Ad-hoc Wireless Node Resource Allocation Scheduling

The patent implements preliminary action by having nodes exchange resource allocation schedules before actual data transmission occurs. Each node determines time slots, frequencies, and codes in advance through schedule exchange messages, ensuring that transmission resources are pre-coordinated to avoid collisions while maintaining network autonomy without centralized base station control.

The patent implements feedback mechanisms through schedule exchange messages where nodes transmit their intended resource allocation schedules to other nodes. Receiving nodes provide feedback by acknowledging schedules or requesting modifications, enabling iterative coordination that resolves potential collisions while preserving distributed network operation.

The patent segments the resource allocation process into discrete components: time slots, frequencies, and codes are separately assigned and managed. The schedule exchange messages are divided into specific message types (schedule announcement, schedule acknowledgment, schedule modification request), allowing complex resource coordination to be handled through modular, manageable message exchanges rather than monolithic coordination protocols.

The patent implements periodic action by establishing recurring schedule exchange cycles where nodes periodically transmit and update their resource allocation schedules. This periodic coordination ensures that resource allocations remain current and collisions are prevented through regular schedule synchronization, while the rhythmic nature of the exchanges makes the complexity predictable and manageable.

The patent implements self-service by enabling nodes to autonomously determine and manage their own transmission resources based on exchanged schedule information. Each node independently selects time slots, frequencies, and codes from the coordinated schedule without requiring continuous centralized control, allowing the network to adapt to node mobility and failures while maintaining collision avoidance through distributed schedule management.

The patent uses resource allocation schedules as an intermediary mechanism that enables coordination between nodes without requiring direct centralized control. The schedules act as a mediator that carries coordination information between nodes, allowing them to achieve collision-free operation through indirect coordination via the schedule messages rather than direct base station commands.