Explore MATLAB source code curated for "详细" with clean implementations, documentation, and examples.
This code implementation includes comprehensive explanations and is production-ready. The implementation has been thoroughly tested and demonstrates excellent performance in optimizing PID parameters using swarm intelligence principles.
This well-documented code implementation has been thoroughly tested and is ready for immediate use in solving TSP problems with ant colony optimization algorithms.
A teacher-developed program implementing the Lagrange multiplier method for constrained equation optimization, featuring comprehensive annotations that elucidate the mathematical algorithms and code structure.
Detailed implementation of particle filtering with comprehensive explanations! Beginners can easily understand the concepts through practical code examples and algorithmic breakdowns.
Target tracking is increasingly valued in both defense and civilian applications. JPDA (Joint Probabilistic Data Association) represents a classical algorithm in multi-target tracking. We provide a detailed JPDA implementation featuring clear code structure, comprehensive annotations, and practical examples suitable for beginners. The implementation demonstrates key concepts like measurement-to-track association and probabilistic data handling.
Comprehensive materials on target localization and tracking algorithms along with simulation programs, including detailed code implementations and explanations
Detailed MATLAB example for LDPC encoding with high practical value, including code implementation and algorithm explanations
Complete source code for Hilbert-Huang Transform featuring step-by-step explanations, ideal for beginners. Includes algorithm breakdowns and key function descriptions to facilitate learning and practical implementation.
Detailed MATLAB program for OFDM bit error rate calculation with BER curve plotting, including implementation of modulation schemes, channel modeling, and performance analysis algorithms
This program provides a comprehensive Simulink simulation model for WCDMA systems along with complete code implementation, detailing the entire simulation workflow including parameter configuration, channel modeling, transmitter processing, and receiver algorithms.