资源列表
precoding_channel-feedback
- 基于信道量化反馈的预编码仿真程序,采用均匀量化方式,采用LDL分解的预编码技术,可得到不同反馈bit(1bit,2bit,3bit)条件下系统的误码性能。-Quantified based on channel feedback precoding simulation program, using the uniform quantization, LDL decomposition of the pre-coding techniques, and can get different fee
ssdp
- 统计稀疏分解(SSDP)欠定盲分离MATLAB仿真程序。能在接收天线个数小于源信号个数时,仅仅利用观察信号恢复出源信号。-Statistics sparse decomposition (SSDP) underdetermined blind separation of MATLAB simulation program. In the number of receiving antennas is less than the number of source signals, using on
pinlvlizi
- 可以求出五自由度的并联机器人的系统频率,及动平台的速度、位移及加速度图形-System frequency of the five degrees of freedom parallel robot.
binglianxitongshoulifenxi
- 对并联机构五自由度系统中的伸缩杆与摆动杆上受的力进行加载与分析-Loading and analysis of the five degrees of freedom parallel mechanism system of the telescopic pole and swing pole by force
grid_PWM
- 风力发电机组并网的网侧控制模型,机侧用电源代替-The network side of the wind turbine grid control model, the machine side of the power supply instead of
LowVoltageMicroGride
- 基于simulink的西门子标准400V低压馈线模型,其中包含一个PV光伏并网模型-Based on the the simulink Siemens standard 400V low voltage feeder model, which contains a PV photovoltaic grid model
p10_7
- 通电直线磁场中半圆环电流所受的安培力的计算-Suffered by the semi-circular current in the magnetic field of power straight line Ampere force calculation
Wind_PMSG
- 永磁同步风力发电机,考虑了轴系的两质块模型和风速变化-Permanent magnet synchronous wind generators, consider the two mass shaft model and wind speed change
Three_Phase_ACDCAC_PWMconverter
- 50kW,380V,50HZ的负荷通过AC-DC-AC变换器连接到25kV,60Hz电网上。该电源由两个电压源型变换器和一个直流电容构成。-A 50 kW, 380 V, 50 Hz load is connected to a 25 kV, 60 Hz grid through a AC-DC-AC power supply. This power supply consists of two voltage source converters, VSC1 and VSC2, connecte
NewtonRaphsonFlow
- 用牛顿拉夫逊算法计算典型三机九节点电力系统的潮流分布。-The Newton-Raphson method is used to calculate the power flow distribution of the typical three generators nine buses system.
rvm
- it is rvm matlab code
OLT.tar
- HOG Human Detection Benchmark Source Code. Use it to compare your algorithm with HOG Human Detection System.
