Matlab

tai lieu ve multiple input and multiple output

说明：  使用改进的Nyquist脉冲实现OFDM信号的PAPR抑制(Achieved using the modified Nyquist pulse inhibition of OFDM signal PAPR)

利用MATLAB编程实现数字滤波器的功能(Digital filters using MATLAB programming functions)

Arhives in matlab.if you use matlab and you need you create a botton you can use my file

由四个智能体组成的系统强连通拓扑结构，在无结构不确定性的条件下，系统一致性的仿真代码。(Made up of four agent system strongly connected topology, in the absence of structural uncertainty, the consistency of system simulation code.)

多径时变信道的仿真:单频信号经过多径时变信道 音频信号经过20条传播路径得到的时域及频域波形。 (Time-varying multipath channel simulation: the time domain and frequency domain waveforms single frequency varying channel audio signal through the multipath signal propagation path 20.)

GRAVITY Gravitational acceleration from Latitude and Z References: Gill, A. E., Atmosphere-Ocean Dynamics, Volume 30 of International Geophysics Series, Academic Press Inc., New York, 1982. Fofonoff, N. P., and R. C. Millard Jr., Algorithms for computation of fundamental properties of seawater. Unesco Tech. Pap. in Mar. Sci., No. 44, 54 pp.

说明：  对两组温度进行估计，并通过分布式卡尔曼滤波算法进行融合(Two sets of temperature are estimated and fused by distributed Kalman filter algorithm.)

在matlab中用程序语言实现qpsk的仿真与模拟，简单易懂，适合初学者参考。(Matlab programming language used in the simulation and realize QPSK simulation, easy to understand, is suitable for beginners reference. )

源于外文书籍。本自学指导书提供了： 􀁺 上手 MATLAB 的最快方法 􀁺 几百个带有解答过程的工作实例 􀁺 覆盖了 MATLAB7 􀁺 每章章末配有习题，提高学习质量，查漏补缺。 􀁺 书末附有最终测试题 􀁺 为学习和工作节省时间提高效率 《MATLAB 揭秘》对初学者很容易，对高手有挑战性，是通往计算精度的捷径。(Derived from foreign language books. This self-study guide book provides: the 􀁺 started MATLAB fastest method 􀁺 the hundreds of examples cover 􀁺 the end of the MATLAB7 􀁺 each chapter by chapter with exercises to improve the quality of learning, the leak filled with answers to the process of Attached to the end of the 􀁺 book final test questions the 􀁺 to save time and improve efficiency MATLAB Secret " it is easy for beginners to learn and work, challenging to master, is a shortcut leading to the calculation accuracy.)