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ID 1035 Independent Project Bidirectional Visitor Counter

ID 1035 Independent Project Bidirectional Visitor Counter. Prepared and presented by: Rakshit Singla (CS12B1029) AbdulAziz (CS12B1001) Shivam Aggarwal (EE12B1041) Siddhant Aggarwal (ES12B1018). Introduction to Project.

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ID 1035 Independent Project Bidirectional Visitor Counter

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  1. ID 1035Independent ProjectBidirectional Visitor Counter Prepared and presented by: Rakshit Singla (CS12B1029) AbdulAziz (CS12B1001) Shivam Aggarwal (EE12B1041) Siddhant Aggarwal (ES12B1018)

  2. Introduction to Project This project titled “Microcontroller based Bidirectional Visitor counter” is designed and presented in order to count the visitors of an auditorium, hall, room, offices, malls, sports venue, etc. The system counts both the entering and exiting visitor of the auditorium or hall or other place, where it is placed. Depending upon the interrupt from the sensors, the system identifies the entry and exit of the visitor. On the successful implementation of the system, it displays the number of visitor present in the room. This system can be economically implemented in all the places where the visitors have to be counted and controlled.

  3. Why this? • This system can be used as an automated switch to increase energy efficiency. The system can be used at the entrance of a room to control the lights and other appliances. • For eg. When the number of people in the room is zero, the circuit can automatically switch off the power thus preventing energy wastage. • Moreover, we wanted to learn about electronics and circuits. So we took up this project.

  4. Block Diagram Sensors Logical Unit Microcontroller Display Power Supply 5V

  5. Circuit Schematic Source: Electronics For You

  6. Problems and Improvements This is a very basic circuit and has many shortcomings. For example, this system will not differentiate between a person and any other obstacle interrupting the sensors. Also this circuit is good enough for only one person entering at a time. Also, this is a short range system. For long range, we use lasers. For overcoming these and many other problems with this system, further improvements are being done. Cameras and processing is now being used to differentiate between different interruptions. Some research is being done along the same lines in the CPS Lab.

  7. Conclusion We just took up this project as we were interested in electronics and wanted to learn about it. Through this project, we learnt a lot about the functioning and use of different electronic components and their applications in real life. We were able to correlate what we studied in our course to real life. Also this is very simple and effective idea which can be used in many places like hostel and hotel rooms to save energy. Thanks to our faculty for guiding us in this project.

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