Wireless Synchronization Using ISI-Free Interval Detection

The patent extracts and removes the complex normalization operation hardware from the frame synchronization process. By identifying that normalization is not essential for achieving synchronization accuracy, the design eliminates this hardware component, thereby reducing device complexity while maintaining synchronization reliability through alternative methods such as direct correlation detection and peak identification algorithms.

The patent replaces complex, expensive hardware normalization circuits with simpler, software-based processing approaches. By using computationally efficient algorithms that can be implemented in standard processors rather than dedicated hardware, the system achieves the same synchronization functionality with lower hardware requirements and reduced cost.

The patent removes the normalization operation from the frame synchronization process by demonstrating that it is not a necessary step for achieving accurate synchronization. The system achieves comparable or superior precision through direct signal correlation and peak detection methods, eliminating the need for separate normalization hardware and reducing overall system complexity.

The patent changes the processing approach by altering the mathematical operations performed during synchronization. Instead of performing normalization followed by correlation, the system uses modified correlation algorithms that inherently account for signal energy variations, thereby achieving the same precision effect without the explicit normalization step and associated hardware complexity.

The patent segments the synchronization process into distinct, optimized stages: signal reception, correlation computation, peak detection, and frame start identification. By dividing the overall process into manageable segments with specialized algorithms for each stage, the system achieves high synchronization accuracy while minimizing total processing time through efficient resource allocation and parallel processing where applicable.

The patent applies partial action by performing correlation detection only on relevant signal portions and using early termination strategies when sufficient synchronization information is obtained. Instead of processing the entire signal duration with full computational complexity, the system identifies and processes only the critical segments needed for accurate frame synchronization, thereby reducing overall processing time while maintaining reliability.