Co-location Interference Avoidance in Multi-Protocol Networks

The patent introduces a coordination mechanism that acts as an intermediary between multiple protocols sharing the communication medium. This coordinator manages access requests from different protocols (such as Bluetooth and Wi-Fi) and arbitrates their use of the shared medium, preventing simultaneous access that would cause interference. The coordinator ensures that only one protocol accesses the medium at a time, thereby maintaining communication reliability while allowing multiple protocols to coexist.

The patent implements a preliminary action mechanism where devices declare their intent to access the communication medium in advance. Before actually transmitting data, a device sends a declaration signal indicating its protocol type and intended access duration. Other devices and the coordinator receive this declaration and can prepare to avoid conflict by deferring their own access attempts during the declared time window, thus preventing interference before it occurs.

The patent employs a self-service approach where each protocol module within a device is responsible for generating its own access declarations and managing its own access requests. Rather than requiring a complex centralized controller to manage every detail, each protocol module autonomously declares its access needs and the device's coordinator simply arbitrates between these self-generated declarations. This reduces the complexity of the coordination mechanism while maintaining effective interference avoidance.