A SYSTEM FOR CREATING AN ADAPTIVE DEVICE-TO-DEVICE TRANSFER CHAIN ​​BASED ON BATTERY, MOVEMENT STABILITY, AND RELIABILITY SCORE IN DISASTER SITUATIONS.

Abstract

The invention is a system that establishes an adaptive communication network between user devices, vehicles, and UAVs in situations where the base station infrastructure is insufficient during a disaster. The system includes a Sidelink Communication Module (1), a Multi-Criteria Relay Selection Unit (2), a Motion Stability Analyzer (3), a Confidence Score Calculation Module (4), a Battery Monitoring and Estimation Unit (5), and a Dynamic Chain Management Unit (6). The system links relay selection not only to signal strength but also to a multi-dimensional evaluation mechanism based on battery level, motion stability, and confidence score. In this way, devices with low battery or moving at high speed are not selected as relays, thus increasing the continuity and reliability of the network.

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