资源列表
ergodic-capacity
- 可以计算当发射端未知CSI时，MIMO信道在不同SNR下的遍历容量-ergodic capacity
DSIP_system
- 对测量信号进行处理，得到物体的密度分布，从而判断物体的重量。大家应该可以用-The measurement signal is processed to obtain the density distribution of the object, so as to determine the weight of the object. We should be able to use
GA_BPandFFT
- 遗传算法实现谐波检测的程序代码，大家应该可以参考使用。-Genetic algorithm for harmonic detection program code, we should be able to refer to the use of.
jukongyanshe
- 矩形孔夫琅禾费衍射的解析计算 模拟计算矩形孔的的夫琅和费衍射图样-Analytic Calculation of the Diffraction of Rectangular
yuankongyanshe
- 圆孔夫琅禾费衍射的解析计算 模拟计算圆孔的夫琅和费衍射图样-Analytic Calculation of Diffraction of Circular
yansheS-FFT
- 柯林斯公式的S-FFT计算 调入一图像，计算平面波照射下给定波长及距离的衍射场振幅图像-S- FFT Computation of Collins Formula
StandALONE
- This papers concentrates on the modeling and control of three-phase voltage source inverter in stand-alone mode operation. All the analysis, controller design, and simulation results will be described in this papers in detail.
A_law_CODE
- Peak to Avarage Power Ratio in ofdm optical ofdm it s A-law techqiues is the on compound techiques used to reduse the power of ofdm.-Peak to Avarage Power Ratio in ofdm optical ofdm it s A-law techqiues is the on compound techiques used to reduse th
Mu_law_CODE
- Peak to Avarage Power Ratio in ofdm and optical ofdm it s Mu-law techqiues is the on compound techiques used to reduse the power of ofdm.-Peak to Avarage Power Ratio in ofdm and optical ofdm it s Mu-law techqiues is the on compound techiques used t
RCF_CODE
- Peak to Avarage Power Ratio in ofdm and optical ofdm it s repeated clipping filtering techqiues is the on compound techiques used to reduse the power of ofdm.-Peak to Avarage Power Ratio in ofdm and optical ofdm it s repeated clipping filtering tec
ofdm_rayligh_ch_qpsk
- i have simulated a general ofdm system but i am not having correct results. can any one rectify problems in this code. have i used correct formulas in this code? i mean does RAYLEIGHCHAN command hold for it? do i need to equalize the receiver signal?
PowerMeter
- The high-performance instruments are designed for the demands of the rapid rise time radar measurement and the latest 4G wireless applications. Both Radar and OFDM/ WCDMA signals require high bandwidth power measurements in order