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• 000 03634cam a22003015a 4500

• 001 0000415152

• 005 20120410104700.0

• 008 110630s2011 enka b 001 0 eng

• 010 __ |a 2011282907

• 020 __ |a 9780123744838 (hbk.)

• 020 __ |a 0123744830 (hbk.)

• 035 __ |a (OCoLC)ocn430842994

• 040 __ |a UKM |c UKM |d BTCTA |d YDXCP |d CDX |d NUI |d FDA |d SOI |d DLC

• 050 00 |a TK5103.2 |b .W567 2011

• 082 04 |a 621.384 |2 22

• 090 __ |a TN92/BH6

• 093 __ |a TN92 |2 4

• 245 00 |a Wireless communications over rapidly time-varying channels / |c edited by Franz Hlawatsch, Gerald Matz.

• 250 __ |a 1st ed.

• 260 __ |a Oxford, UK ; |a Burlington, MA : |b Academic Press, |c 2011.

• 300 __ |a xxviii, 425 p. : |b ill. ; |c 25 cm.

• 504 __ |a Includes bibliographical references and index.

• 505 0_ |a Fundamentals of time-varying communication channels. Introduction ; The physics of time-varying channels ; Deterministic description ; Stochastic description ; Underspread channels ; Parsimonious channel models ; Measurement ; Conclusion -- Information theory of underspread WSSUS channels. The role of a system model ; A discretized system model ; The large-bandwidth regime : diagonalized I/O relation ; The large bandwidth regime : I/O relation with interference ; The high-SNR regime ; Conclusions -- Algebraic coding for fast fading channels. Introduction ; Product distance based code design ; Lattices ; Algebraic number theory ; Algebraic lattices ; Ideal lattices ; Algebraic rotations with high product distance ; Sphere decoding ; Performance of rotated constellations ; Conclusions -- Estimation of time-varying channels : a block approach. Introduction ; System and channel model ; Channel estimation based on a single block ; Channel estimation based on multiple blocks ; Extension to MIMO systems ; Adaptive channel estimation ; Conclusions -- Pilot design and optimization for transmission over time-varying channels. Introduction ; Pilot design : a framework ; Optimal TDM pilot insertion pattern in single carrier systems ; Alternative pilot insertion strategy : superimposed training ; Resource allocation : amount of training and power optimization ; Pilot design for MIMO channels ; Pilot design for wideband systems ; Conclusion ; The Kalman Filter for TDM training ; Proof of proposition 5.1 ; Proof of Lemma 5.1 ; Proof of theorem 5.1 -- Equalization of time-varying channels. Introduction ; System model ; Coherent equalization ; Noncoherent equalization ; Conclusion ; Derivation of posterior LLR expression (6.36) ; Derivation of the noncoherent MLSD expression (6.73) ; Explanation of EM recursion (6.91) ; Info EM(B) algorithms for noncoherent equalization -- OFDM communications over time-varying channels. OFDM systems ; ICI mitigation techniques ; Time-varying channel estimation ; Concluding remarks -- Multiuser MIMO receiver processing for time-varying channels. Introduction ; Multiuser MIMO systems ; Tools for complexity reduction ; Iterative multiuser MIMO time-varying channel estimation ; Linear joint antenna multiuser detection ; Nonlinear detection ; Simulation results ; Conclusions ; Computation of the log-likelihood ratio (8.44) -- Time-scale and dispersive processing for wideband time-varying channels. Introduction ; Narrowband channel characterization ; Wideband delay-scale channel characterization ; Wideband dispersive channel characterization ; Underwater wireless communication channels ; Application example.

• 650 _0 |a Wireless communication systems.

• 650 _0 |a Time-series analysis.

• 700 1_ |a Hlawatsch, F. |q (Franz)

• 700 1_ |a Matz, Gerald.

• 920 __ |a 233030 |z 2