cepstrun.m

The file lib_crc.c contains source code for functions to calculate five commonly used CRC values: CRC-16, CRC-32, CRC-DNP, CRC-SICK, CRC-Kermit and CRC-CCITT. The functions can be freely used.

用空间平滑music算法对波达方向（DOA）信号进行DOA估计的matlab程序。(Music by spatial smoothing algorithm for direction of arrival (DOA) signal DOA estimation matlab program.)

考虑章动、极移、岁差下历元时刻月球在瞬时平天球坐标系，J2000协议地固系，WGS-84坐标系下的位置速度矢量及转换的matlab源程序(Consider nutation, polar motion, precession next epoch in the instantaneous level of the moon celestial coordinate system, J2000 protocol to the solid line, the position and the velocity vector conversion WGS-84 coordinate system matlab source)

the programme for the transform between decimal and binary

图像加密，使用量logistic混沌映射对图像进行了加密和解密，可以直接运行(Image encryption, usage logistic chaotic map for image encryption and decryption, you can directly run)

说明：  描述了采用卷积码的QPSK系统的代码编写，通过运行代码可以看到系统性能(bpsk)

Pitch control for a wind conversion chain

说明：  本文研究了有限反馈下基于博弈论的联合功率分配与反馈速率控制优化问题。通过建立新的博弈模型，证明了其纳什均衡的存在性。同时，根据功率与反馈速率的关系，提出了一种迭代算法，可快速收敛到博弈不动点。仿真结果表明，联合优化算法的性能优于单单考虑反馈速率的算法。(In this paper, under the limited feedback joint power allocation based on game theory and feedback rate control optimization problems. Through the establishment of a new game model proved its existence of Nash equilibrium. Meanwhile, according to the relationship between power and the feedback rate proposed an iterative algorithm can quickly converge to a fixed point game. Simulation results show that the performance of joint optimization algorithm is superior to just consider the feedback rate of the algorithm.)

说明：  《基于多智能体系统一致性算法的电力系统分布式经济调度策略》 基本复现了该文献的模型。 采用一致性算法对电力系统经济调度进行了分布式计算。(Distributed economic dispatch strategy of power system based on unified algorithm of multi-agent system The model of this paper is basically reproduced. The consistency algorithm is used to calculate the economic dispatch of power system.)

C实现应用程序框架的经典代码C application framework to achieve the classic code(C application framework to achieve the classic code)