MATLAB Implementation of RAKE Receiver
MATLAB implementation of a RAKE receiver featuring correlation-based channel estimation algorithms for signal reception
64QAM Digital Predistortion Implementation
64QAM Digital Predistortion Program with superior distortion compensation performance, featuring algorithm optimization and practical code implementation insights.
Variance of OFDM Frequency Offset Estimation Error with MATLAB Implementation
A functional MATLAB program for calculating the variance of OFDM frequency offset estimation error, complete with result visualization capabilities and algorithm analysis
MATLAB Implementation of QPSK Modulation and Demodulation
A MATLAB program for implementing QPSK modulation and demodulation with detailed signal processing algorithms.
Spatial Wireless Channel Modeling
MATLAB implementation for spatial wireless channel modeling featuring multipath delay, Doppler effects, angle spread (Laplacian distribution), and MIMO support with channel matrix generation capabilities.
Multiple Access Protocol Simulation
Application Context: Avoids multiple users simultaneously attempting to access the same physical channel by scheduling users for transmission. Users transmit data sequentially according to the scheduling order, ensuring successful transmissions. Sche
Constellation Diagram Modulation Program for MASK (2,4,8) Signals
Implementation of constellation diagram modulation for MASK (2,4,8) signals with code-level execution details
BPSK Simulation over AWGN Channel
A comprehensive MATLAB simulation of BPSK modulation over AWGN channel, featuring complete functionality with code implementation details including signal generation, modulation/demodulation processes, and BER performance analysis.
Simulation of a 16APSK Modulation and Demodulation Transmission System
This simulation investigates a transmission system employing 16APSK modulation and demodulation. The 16APSK modulation technique offers a high data transmission rate but is also characterized by a relatively high Bit Error Rate (BER).
OFDM Documentation with Comprehensive Code Explanations
Excellent OFDM documentation featuring detailed explanations for each code segment, including algorithm implementations and key function descriptions.
Newton-Raphson Power Flow Calculation for IEEE-6 Bus System
Implementation of Newton-Raphson power flow algorithm for IEEE-6 bus system using a generalized computational approach, featuring practical applications for power system analysis.
Wireless Sensor Network Node Lifetime, Gateway Count, Network Bottlenecks and Gateway Simulation
Analysis of wireless sensor network node lifetime, gateway quantity optimization, network bottleneck identification, and gateway simulation methodologies
Channel Capacity of Pulse Position Modulation (PPM)
Calculation of PPM channel capacity under no-background-noise conditions, including algorithm implementation and code-based modeling approaches.
Complete OFDM System Implementation
Comprehensive OFDM program suite including modulation, demodulation, BER testing, eye diagram analysis, power spectrum analysis with MATLAB/Python code implementation examples
TCM Encoding Modulation End with 8PSK and 2/3 Rate Convolutional Code
MATLAB implementation of TCM encoding modulation end utilizing 8PSK modulation and 2/3 rate convolutional coding for enhanced error correction capability
Wireless Sensor Network Localization Systems
Research on ranging and localization methods, including RSSI, utilized in wireless sensor network positioning systems
Three-Dimensional Surface Plot using Wigner-Ville Distribution
3D surface visualization of Wigner-Ville Distribution for frequency-hopping signals, including STFT-based time-frequency analysis and spectrogram generation of Wigner-Ville Distribution for FH signals
Artificial Intelligence-Based MATLAB Code for PAPR Reduction in OFDM Systems
This MATLAB code implements intelligent algorithms to reduce Peak-to-Average Power Ratio (PAPR) in Orthogonal Frequency Division Multiplexing (OFDM) systems using artificial intelligence and adaptive optimization techniques.
Beam3D: MATLAB Spatial Beam Element Finite Element Source Program
Beam3D is a MATLAB-based spatial beam element finite element analysis source code designed for structural engineering simulations.
MATLAB Implementation of RAKE Receiver with Code Explanation
RAKE receiver MATLAB implementation featuring clear, understandable code from a renowned American professor. This implementation includes detailed algorithm explanations and key function descriptions. For technical inquiries, contact: 02212090@bjtu.e