existing approaches: (i) the class rooms interface with smart card attendance is automatically updated to HOD; (ii) a standard communication protocol (CAN) is used in the hardware implementation, providing reliability and er ror control; (iii) new class room nodes are easily inserted in the system; (iv) SMS alert to the pa rent’s about presents of their children in college.SYSTEM DESIGN: There are three nodes:1. HOD room Node 1: it consists of CAN Controller to interface with Classrooms and then it will be interfaced with net to SMS facility.2. CLASS room Node 2: it consists of CAN controller to interface with HOD room and smart card reader for attendance purpose and also it is interfaced with Counter unit to intimate HOD about class room strength.3. CLASS room Node 3: it is as same as Node 2.
o communicate with each other within a vehicle without a host computer. It was designed specifically for automotive applications but is now also used in other areas. Development of the CAN-bus started originally in 1983 at Robert Bosch GmbH.The intention of this project is implementation of hardware in a college campus using embedded CAN bus. The implemented system has the following characteristics, which distinguish it from existing approaches: (i) the class rooms interface with smart card attendance is automatically updated to HOD; (ii) a standard communication protocol (CAN) is used in the hardware implementation, providing reliability and er ror control; (iii) new class room nodes are easily inserted in the system; (iv) SMS alert to the pa rent’s about presents of their children in college.SYSTEM DESIGN: There are three nodes:1. HOD room Node 1: it consists of CAN Controller to interface with Classrooms and then it will be interfaced with net to SMS facility.2. CLASS room Node 2: it consists of CAN controller to interface with HOD room and smart card reader for attendance purpose and also it is interfaced with Counter unit to intimate HOD about class room strength.3. CLASS room Node 3: it is as same as Node 2.
Popular Posts
-
The main aim of this embedded application is to detect the alcohol drunken people. We are developing an embedded kit which will be placed in...
-
Nowadays people are driving very fast, accidents are occurring frequently, we loss our valuable life by making small mistake while driving...
-
The emdedded system project is mainly used to control the switching function on-off action of a motor. To take control in the field based ...
-
Now-a-days, Automated systems have less manual operations, flexibility, reliability and accurate. Due to this demand every field prefers aut...
-
The main scope of this project is to avoid accidents at places where there is no person manning the railway crossing gates. Before a tra...
-
ATM security system using GSM and MEMS is one of the hot topics in embedded systems industry. For providing Security at ATMs GSM and MEMS M...
-
The advancement of technology and the evolution of the information home appliances, such as TVs, air conditioners, sound and stereo systems,...
-
Microcontroller based traffic control system is an application specific project, which is used to control the traffic. An embedded system is...
-
Now a days, automatic control systems are used widely to minimize the human errors and increase the production rate with good quality. ...
-
As the time moves the life style of the persons has completely changed and there is no time for the people for micro management of every i...