Video Inter-Frame Motion Estimation Coding
Video inter-frame motion estimation coding based on optical flow field equations, including fundamental optical flow calculation functions with practical implementation examples and algorithm explanations
Professional MATLAB source code with comprehensive documentation and examples
Video inter-frame motion estimation coding based on optical flow field equations, including fundamental optical flow calculation functions with practical implementation examples and algorithm explanations
This article introduces the encoding and decoding principles of digital fountain codes, covering LT codes and Raptor codes, with a concluding simulation of LT codes. Highly valuable for beginners to understand and learn, with code-related implementat
Implementation of ITU-standard multipath channel based on SCME model, suitable for LTE systems. Contains primarily MATLAB code with two optional C implementations for performance optimization.
Simulation of TOA (Time of Arrival) and RSSI (Received Signal Strength Indicator) localization algorithms using CRB (Cramér-Rao Bound) and MLE (Maximum Likelihood Estimation) estimators under Gaussian distribution and log-normal path loss models, inc
A comprehensive MATLAB simulation program for convolutional code encoding and decoding, featuring detailed source code with algorithm explanations and implementation details
MIMO multipath channel simulation program with transmitter and receiver correlation computation, conforming to non-physical MIMO channel models with practical code implementation
Implementation of wireless sensor energy protocols demonstrating significant performance improvements compared to existing neighbor discovery algorithms, featuring optimized energy management through efficient scheduling and routing mechanisms.
Comprehensive simulation of spread spectrum communication systems including complete signal modulation, demodulation, and despreading processes in a full communication chain
A MATLAB-implemented forward-backward sweep power flow calculation program for distribution networks using the IEEE 33-node test system as an example, capable of handling looped network configurations with detailed algorithm implementation and nodal
Monte Carlo simulation of communication systems using system outage probability analysis
1. This folder contains all programs for two experiments: classical power spectrum estimation and adaptive equalization algorithms. 2. R.m, LMS.m, and LMSmain.m are programs for adaptive equalization algorithms: R.m computes the autocorrelation matri
Calculate Peak-to-Average Power Ratio (PAPR) for OFDM symbols and plot Complementary Cumulative Distribution Function (CCDF) curves, with comprehensive coverage of OFDM system components including encoding/decoding, synchronization, and performance e
This program provides simulation methods for calculating ambiguity functions of linear frequency modulated (LFM) signals, Barker code biphase-encoded signals, and pulse signals, implementing key signal processing algorithms with parameter customizati
MATLAB implementation of QAM modulation/demodulation with Rayleigh channel modeling and additive white Gaussian noise (AWGN) simulation
A comprehensive OFDM bit error rate simulation program for QPSK systems, consisting of MATLAB implementation files including comb.m, delay.m, fade.m, giins.m, girem.m, ofdm_fading.m, qpskdemod.m, qpskmod.m, and sefade.m, implementing complete OFDM ch
This is a time-frequency analysis program implementing Gabor transform, which demonstrates excellent frequency separation capabilities. The Gabor transform parameters include constants a and b, where a represents the grid interval length and b repres
MIMO-OFDM channel estimation implementation with performance comparison between Least Squares (LS) and Linear Minimum Mean Square Error (LMMSE) estimation algorithms, including MATLAB code structure and key parameter considerations.
This article explains the modulation principles of GSM signals and provides a MATLAB simulation program for signal generation, including key technical implementations and algorithm descriptions.
Implementation of Method of Moments for antenna radiation field calculation with comprehensive technical documentation
This project presents an OFDM modulation model employing 16QAM scheme, along with detailed carrier synchronization methodology specific to this modulation approach. Each implementation step includes comprehensive English explanations, code structure