Design of an RF Communication Strategy for Verification of Human Beings in an Educational Institution
Keywords:
Access control, Biometric verification, Educational security, Performance evaluation, privacy concerns, Radio Frequency (RF) communication, Radio Frequency Identification (RFID), System architectureAbstract
This paper presents a novel Radio Frequency (RF) communication strategy tailored to verify human beings within an educational institution. The proposed design enabled RFID (Radio Frequency Identification) technology integrated with an advanced biometric system to enhance security and streamline personnel verification processes. The system employs passive RFID tags assigned to authorized personnel, including students and staff, which contain encrypted identification data. Specialized RFID readers installed at strategic entry points detect these tags and communicate with a central server to authenticate identities against registered biometric data, ensuring only authorized access. The paper discusses the technical architecture, system deployment, and security protocols, aiming to address privacy concerns while maintaining a high throughput verification process. Performance evaluation based on simulation and pilot testing within a controlled environment shows promising accuracy, speed, and scalability results, suggesting that the system could effectively enhance security measures in educational institutions. The potential implications for policy, privacy, and practical deployment are also examined, providing a comprehensive blueprint for institutions implementing RF-based verification systems.
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