RE: Wireless Synchronization System Based on the Alignment Principle

Shinya Sakaida — Fri, 12 Jun 2026 04:21:54 GMT

The operating principle of this wireless synchronization system is explained below.

This wireless synchronization system is based on a fully distributed mechanism in which each node periodically transmits a synchronization request signal, while all nodes perform reception at intervals that are integer multiples of the transmit period.

Through this shared behavior, synchronization emerges naturally across all nodes without requiring any master node or explicit coordination.

Since multiple nodes may transmit their synchronization signals at nearly the same time, signal collisions can occur. Nevertheless, the system remains robust by leveraging the **capture effect**.

When multiple signals overlap, the receiver locks onto a single signal that arrives slightly earlier or exhibits a relatively stronger signal strength. Once locked, the receiver continues to demodulate that signal preferentially, while other overlapping signals are effectively suppressed.

This enables reliable synchronization even under collision conditions.

This system follows a fundamental concept in which the collective execution of identical synchronization behavior results in spontaneous alignment across the network. We refer to this as the **“alignment principle.”**

In this context, the capture effect acts as a key physical-layer mechanism that suppresses mutual interference and contributes to the stability and scalability of the overall system.

2026/6/12
Shinya Sakaida

RE: Wireless Synchronization System Based on the Alignment Principle

Sigurd — Tue, 10 Feb 2026 13:19:46 GMT

Thanks for sharing