Communication Apparatus Phase Vector Slot Allocation

The patent applies local quality by allowing each communication apparatus to use its own unique phase vector for peak suppression rather than requiring all devices to use identical phase vectors. This localized differentiation enables each device to maintain its own peak suppression characteristics while avoiding signal collisions with other devices operating in the same network, thus resolving the contradiction between device complexity and collision avoidance.

The patent implements preliminary action by pre-allocating unique phase vectors to each communication apparatus before they begin transmitting signals. This preliminary differentiation eliminates the need for real-time carrier sensing and CSMA collision avoidance mechanisms, as signals are inherently distinguishable from the start. Consequently, the system achieves reliable collision-free communication without the processing delays associated with continuous sensing and arbitration.

The patent applies segmentation by dividing the communication cycle into distinct control signal domains and data signal domains, with further segmentation of data slots within the data domain. Each data slot is uniquely allocated to specific communication apparatuses based on their phase vectors. This structured segmentation enables efficient slot allocation that satisfies delay requirements while maintaining manageable device complexity through clear domain boundaries and systematic resource distribution.