Part 1: Analog Communication
Section I: Introductory Concepts of Communication Systems • Introduction to Communication Systems • Signal Analysis and Transmission
Section II: Amplitude Modulation • Amplitude Modulation: DSB-FC, DSB-SC, SSB-SC, VSB
Section III: Angle Modulation • Angle Modulation: FM and PM
Section IV: Random Signals and Noise Analysis • Probability, Random Signals and Random Process • Noise Theory • Performance Analysis of Analog Communication Systems
Section V: Radio Receivers and Transmitters • Radio Receivers • Radio Transmitters
Part 2: Digital Communication
Section VI: Sampling and Waveform Coding Techniques • Sampling Theory and Pulse Modulation • Waveform Coding Techniques: PCM, DM, ADM and DPCM
Section VII: Multiplexing and Digital Data Transmission • Multiplexing Techniques • Digital Data Transmission: Line Coding and Pulse Shaping
Section VIII: Performance Evaluation of Digital Communication Systems • Digital Modulation Techniques • Performance Analysis of Digital Communication Systems
Section IX: Information Theory and Coding Techniques • Information Theory and Coding• Error Control Coding
Section X: Emerging Techniques in Communication systems • Spread Spectrum Communications • Equalization and MIMO Techniques • Orthogonal Frequency Division Multiplexing (OFDM)
• Appendices
• Model Question Papers for Practice
• Index.