Channel Access Switching in Wireless Systems

The patent applies parameter changes by dynamically adjusting the LBT execution decision based on the resource allocation size. When the resource allocation is below a threshold, LBT is skipped; when above the threshold, LBT is performed. This conditional parameter change resolves the contradiction by adapting the channel access behavior to the specific transmission requirements, ensuring reliability for large allocations while reducing latency for small allocations.

The patent implements dynamics by making the LBT execution decision flexible and adaptive rather than static. The base station dynamically determines whether to perform LBT based on real-time resource allocation conditions indicated by DCI or RRC configuration. This dynamic approach allows the system to optimize between reliability and latency depending on the current transmission scenario.

The patent changes the operational parameter of LBT execution from a fixed mandatory action to a conditional action based on resource allocation size. This parameter change enables the system to maintain fair spectrum usage for significant transmissions while improving channel access efficiency by skipping LBT for minor transmissions, thus resolving the contradiction between fairness and efficiency.

The patent applies partial action by performing LBT only when necessary (for larger resource allocations) rather than for all transmissions. This selective approach ensures fair spectrum usage is maintained for substantial transmissions while avoiding the excessive overhead of LBT for every single transmission, thereby improving overall channel access efficiency.