Direct Spread Spectrum Using Walsh Codes
Implementation code for direct spread spectrum using Walsh codes, provided by instructor with apparent simplicity
Professional MATLAB source code with comprehensive documentation and examples
Implementation code for direct spread spectrum using Walsh codes, provided by instructor with apparent simplicity
Comprehensive LTE link simulation codebase that provides significant assistance in understanding LTE technology principles and implementations. This resource includes complete simulation environments and algorithm demonstrations.
This main function source code implements AAF (Adaptive Amplify-and-Forward) and DAF (Decode-and-Forward) cooperative diversity schemes in Rayleigh fading channel environments, demonstrating key signal processing techniques for performance enhancemen
Implementation of power line communication channel modeling with simulation in OFDM modulation system environment, including MATLAB-based modeling approaches and performance analysis algorithms.
Extraction of seven instantaneous information-based signal features implemented through MATLAB algorithms: maximum value of zero-centered normalized instantaneous amplitude power spectral density, standard deviation of zero-centered normalized instan
This MATLAB-based program implements 2DPSK modulation and demodulation algorithms with full verification and executable functionality. The implementation includes comprehensive digital signal processing functions for both modulation and demodulation
MIMO communication channel capacity simulation program implementing Monte Carlo algorithms for multiple iterations to compute ergodic channel capacity, with detailed code-level explanations of signal processing and statistical averaging methods.
This MIMO-OFDM system simulation implements a 2x2 transceiver configuration with 64 OFDM subcarriers, utilizing iterative detection algorithms for MIMO processing. The simulation provides insights into MIMO-OFDM system operations and iterative receiv
Source code for FDTD calculation of 2D electromagnetic pulses using Gaussian-modulated waveforms. This implementation provides valuable insights into electromagnetic pulse propagation and includes adjustable parameters for amplitude, frequency, and p
Comprehensive study on cognitive radio spectrum sensing technologies, featuring cyclic detection methods, periodic detection approaches, simulation programs with implementation code, and detailed results analysis.
Direct Sequence Spread Spectrum Communication System including modulation, demodulation processes, and spectral characteristics of various signals. Implementation typically involves pseudo-noise sequence generation, signal spreading techniques, and c
Implementation of pulse shaping for classical OFDM systems, featuring MATLAB source code compatible with both Windows and MacOSX platforms. Includes implementations of rectangular window shaping, half-cosine shaping, Gaussian function shaping, and Is
Performance comparison of hard decision decoding, maximum likelihood decoding, and sum-product decoding algorithms for (7,4) Hamming code - complete with MATLAB implementation code included after the main document. This serves as excellent learning m
Custom-developed LT digital fountain code decoding and testing program with algorithm implementation details
RAKE receiver link generation implementation featuring short code generation, long code creation, Hadamard transform, Rayleigh channel modeling, and multipath fading simulation with code-level explanations.
Simulation of Minimum Mean Square Error (MMSE) and Signal-to-Noise Ratio (SNR) algorithms to obtain optimal weights for adaptive filtering, achieving anti-interference capabilities through computational optimization
Complete MATLAB source code for 8PSK modulation and demodulation implementation, featuring full program structure and algorithm details.
LEACH simulation implementation featuring cluster head counting, network lifecycle evaluation, and excellent performance results
This MATLAB-based program performs comprehensive modulation simulations for BPSK, QPSK, and 8PSK schemes, with modular architecture supporting easy extension to MPSK and MQAM. The implementation comprises three core components: phase.m handles pulse
Cell initial search represents a fundamental procedure in GSM systems. This MATLAB program implements the second phase of GSM cell search, specifically designed to detect synchronization bursts (SCH) and perform timing synchronization. The algorithm