VHDLrefencebook

线性规划模型与整数规划 线性规划模型与整数规划()

说明：  器件选型 - 最受全球工程师欢迎的10款稳压器件(Device Selection - 10 Voltage Regulators Most Welcomed by Global Engineers)

说明：  满屏jQ焦点图是一款基于jquery实现uery满屏焦点图代码(Full-screen jQ Focus Map is a full-screen Focus Map code based on jquery)

New LCD Library for Proteus

该文基于模型预测控制理论， 提出一种考虑多时空尺度协调的风电集群有功分层预测控制方法。 该方法将风电集群在空间尺度上分为三层控制层，将超短期风电功率预测值在时间尺度上逐层细化，并对各层滚动优化环节进行了优化建模。 仿真分析中通过与常用有功分配方法对比， 结果表明文中所提方法在保证系统安全运行和满足集群计划的同时，能够提高风电消纳能力，合理利用风能资源和分配集群内风电功率。(Based on the model predictive control theory, this paper proposes a wind power cluster active layered predictive control method that considers multi-temporal scale coordination. The method divides the wind power cluster into three layers on the spatial scale, and predicts the ultra-short-term wind power prediction value on a time scale, and optimizes the rolling optimization of each layer. Compared with the commonly used active power allocation method in the simulation analysis, the results show that the proposed method can improve the wind power consumption capacity, rationally utilize the wind energy resources and allocate the wind power in the cluster while ensuring the safe operation of the system and meeting the cluster plan.)

美赛论文模板 包含了摘要页，目录等，只需编辑内容即可(Thesis Template of American University Mathematical Modeling Contest)

中国象棋游戏，该游戏是基于WEB的在线WEB游戏，无需安装任何软件，只要浏览器，便可运行-Chinese Chess Game, which is based on the WEB Games WEB Games online, no need to install any software, as long as the browser, can run

工程信号处理MATLAB分析程序，包含傅里叶变换、相关性分析、功率谱分析。(Engineering signal processing MATLAB analysis program, including Fourier transform, correlation analysis, power spectrum analysis.)

PYTHON核心教程，PYTHON开发必读(PYTHON core curriculum, PYTHON development of reading)

针对具有驻留概率的离散时间切换系统，研究了存在执行器故障的离散时间切换系统的故障估计和调节问题。假设驻留概率是先验已知的，通过使用降阶观测器方法、驻留概率方法和李雅普诺夫技术方法，针对所考虑的系统获得故障估计算法。(A kind of discrete-time switched system with actuator faults is studied. Here, it is assumed that the sojourn probabilities are known a priori. By using the reduced-order observer method, the sojourn probability approach, and the Lyapunov technique, a fault estimation algorithm is obtained for the considered system.)