91315v00_BPU_us

The most ofICI avoidance algorithms divide UEs into cell edge and cell centre users based on static thresholds such as path loss, SINR and geometry factors. However, in an actual communication environment, the UE distribution as well as the shape of a cell can be changed. Therefore selection of the cell edge bands is difficult and needs to be optimized according to the time variation environment. Reference [6] proposed an ICI avoidance algorithm that can change cell edge bands dynamically. For each active UE and every time gap (the update duration of CEU/CCU), the threshold is updated based on SINR in order to keep the ratio of number of CEUs and CCUs constant. Then, cell weight is calculated to follow the instant changing of network.

uwb信号中高斯脉冲的产生，频谱等等的程序(Gaussian uwb pulse signal generation, spectrum of procedures and so on)

simple code for inserting the pilots

基于压缩感知理论对单音频信号以低于奈奎斯特频率进行采样处理(Based compression perception theory, single audio signal sampling below the Nyquist frequency)

calculates the fibonacci serial of a number

Test CA-CFAR on FFT of sinusoidal beats with controllable SNR

Short M-LAb robotics localize

FLAC使用手册对于操作过程给与详细说明，对于初学者来说非常实用涵。(FLAC user manual for the operation to give detailed instructions, is very useful for beginners Han.)

CDMA 仿真程序 将txt改回m即可使用 主要是链路级的方针程序(CDMA simulation program will txt back to m is to use the principle of link-level procedures)

说明：  MIMO块对角化预编码技术源代码，以及将该方法与VBLAST技术结合起来。(Block diagonalization precoding MIMO technology source code, as well as the methods and VBLAST technologies.)