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    • 卡尔森通信系统教程(第5版英文版)
      • 作者:(美)布鲁斯·卡尔森//保罗·克里利|责编:陈亮//夏丹
      • 出版社:世界图书出版公司
      • ISBN:9787519210045
      • 出版日期:2020/07/01
      • 页数:924
    • 售价:67.6
  • 内容大纲

        《卡尔森通信系统教程》是国际上通信领域的经典教材,书中系统论述电子通信系统的分析方法、设计原理以及硬件实现。本书已畅销世界50余年,从1968年首版至今历经5次改版修订,基本上每10年会更新一版,每版都会增加前沿通信技术方面的知识内容,力求更为全面地涵盖和阐释模拟和数字通信系统的基本理论。本书第5版不仅配有MATLAB的应用实例,还在各章章末增加了思考题来加深读者对该章知识的理解。同时,新版也增加了大量通信系统设计的实例,非常有助于读者理解通信系统的概念及其意义。本书尤其适合作为电子信息与通信工程专业、计算机工程专业的高年级本科生或低年级硕士研究生的教材与教学参考书。本书当前的第5版被清华大学选用为双语教学用书。
  • 作者介绍

  • 目录

    Chapter 1  Introduction
      1.1  Elements and Limitations of Communication Systems
        Information,Messages,and Signals
        Elements of a Communication System
        Fundamental Limitations
      1.2  Modulation and Coding
        Modulation Methods
        Modulation Benefits and Applications
        Coding Methods and Benefits
      1.3  Electromagnetic Wave Propagation Over Wireless Channels
        RF Wave Deflection
        Skywave Propagation
      1.4  Emerging Developments
      1.5  Societal Impact and Historical Perspective
        Historical Perspective
      1.6  Prospectus
    Chapter 2  Signals and Spectra
      2.1  Line Spectra and Fourier Series
        Phasors and Line Spectra
        Periodic Signals and Average Power
        Fourier Series
        Convergence Conditions and Gibbs Phenomenon
        Parseval's Power Theorem
      2.2  Fourier Transforms and Continuous Spectra(2.1)
        Fourier Transforms
        Symmetric and Causal Signals
        Rayleigh's Energy Theorem
        Duality Theorem
        Transform Calculations
      2.3  Time and Frequency Relations (2.2)
        Superposition
        Time Delay and Scale Change
        Frequency Translation and Modulation s
        Differentiation and Integration
      2.4  Convolution(2.3)
        Convolution Integral
        Convolution Theorems
      2.5  Impulses and Transforms in the Limit(2.4)
        Properties of the Unit Impulse
        Impulses in Frequency
        Step and Signum Functions
        Impulses in Time
      2.6  Discrete Time Signals and the Discrete Fourier Transform
        Convolution Using the DFT(2.4)
    Chapter 3  Signal Transmission and Filtering
      3.1  Response of LTI Systems (2.4)
        Impulse Response and the Superposition Integral
        Transfer Functions and Frequency Response
        Block-Diagram Analysis
      3.2  Signal Distortion in Transmission(3.1)

        Distortionless Transmission
        Linear Distortion
        Equalization
        Nonlinear Distortion and Companding
      3.3  Transmission Loss and Decibels(3.2)
        Power Gain
        Transmission Loss and Repeaters
        Fiber Optics
        Radio Transmission
      3.4  Filters and Filtering(3.3)
        Ideal Filters
        Bandlimiting and Timelimiting
        Real Filters
        Pulse Response and Risetime
      3.5  Quadrature Filters and Hilbert Transforms(3.4)
      ……
    Chapter 4  Linear CW Modulation
    Chapter 5  Exponential CW Modulation
    Chapter 6  Sampling and Pulse Modulation
    Chapter 7  Analog Communication Systems
    Chapter 8  Probability and Random Variables
    Chapter 9  Random Signals and Noise
    Chapter 10  Noise in Analog Modulation Systems
    Chapter 11  Baseband Digital Transmission
    Chapter 12  Digitization Techniques for Analog Messages and Computer Networks
    Chapter 13  Channel Coding and Encryption
    Chapter 14  Bandpass Digital Transmission
    Chapter 15  Spread Spectrum Systems
    Chapter 16  Information and Detection Theory
    Appendix: Circuit and System Noise
    Tables
    Solutions to Exercises
    Answers to Selected Problems
    Index