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Health Monitoring Glove - GPW HINDUPUR (12 March2026)
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ZPHS Eguvagottiveedu 1 password and finger print based voting system 2 Restaurant with e menu card
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AP modal shool kalakada Automatic tank level and agriculture monitoring system
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GOVT polytechnic NARAPALA 1 AUTOMATIC LIGHT INTENSITY SMART STREET SYSTEM 2 Bluetooth based circuit breaker
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Traffic signal for emergency vechiles - GOVT polytechnic tadipatri
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AUTOMATIC LIGHT INTENSITY SMART STREET SYSTEM -GOVT Polytechnic for women kadapa
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FINGER PRINT BASED VOTING SYSTEM
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GPT NANDYAL COMPONENTS USED: ARDUINO MEGA FINGERPRINT SENSOR 4*4 MATRIX KEYPAD PUSH BUTTON 16*2 LCD DISPLAY BUZZER Abstract: In this project, we propose a fingerprint-based voting system using Arduino Mega along with additional components such as a fingerprint sensor, 4x4 matrix keypad, push button, 16x2 LCD display, and a buzzer. The system aims to provide a secure and efficient method for conducting voting processes while ensuring the integrity and authenticity of each vote cast. The key components used in this system are: Arduino Mega: Serves as the main control unit for processing data and controlling the interaction between various components. Fingerprint Sensor: Used to authenticate voters before allowing them to cast their votes. Each voter's fingerprint is unique, ensuring that only authorized individuals can participate in the voting process. 4x4 Matrix Keypad: Provides a user interface for voters to input their choices or navigate through the system menus. Push Butto...
RFID AND FINGERPRINT BASED ATTENDANCE ALERT SYSTEM
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GPT NANDYAL COMPONENTS USED: ARDUINO MEGA FINGERPRINT SENSOR 4*4 MATRIX KEYPAD 16*2 LCD DISPLAY BUZZER GSM MODULE EM18 RFID READER RFID CARDS Abstract: This project presents an advanced attendance management system using Arduino Mega along with key components such as a fingerprint sensor, 4x4 matrix keypad, 16x2 LCD display, buzzer, GSM module, EM18 RFID reader, and RFID cards. The system offers a robust and efficient method for tracking attendance using both fingerprint and RFID card authentication methods, along with real-time attendance alerts through GSM communication. The main components utilized in this system are: Arduino Mega: Serves as the central processing unit to manage data flow and control interactions between various modules. Fingerprint Sensor: Used for biometric authentication to verify the identity of individuals during attendance marking. 4x4 Matrix Keypad: Provides an alternative input method for users in case they do not have their RFID cards or need...
1SOLAR TRACKER , 2.INTENSITY BASED SMART STREET LIGHT SYSTEM
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1.SMART SHOPPING TROLLY 2. RF COMMUNICATION BASED ROAD ACCIDENT DETECTION SYSTEM
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REMOTE OVERRIDE OF TRAFFIC LIGHT SIGNAL FOR EMERGENCY VEHICLES
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