Theoretical BER Performance of BPSK Coherent Demodulation in Single-Path Rayleigh Channel with Implementation Analysis

(1) Derive theoretical bit error rate (BER) performance for BPSK coherent demodulation in single-path Rayleigh channels, including mathematical formulation and SNR-BER relationship plotting using MATLAB's theoretical functions. (2) Design a time-division pilot-assisted channel estimation method, implement Simulink simulation with BER measurement, plot SNR-BER curves, and conduct comparative analysis with theoretical results through Monte Carlo simulation techniques.

Two-Transmit One-Receive STBC in Single-Path Rayleigh Channel

7. Two-Transmit One-Receive STBC in Single-Path Rayleigh Channel: (1) Analyze theoretical bit error rate performance and plot BER vs. Eb/N0 curves. (2) Design a specific pilot-assisted channel estimation method, implement Simulink simulation, and measure BER performance under BPSK modulation. Plot MSE of channel estimation vs. Eb/N0 curves and BER vs. Eb/N0 curves.

STBC with Two Transmitters and One Receiver in Single-Path Rayleigh Channel

STBC with Two Transmitters and One Receiver in Single-Path Rayleigh Channel: Simulink simulation for measuring Bit Error Rate performance with BPSK modulation. Plotting the relationship curves between Bit SNR vs. Channel Estimation Mean Square Error and Bit SNR vs. Bit Error Rate. Includes theoretical analysis and implementation details.

Doppler Classical Spectrum

Simulink code implementation using MATLAB Function block to generate a single-path Rayleigh channel with classical Doppler spectrum, featuring a mobile velocity of 120 km/h, including theoretical description of Doppler classical spectrum