BLE Electronic Device Adaptive Transmission Scheme

The patent applies dynamics by making the transmission scheme adaptive rather than static. The electronic device dynamically selects between first transmission scheme (for high-capacity signals) and second transmission scheme (for other signals) based on signal characteristics. This dynamic adaptation resolves the contradiction by optimizing connection speed for high-capacity signals while maintaining simplicity for other cases.

The patent changes transmission parameters based on signal type. By identifying whether a signal is high-capacity and high-quality, the system adjusts transmission parameters (such as modulation scheme, coding rate, or protocol settings) to reduce connection delay. This parameter adaptation allows the system to achieve faster connections for critical signals without unnecessarily complicating the overall transmission process.

The patent segments the transmission process into distinct phases: signal identification, scheme selection, and execution. By dividing the complex transmission process into manageable segments, the system can apply optimized schemes only where necessary (for high-capacity signals) while keeping other transmissions simple. This segmentation improves communication efficiency for critical signals without unnecessarily complicating the entire transmission process.

The patent implements feedback mechanisms to determine whether a transmitted signal achieved high capacity and quality. This feedback information is used to adjust subsequent transmission decisions. The feedback loop allows the system to learn from previous transmissions and optimize future communications, improving overall efficiency while managing complexity through data-driven decision-making.