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说明：  基于隐式Zbus的配电网潮流计算程序，IEEE33节点(Power Flow Calculation of Distribution Network Based on Zbus)

excel2000 VBA

说明：  A SCRIPT + SIMULINK FILE TO COMMAND A TWIN ROTOR MIMO SYSTEM USING MPC METHOD

说明：  DMI Editor for DOS and Windows. Based on AMI BIOS/Firmware. Mostly work for Intel brand MB and Asus MB.

Building a RISC System in an FPGA

一个DQPSK的MATLAB仿真文件,没有使用simulink.(One simulation of DQPSK based on MATLAB)

一个应邀而写的玩的游戏 ，一个摸奖游戏，其中的对一个timer等控件有一个好的应用，应用的算法值得参考。-an invitation to write the play of the game, a game Our troops, the right controls such as a timer is a good application, the application of algorithms is worth noting.

对灰狼算法改进，引入小规模多种群策略和杂交策略对其进行了改进，将种群根据不同性质和作用分成主群与辅助群， 加强了种群中人工狼个体互相交换信息和学习， 提高了狼群系统的交互性(Improvement of Gray Wolf algorithm.It is improved by introducing small scale multi group strategy and hybridization strategy. The population is divided into main groups and auxiliary groups according to different properties and functions. The exchange information and learning of artificial wolf individuals in the population are strengthened, and the interaction of the wolf group system is improved.)

说明：  MATLAB与神经网络的应用实例，通过蚁群算法找到最短路径(MATLAB and neural network application case, through ant colony algorithm to find the shortest path)

典型测试系统3 (1) 如下图所示的IEEE 9节点电力系统： 2．元件参数 （1） 线路参数 线路号 长度（km） ro(Ω/km) xo(Ω/km) bo(1/Ωkm) L1 25 0.131 0.4 2.98×10-6 L2 50 0.131 0.4 2.98×10-6 L3 45 0.105 0.393 3.04×10-6 L4 30 0.131 0.4 2.98×10-6 L5 35 0.105 0.393 3.04×10-6 L6 20 0.131 0.4 2.98×10-6 （2） 变压器参数 变压器 容量（MVA） 变比 Pk(kW) P0(kW) Uk% i0% T1 50 121/10.5 250 55 10.5 1.5 T2 80 121/10.5 410 98 10.5 1.5 T3 50 121/10.5 250 55 10.5 1.5 (3) 节点参数 节点名 类 型 P (MW) Q (MVar) 电压 相角 1 PQ 35 18 2 PQ 30 16 3 PQ 40 20 4 PQ 25 12 5 PQ 20 10 6 PQ 15 6 7 PV 40 1.05 8 PV 45 1.05 9 平衡点 1.05 0.0(Typical test system 3 (1) The IEEE 9-node power system shown in the following figure: 2. Component parameters (1) Line parameters Line number (km) ro (_/km) XO (_/km) Bo (1/_km) L1 25 0.131 0.4 2.98 x 10-6 L2 50 0.131 0.4 2.98 x 10-6 L3 45 0.105 0.393 3 3.04 x 10-6 L4 30 0.131 0.4 2.98 x 10-6 L5 35 0.105 0.393 3 3.04 x 10-6 L6 20.131 0.4 2.98 x 10-6 (2) Transformer parameters Transformer Capacity (MVA) Variable Ratio Pk (kW) P 0 (kW) Uk% i0% T1 50 121/10.5 250 55 10.5 1.5 T2 80 121/10.5 410 98 10.5 1.5 T3 50 121/10.5 250 55 10.5 1.5 (3) Node parameters Node Name Type P (MW) Q (MVar) Voltage Phase Angle 1 PQ 3518 2 PQ 3016 3 PQ 4020 4 PQ 2512 5 PQ 2010 6 PQ 156 7 PV 40 1.05 8 PV 45 1.05 9 Balance Point 1.05 0.0)