第一节DSP系统概述 第二节DSP芯片技术的发展 第三节DSP芯片的选择 第四节DSP芯片的主要优点与应用领域 第五节DSP应用系统的开发工具

response involves lymphoid cells, inflammatory cells, and hematopoietic cells. The complex inter- lls are mediated by a group of pro- les to denote their role in secreted by body in activity of cyto- Class I Cytokine Receptors receptors,signal ptors, the role of cytokine Properties of Cytokines

一、离散时间信号——序列 二、离散时间系统 三、线性常系数差分方程 四、连续时间信号的取样 五、Matlab实现

本章目录 一、数字滤波器的技术指标与设计方法 二、用模拟滤波器设计IR数字滤波器 三、IIR数字滤波器的优化设计 四、R数字滤 Matlab波器的仿真实现

DFT在实际应用中很重要:可以计算信号的频 谱、功率谱和线性卷积等。 直接按DFT变换进行计算,当序列长度N很 大时,计算量非常大,所需时间会很长。 FFT并不是一种与DFT不同的变换,而是 DFT的一种快速计算的算法

一、系统函数 二、序列线性时不变系统的频率响应 三、无限脉冲响应系统和有限脉冲响应系统

Introduction (chapter objectives) Bit error rate for binary systems (unipolar, polar, bipolar, ooK, BPsK, FsK, and MSK Output signal-to-noise ratio for analog systemS(AM, SSB, PM, and Fm)

Introduction Frequency-selective fading is a dominant impairment in mobile communications Fading reduces receive signal-to-noise ratio and degrades the bit-error-rate(BER) Frequency selectivity of the channel, i. e, delay spread, induces inter-symbol interference(ISI) To combat frequency-selective fading

Ideal response Want Ideal Response to Signal -usuall straight-line function Actual response is determined by values of control factors and noise factors If noise factors are suppressed early, the en difficult problems only appear late Introduce noises early C Don Clausing 1998

Plan for the session Q Questions Complete some random topics Lecture on design of dynamic systems (Signal/Response Systems Recitation on hw#5? 16.881