applyhatch_pluscolor_bundle

如何在VC中利用matlab的资源呢？ 在这里我简要的以一个简单的例子来说明一下如果在VC中调用matlab中定义的.m文件。(how to use Matlab resources? Here, I briefly with a simple example to illustrate what if the VC called defined in Matlab. M documents.)

一本软硬件协同验证的书,介绍HDL 和如何使用CMODEL和SYSTEM C, 不同语言去做协同验证的资料。(A book of hardware and software collaborative verification of HDL and how to use the CMODEL and SYSTEM C, different languages to do validation data together.)

This demonstration is intended for people who know something about the theory of the discrete Fourier transform, and who would find it helpful to see some its properties demonstrated graphically, using a programming language. The demonstration shows the form of the Fourier components of a signal in 1-D and in 2-D, and shows how elementary filtering can be applied in the Fourier domain.

使用MATLAB实现声卡数据的实时采集处理(Using MATLAB to achieve real-time data acquisition and processing sound)

this is an explanation about matpower

Algorithm development starts in MATLAB, Lab-view, C and JAVA which uses complex floating point arithmetic. These algorithms get transfer to hardware implementation team. Then the hardware design teams implement this abstract algorithm on the specific hardware that meets the system level specifications

CLSPSO：用混沌粒子群优化算法求解无约束优化问题 (CLSPSO: Chaos particle swarm optimization algorithm for solving unconstrained optimization problems)

能够提取出故障的特征，并对故障的特征进行分类，为进一步识别故障做好基础。(It could give charasterics of different faults and divide them.As a result,it is based on recongnizing the faults.)

实现光伏预测，通过当天的光伏出力和天气指数加上预测日的天气指数预测明天的光伏出力，基于BP神经网络对光伏出力进行预测(Realization of photovoltaic forecast photovoltaic output through the day and the weather forecast daily index plus weather forecast for tomorrow s PV output index, BP neural network to predict based on the realization of photovoltaic PV output forecast photovoltaic output through the day and the weather forecast daily index plus the weather forecast for tomorrow s PV output index, BP neural network to predict the output of the PV)

With increasing wind penetration in power systems, many national grid codes will demand complete models and simulation studies under different system conditions in order to ensure that the connection of a wind farm will not have a detrimental impact on the network to which it will be connected. Hence a dynamic model with reduced-order double cage representation for the DFIG and its associated control and protection circuits has been developed. It was then used to simulate the response of wind turbine to network faults on a simple two busbar system.