Explore MATLAB source code curated for "模拟" with clean implementations, documentation, and examples.
This package enables communication with Arduino boards connected to your computer to perform analog and digital input operations through standardized MATLAB functions and data acquisition protocols.
A ready-to-run Monte Carlo light scattering simulation program featuring randomly distributed particles. Includes straightforward documentation with implementation insights into particle distribution algorithms and scattering calculations.
OFDMA Resource Allocation Simulations implementing a low-complexity proportional fairness algorithm with performance evaluation metrics and resource optimization techniques for wireless communication systems
MATLAB program for simulating transmission characteristics of indoor wireless infrared communication systems with comprehensive parameter analysis and optimization capabilities
This implementation provides comprehensive tools for designing and simulating Quadrature Mirror Filter (QMF) banks, featuring parameterized filter design, frequency response analysis, and GUI-based visualization for digital signal processing applications.
This Simulink model implements a complete 16-QAM communication chain featuring root-raised cosine pulse shaping, matched filtering, and symbol timing recovery. The system demonstrates modulation/demodulation processes with configurable timing offset analysis and supports performance evaluation through BER measurements and constellation visualization.
MATLAB simulation framework for Cooperative MIMO relaying systems with comprehensive channel modeling and performance analysis capabilities
This MATLAB code simulates Bit Error Rate (BER) performance in Multi-Carrier Code Division Multiple Access (MC-CDMA) systems operating over Nakagami-m fading channels, including complete implementation with parameter configuration, signal generation, channel modeling, and BER calculation.
Hybrid programming between Excel and MATLAB using Exlink to implement regression and simulation analysis, along with several interpolation calculation mini-programs including Lagrange interpolation, Newton interpolation, and cubic spline interpolation methods.
This method employs regular grids for wave field simulation, implementing a second-order accuracy scheme for solving first-order acoustic wave equations with optimized computational efficiency.