Channel Allocation Device Guard Band Interference Management

The patent applies local quality by classifying guard band channels into different types (first type and second type) based on their interference characteristics. First type channels are allocated when interference with adjacent systems is acceptable, while second type channels are allocated when interference must be minimized. This localized differentiation allows the system to optimize spectrum utilization in specific frequency regions while maintaining protection for adjacent systems in other regions.

The patent changes the parameter of channel allocation by introducing channel type classification and corresponding allocation rules. The system dynamically selects which type of channel to allocate based on current interference conditions and system requirements, transforming a static allocation approach into a dynamic parameter-based strategy that balances productivity and interference control.

The patent segments the channel allocation process into distinct types (first type and second type channel allocation) with specific rules for each. This segmentation allows the system to manage complexity by creating standardized allocation procedures for different scenarios, making the overall operation easier while maintaining precise interference control through the structured classification framework.

The patent introduces channel type classification as an intermediary layer between the simple allocation decision and the complex interference control requirements. This intermediary structure provides a systematic framework that simplifies operation by offering clear allocation rules for each channel type, while simultaneously achieving precise interference control through the differentiated treatment of first and second type channels.