Simulation of Time-Hopping Sequence Ultra-Wideband (TH-UWB) Communication System

Below is the source code for simulating Time-Hopping Sequence Ultra-Wideband communication. Although this code is concise, we can enhance its accessibility by adding detailed explanations to help more people understand its significance and applications.

Time-Hopping Sequence Ultra-Wideband (TH-UWB) is a short-range wireless communication technology capable of achieving high-speed data transmission even in environments with poor channel quality. This technique employs multiple pulse signals for data transmission, where each pulse's frequency varies randomly, thereby enhancing transmission security and anti-interference capabilities.

The code implements polynomial-based generation functions to create TH-UWB sequences. These sequences serve as pseudo-random codes for synchronization and timing in wireless communication systems. Key algorithmic components include polynomial coefficient manipulation for sequence generation and time-hopping pattern calculations. All variables and functions contain detailed annotations to clarify each line's purpose, including parameter initialization, sequence generation logic, and output formatting procedures.

We hope this code and its technical explanations will benefit those working on UWB communication system development and simulation.