By Erik Dahlman
Reflecting the hot of completion of LTE's specification, the recent variation of this bestseller has been totally up-to-date to supply an entire photo of the LTE approach. the newest LTE criteria are incorporated at the radio interface structure, the actual layer, entry techniques, MBMS, including 3 fresh chapters on LTE Transmission tactics, versatile Bandwidth in LTE and LTE evolution into IMT-Advanced.
Key applied sciences offered contain multi-carrier transmission, complicated single-carrier transmission, complicated receivers, OFDM, MIMO and adaptive antenna strategies, complex radio source administration and protocols, and varied radio community architectures. Their position and use within the context of cellular broadband entry mostly is defined. either a high-level assessment and extra unique step by step factors of HSPA and LTE implementation are given. an summary of different similar structures similar to TD SCDMA, CDMA2000, and WiMAX can be provided.
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Extra resources for 3G Evolution. HSPA and LTE for Mobile Broadband
2. OFDM subcarrier spacing. 3. OFDM modulation. 4. OFDM time–frequency grid. 5. Basic principle of OFDM demodulation. 6. OFDM modulation by means of IFFT processing. 7. OFDM demodulation by means of FFT processing. 8. Time dispersion and corresponding received-signal timing. 9. Cyclic-prefix insertion. 10. Frequency-domain model of OFDM transmission/reception. 11. Frequency-domain model of OFDM transmission/reception with ‘one-tap equalization’ at the receiver. 12. Time-frequency grid with known reference symbols.
CQI reporting in combination with uplink DTX. 8. Example of simultaneous use of uplink DTX and downlink DRX. 9. Example of retransmissions with HS-SCCH-less operation. 10. Median HSDPA data rate in a mildly dispersive propagation channel for UEs with 15 channelization codes (from ). Numbers are with default RAKE receiver (RAKE1), with antenna diversity (RAKE2=Type 1), G-RAKE (G-RAKE1=Type 2), and combined G-RAKE and antenna diversity (G-RAKE2=Type 3). 1. LTE and HSPA Evolution. 2. The original IMT -2000 ‘core band’ spectrum allocations at 2 GHz.
Definition and structure of PSS. 3. Definition and structure of SSS. 4. Channel coding and subframe mapping for the BCH transport channel. 5. Detailed resource mapping for the BCH transport channel. 6. Example of mapping of SIBs to SIs. 7. Transmission window for the transmission of an SI. 8. Overview of the random-access procedure. 9. Preamble subsets. 10. Principal illustration of random-access-preamble transmission. 11. Different preamble formats. 12. Random-access preamble generation. 13. Random-access preamble detection in the frequency domain.
3G Evolution. HSPA and LTE for Mobile Broadband by Erik Dahlman