Wireless Network Selection via Channel Environment Feedback

The patent implements feedback by continuously monitoring wireless environment parameters (SINR, network load) and using this information to adjust network selection decisions. The device receives feedback about actual channel conditions and uses this to determine whether to switch networks, ensuring that selection decisions are based on real-time conditions rather than static maximum rate capabilities alone.

The patent applies dynamics by making the network selection criteria adaptive rather than fixed. The device dynamically adjusts its network selection based on changing wireless environment conditions, transitioning from a static maximum rate-based selection to a dynamic selection that responds to real-time SINR and network load variations, thereby guaranteeing reliable data transmission rates.

The patent transforms the static fixed priority method into a dynamic selection process. While maintaining the simplicity of priority-based selection, it adds adaptability by incorporating real-time wireless environment parameters. The device uses priority as a base framework but dynamically adjusts network selection based on measured SINR and network load conditions, achieving both ease of operation and environment adaptability.

The patent changes the parameters used for network selection from static priority values alone to a combination of priority values and dynamic wireless environment parameters (SINR, network load). By modifying the selection criteria to include these additional parameters, the system maintains operational simplicity while gaining adaptability to actual wireless conditions.