100 Control Systems W.L. Brogan, G.K. F. Lee, A P Sage, B.C. Kuo, C L. Phillip R D. Harbor, R.G. Jacquot, J.E. McInroy D P. Atherton, J.S. Bay W.T. Baumann, M-Y Chow Models. Deynamic Response. Frequency Response Methods: Bode Diagram Approach RootLocus.compensation.DigitalControlSystems.nonlinear Optimal Control and Estimation. Neural Control

Oklobdzija,. C. Hamacher, Z. G. Vranesic, S. G. Zaky, J. Raymond Number Systems· Computer Arithmetic Architecture·Microprogramming 87 Programming J. M. Feldman, E. W. Czeck,. G. Lewis, J. J.Martin Assembly Language. High-Level Languages. Data Types and Data Structures

Digital Devices 79 Logic Elements G. L. Moss P. Graham, R.S. Sandige, H.S. Hinto IC Logic Family Operation and Characteristics. Logic Gates (IC). Bistable Devices.Optical Devices

华为产品维护资料汇编：信号与通信系统教程——通信技术概论

①直接利用DFT计算:复乘次数为N2,复加次数为N(N-1)利用FT计算:复乘次数为og:n复加次数为log:解

(1)x(n)是有限长序列,且长度为M。与 Fourier换和z变换不同,n仅定义在o,m-1]的整数区间上; (2)变换核为W=eN,将时域序列x(n)变换为频域序列X(k)

2.1引言 2.2序列的 Fourier变换

1.2时域离散信号 1.概念:时间离散,幅值连续的信号。又可称为序列。从数学描述的角度定义,即可以用数字序列:

1. Digital Signal Processing基本概念 2.DSP发展筒史 3.DSP的新兴分支

18.1 Special Architectures Pipelining. Parallel Processing. Retiming. Unfolding. ia Folding Transformation Look-Ahead Technique. Associativity Transformation. Distributivity Arithmetic Processor Architectures. Computer-Aided Design. Future VLSI DSP Systems Keshab K. Parhi 18.2 Signal Processing Chips and Applications University of Minnesota System. Implementation of a Finite Impulse Response Filter with Rulph Chassaing the TMS320C25. Floating-Point TMS320C30-Based Development Roger Williams University