LTE for 4G Mobile Broadband. Air Interface Technologies and Performance

  • ID: 2128897
  • Book
  • 506 Pages
  • Cambridge University Press
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Do you need to get up to speed quickly on LTE? Understand the new technologies of the LTE standard and how they contribute to improvements in system performance with this practical and valuable guide, written by an expert on LTE who was intimately involved in drafting the standard. In addition to a strong grounding in the technical details, you'll also get fascinating insights into why particular technologies were chosen in the development process. Core topics covered include low-PAPR orthogonal uplink multiple access based on SC-FDMA, MIMO multi-antenna technologies, and inter-cell interference mitigation techniques. Low-latency channel structure and single-frequency network (SFN) broadcast are also discussed in detail. With extensive references, a useful discussion of technologies that were not included in the standard, and end-of-chapter summaries that emphasize all the key points, this book is an essential resource for practitioners in the mobile cellular communications industry and for graduate students studying advanced wireless communications.
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1. Introduction
2. Network architecture and protocols
3. Downlink access
4. Single-carrier FDMA
5. Reducing uplink signal peakiness
6. Transmit diversity
7. MIMO spatial multiplexing
8. Channel bandwidths and structure
9. Cell search and reference signals
10. Random access
11. Channel coding
12. Scheduling, link adaptation and hybrid ARQ
13. Power control
14. Uplink control signaling
15. Downlink control signaling
16. Inter-cell interference control
17. Single frequency network broadcast
18. Spatial channel model
19. LTE performance verification.
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Farooq Khan.
Farooq Khan is Technology Director in the Wireless Solutions Laboratory at Samsung, Texas, where he manages the design, performance evaluation, and standardization of next generation wireless communications systems. Previously, he was a Member of Technical Staff at Bell Laboratories, where he conducted research on evolution of CDMA2000 and UMTS systems towards high speed packet access (HSPA). He has also worked at Ericsson Research in Sweden, contributing to the design and performance evaluation of EDGE and WCDMA technologies. He has published over 30 technical papers and holds over 40 US patents, all in the area of wireless communications.

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