Network-Side Transmission Function Adaptation for Edge Computing

The patent applies universality by enabling general-purpose servers to perform multiple functions: they can execute applications for edge computing and simultaneously perform transmission functions (frame synchronization, error correction, line coding) that were traditionally dedicated to specialized communication apparatuses. This multi-functionality eliminates the need for separate dedicated apparatuses in each access station, reducing facility costs while maintaining low latency through local processing.

The patent merges the application execution function and transmission function processing into a single integrated system at the access station. By combining these functions that were previously separated into different dedicated apparatuses, the system achieves edge computing capabilities with reduced equipment complexity and lower facility costs while maintaining the low latency required for real-time applications.

The patent applies parameter changes by dynamically adjusting transmission function parameters (such as error correction strength, frame synchronization thresholds, line coding methods) based on current network conditions and application requirements. This allows the system to use higher computation algorithms only when necessary to achieve required reliability levels, rather than consistently using maximum-computation algorithms, thereby reducing overall computational energy consumption while maintaining adequate frame reception rates and error rates.

The patent implements dynamics by making transmission function computation levels adaptive rather than static. The system can dynamically switch between different computation intensities for transmission functions based on real-time conditions, allowing it to optimize the balance between reliability (frame reception rate and error rate) and computational energy usage, rather than being locked into a fixed high-computation mode.