资源列表
MatricToPicture
- 由ORL.mat人脸库德矩阵转化成相应图片的程序。-by ORL.mat Face Kurdish matrix into the corresponding picture procedures.
low
- 低通滤波器的源程序，计算低通阶跃高低阻抗形式，由指标来确定高低阻抗的长度-Source of low-pass filter to calculate the level of resistance in the form of low-pass step by the indicators to determine the length of high and low impedance
Computability-analysis--program
- 电力系统中结点可计算性分析程序，最终判断系统的各种性能。-Nodes in power system analysis program calculation and the final judge of the system performance.
TwoPathFading
- 简单的双通道衰落信道仿真, 使用正弦波作为信道,可修改为单信道衰落或者Multipath.-Simple dual-channel fading channel simulation, using a sine wave as a channel, single channel can be modified to decline or Multipath.
DBHelper
- 类中有执行无参SQL语句的方法、执行带参SQL语句的方法 、执行无参SQL语句，并返回执行记录数的方法、执行有参SQL语句，并返回执行记录数的方法、执行无参SQL语句，并返回SqlDataReader的方法和执行有参SQL语句，并返回SqlDataReader的方法。封装DBHeiper.cs类可以更好在在编写代码中用于方便的调用。在日后的改写代码中更加的方便。-In the execution of no parameters SQL statement method, execution
createbandQAM
- 通信编码中，产生一个可变带宽的QAM信号源，可调节带宽和中心频率等-Communication encoding, to generate a variable bandwidth QAM signal source, the bandwidth and center frequency can be adjusted so
swept-sine-vibration
- 基于ANSYS APDL二次开发的航电设备的动力学扫频分析，载荷输入条件为交越频率以下为恒定位移，交越频率以上为恒定加速度。我将加速度输入转换为位移输入，将位移和加速度两段输入载荷统一按照位移载荷输入，将位移存入表数组，利用ANSYS APDL自动将扫频范围内的位移载荷存入表数组，并循环加载计算，实现了该工程结构的正弦扫频振动分析。-Kinetic sweep analysis, load input conditions of secondary development based on AN
energy_consumption
- energy consumoyuon in [pigasis
data_weifen
- 微分光谱分析技术程序，通过光谱反射率，求出反射率的微分、反射率的倒数、反射率倒数的微分、反射率的对数、反射率对数的微分、反射率对数的倒数、反射率对数的倒数微分、反射率的平方根、反射率平方根的微分。-Differential Spectroscopy technology program, by spectral reflectance, logarithmic, reflectivity determined reflectance differential, countdown, the re
contour-lines-optimal-solution
- Find the optimal solution of two restrictions problem, linear objective functions with the graphic method and the countour lines, in matlab
uwb_hospban_chan_CM4
- ultra wideband channel model for body area network for channel model 4 on body surface
MRC
- One Transmitter and Two Receiver(MRC Techniques (MT=1,MR=2) in Rayleigh fading channel)