Power Plant Turbine-Boiler Load Control System
A simulation program for power plant turbine-boiler regulation control, designed to model dynamic processes during unit load variations with configurable operational scenarios.
Explore MATLAB source code curated for "程序" with clean implementations, documentation, and examples.
A simulation program for power plant turbine-boiler regulation control, designed to model dynamic processes during unit load variations with configurable operational scenarios.
BPSK modulation and demodulation bit error rate simulation program with detailed documentation and code implementation for reference
A corrected and optimized surface fitting program with enhanced accuracy and reliability, featuring improved computational efficiency and user-friendly implementation
This program generates normally distributed random numbers, which is highly useful for simulating data that follows or approximately follows a normal distribution in practical production scenarios. The implementation typically utilizes statistical algorithms like the Box-Muller transform or built-in functions such as randn() in MATLAB for efficient generation.
A MATLAB-based curve fitting wizard program designed to simplify and automate the curve fitting process using advanced algorithms and interactive tools.
This program demonstrates Costas loop functionality, which may be useful for signal processing applications
This echo cancellation program features comprehensive annotations and effectively eliminates echo artifacts through advanced signal processing techniques, providing clear implementation insights for developers.
A highly practical MATLAB program for Markov Decision Process implementation featuring multiple algorithms and analytical tools
This MATLAB-based program provides an effective solution for partial differential equations, featuring robust algorithms and user-friendly implementation for scientific computing applications.
This paper presents a comprehensive implementation of a channel capacity algorithm for MIMO (Multiple-Input Multiple-Output) systems, featuring detailed code structures and computational methodologies.