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Description:

• The project “Bidirectional Visitor Counter Using Arduino with Proteus Simulation” presents an innovative solution for accurately counting visitors entering and exiting a space in both directions. The system is built around an Arduino microcontroller and utilizes infrared (IR) sensors to detect the presence of visitors. Proteus simulation is employed to validate the functionality of the system before real-world deployment.
• The components used in the project include an Arduino board (e.g., Arduino Uno), two IR sensors, a 16×2 LCD display, a breadboard, jumper wires, and a power supply for the Arduino.
• The bidirectional visitor counter system operates on the principle of IR sensing. When a person enters the monitored area, they interrupt the IR beam emitted by the first IR sensor, signaling the Arduino. The Arduino increments the visitor count for the “in” direction and displays it on the LCD screen.
• Similarly, when a person exits the area, they interrupt the IR beam emitted by the second IR sensor, signaling the Arduino again. The Arduino increments the visitor count for the “out” direction and updates the LCD display accordingly.
• The project incorporates efficient logic to ensure accurate counting and avoid errors due to false triggers or overlapping events. The system utilizes state variables and debounce techniques to manage sensor inputs effectively.
• Proteus simulation provides a virtual environment to validate the system’s bidirectional counting accuracy, robustness, and reliability. Different scenarios are simulated, including multiple visitors entering and exiting simultaneously, to ensure accurate counting and smooth operation under various conditions.
• The bidirectional visitor counter has practical applications in various settings, such as retail stores, museums, libraries, and public facilities, where monitoring visitor traffic is essential for managing crowd flow and resource allocation. The system offers real-time monitoring of the number of visitors present in a space, facilitating effective crowd control and enhancing overall safety.
• In conclusion, the “Bidirectional Visitor Counter Using Arduino with Proteus Simulation” project demonstrates the effectiveness of IR-based sensing for accurately counting visitors in both directions. The Proteus simulation serves as a valuable tool for testing and verifying the system’s performance before actual implementation. The project’s successful execution contributes to improved visitor management and enhances the efficiency of public spaces by providing real-time visitor traffic data.

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Software Require:

• You need to install the Proteus 8.9 version in your laptop.
• You also need to install Adruino libraries in proteus software, library installation process explained in YouTube video.

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Project Code:

• Download project code from below button.
• If you want to understand code explanations then please watch YouTube video.

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YouTube Video:

• If you want to understand how to connect hardware with Arduino,
• And Program explanation for this project,
• And how to do this project by yourself then please watch our YouTube video.

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• We do not encourage any student to purchase a readymade project from us. Our mission is to give complete knowledge free of cost.
• So from our end we already provide code and detailed steps to create this project by yourself in our YouTube video.
• So if you want to save your money then watch our video and follow the steps that are mentioned in the video.
• Once you purchase a project then it will take at least 1 month to design your project.
• You have to pay the complete project cost while placing the purchase order.
• no refund no exchange policy

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