GaborTr

为数字仿真处理软件，包括BASK，BPSK和BFSK，包括coherent和non-coherent两种方式(Processing software for digital simulation, including the BASK, BPSK and BFSK, including coherent and non-coherent two ways to)

说明：  差分编码子程序,在调治之前对信号进行差分编码(differential coding subroutine, prior to the modulating signal differential coding)

庆安地区电网资料 该文为庆安地区电网的数据 可作为毕业设计 研究生课题 进行潮流计算 和 网络优化(In this paper, Regional Network Information Qingan Qing' an area network for the data can be used as the subject of graduate student graduation and network optimization of power flow calculation)

用Visual Basic实现串行通信及其在直流调速系统中的应用.pdf(with Visual Basic and its serial communication system DC converter applications. Pdf)

Removed kswapd_ctl limits, and swap out as many pages as needed to bring the system back to freepages.high: 2.4.97, Rik van Riel.

按照给定的差分格式编程实现求出数值解；结合格式的相容性和收敛性条件简单分析计算结果。(Numerical solution obtained in accordance with the given differential format programming combined format compatibility and convergence conditions simple analysis of the calculation results.)

光伏发电模型,能实现光伏最大功率点跟踪,可以跑出仿真(Photovoltaic power generation model can realize maximum power point tracking of photovoltaic)

是计算电力系统潮流计算的很好的而功能软件(Calculation of Power Flow Calculation is very good and functional software)

用MATLAB实现感知器算法，智能优化实验(Perceptron Algorithm with MATLAB implementation, intelligent optimization experiments)

信号稀疏表示是一种新兴的信号分析和综合方法，其目的就是在过完备字典中用尽可能少的原子来表示信号。采用时频原子字典的信号稀疏表示能够有效地揭示非平稳信号的时变特征。信号稀疏表示吸引了研究者的大量关注，这种方法已经被应用到信号处理的许多方面，例如非平稳信号分析，信号编码、识别与信号去噪等。(Signal sparse representation is a new method of signal analysis and synthesis, and its purpose is in over-complete dictionary of atoms using as little as possible to represent the signal. When using frequency atom dictionary signal sparse representation can effectively reveal the time-varying characteristics of non-stationary signals. Signal sparse representation attracted a lot of attention of researchers, this method has been applied to many aspects of signal processing, such as non-stationary signal analysis, signal encoding, recognition and signal denoising.)