Algorithms for Communications Systems and their Applications, 2nd Edition

Book Description This welcome second edition to the 2002 original presents the logical arithmetical or computational procedures within communications systems that will ensure the solution to various problems.
The authors comprehensively introduce the theoretical elements which are at the basis of the field of algorithms for communications systems. Various applications of these algorithms are then illustrated with a focus on wired and wireless network access technologies. The updated applications will focus on 5G standards, and new material will include MIMO systems (Space-time block coding / Spatial multiplexing / Beamforming and interference management / Channel Estimation /mmWave Model); OFDM and SC-FDMA (Synchronization / Resource allocation (bit and power loading) / Filtered OFDM); Full Duplex Systems (Digital interference cancellation techniques).

Content

Chapter 1: Elements of signal theory
Chapter 2: The Wiener filter
Chapter 3: Adaptive transversal filters
Chapter 4: Transmission channels
Chapter 5: Vector quantization
Chapter 6: Digital transmission model and channel capacity
Chapter 7: Single‐carrier modulation
Chapter 8: Multicarrier modulation
Chapter 9: Transmission over multiple input multiple output channels
Chapter 10: Spread‐spectrum systems
Chapter 11: Channel codes
Chapter 12: Trellis coded modulation
Chapter 13: Techniques to achieve capacity
Chapter 14: Synchronization
Chapter 15: Self‐training equalization
Chapter 16: Low‐complexity demodulators
Chapter 17: Applications of interference cancellation
Chapter 18: Examples of communication systems
Chapter 19: High‐speed communications over twisted‐pair cables