语音编解码代码库_C语言

ACM模拟试题 明明的随机数 附件中有详细的题目要求和运行通过的源代码-ACM is clearly a random number of mock examination papers are detailed in the annex to the subject requirements and run through the source code

位解码器使用 verliog，FPGA，使用 verliog，FPGA，使用 verliog，FPGA，使用 verliog，FPGA，使用 verliog，FPGA，使用 verliog，FPGA，使用 verliog，FPGA，使用 verliog 的8 位解码器上的 led 指示灯的8 位解码器上的 led 指示灯的8 位解码器上的 led...

测试用9721

GAUSS-SEIDEL法的Matlab程序-A programm realizing GUASS-SEIDEL algorithm,written in Matlab.

这是我学习《数值分析》所编写的一个程序，用于线性方程组的雅可比求解。-This is my learning "Numerical Analysis" prepared by a procedure for the linear equation for the Jacobian.

设有n个件工作分配给n个人。将工作i分配给第j个人所学要的费用为Cij。试设计一个算法，为每个人都分配1件工作，并使总费用达到最小-With n-pieces of work assigned to the n individuals. Will be allocated to the first j of work i personally have learned to cost Cij. Try to design an algorithm for each person assigned a work, and to minimize the total cost of

应用背景Massive multiuser MIMO (MISO): ◮ M ≫ K ≫ 1 (think 100 × 10 or 500 × 50) ◮ coherent, but simple, processing ◮ Potential to dramatically improve rate & reliability ◮ Potential to drastically scale down TX power ◮ Not only theory, at least one known testbed (64× ∼10) 关键技术 Massive MIMO Operation Not enough resources for pilots & CSI feedback, so operate in TDD. ◮ On the uplink, ◮ acquire CSI from uplink pilots and/or blindly from data ◮ detect symbols ◮ M ≫ K ⇒ linear processing (MRC, ZF, MMSE) nearly optimal ◮ On the downlink, ◮ use CSI obtained on the uplink ◮ make necessary adjustments based on reciprocity calibration ◮ apply multiuser MIMO precoding ◮ simple precoders desirable (and very good!): MRT, ZF, MMSE, ... ◮ MRC/MRT operation ◮ intracell interference will appear as

利用VB进行FFT（快速傅立叶）变换。-use VB FFT (Fast Fourier) transformation.

该程序是两关节自由度机器人的逆运动学求解，通过拉格朗日能量方法建立机器人的运动学方程，根据关节力矩可以计算出机器人的关节角，从而完成其逆运动学的求解过程.......

FFT和FIR 快速傅里叶变换和FIR滤波器实验程序-Fast Fourier Transform FFT and FIR and FIR filter experimental procedure