Communication Apparatus Automatic Base Station Position Registration

The system enables self-service by allowing base stations to automatically register their own position information with the information management apparatus. Each base station transmits its identification and position data autonomously when it detects a movement amount exceeding a threshold, eliminating the need for manual registration and reducing maintenance complexity while maintaining information accuracy.

The system implements feedback mechanisms where the information management apparatus monitors base station position changes and automatically updates registered information when movements are detected. The movement detection unit continuously monitors position data and triggers automatic updates, creating a closed-loop system that maintains accuracy without manual intervention.

The system performs preliminary action by pre-setting position thresholds for each base station. When a base station moves beyond its predetermined threshold range, the system automatically detects and registers the position change. This pre-configured threshold mechanism enables rapid automatic updates without requiring manual verification or processing time.

Base stations autonomously monitor their own position changes and automatically transmit updated information when movements exceed thresholds. This self-service capability eliminates the need for manual update operations, significantly reducing the time required to maintain accurate base station information while new base stations are added or existing ones move.

The system applies local quality by setting individual position thresholds for each base station based on its specific characteristics and environment. Instead of uniform continuous monitoring, each base station has its own customized threshold that triggers monitoring and update operations only when necessary, optimizing resource consumption while maintaining detection accuracy for position changes that matter.

The system performs partial monitoring by only actively tracking base stations that have moved beyond their predetermined thresholds rather than continuously monitoring all base stations at all times. This partial action approach reduces system resource consumption by focusing computational and communication resources only on base stations with significant position changes, while still maintaining accurate detection of relevant movements.