System Level Performance Analysis of Advanced Antenna ... - Centers

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The support, friendship and help I have received from Juan Pablo Albaladejo is specially acknowledged and warmly appreciated. His countless encouraging, inspiring and enlightening e-mails and telephone calls have been a tremendous help to achieve my goals. I would like to direct the sincerest thanks to Natalia, who waited for me during all this time. Her generous, patient and loving support made it possible for me to fulfil my dreams. She always believed in me and I thank her for that. And last but not least, I would like to express my warmest gratitude to my parents Juan and Angela, my brother Alfredo, and <strong>of</strong> course Pizqui. I owe them everything I am, and I will be always thankful for their love, care, support and continuous encouragement during all my life. This work is dedicated to them. Juan Ramiro Moreno July, 2003 xvi
Table <strong>of</strong> contents
Page 1: System Level Performance Analysis o
Page 5: Abstract
Page 8 and 9: viii
Page 11 and 12: Opsætningen af telefonsystemet Uni
Page 13 and 14: Preface and acknowledgement
Page 15: This Ph.D. thesis is the result of
Page 19 and 20: Table of contents Abstract ........
Page 21 and 22: References.........................
Page 23 and 24: Abbreviations
Page 25 and 26: Abbreviations AA Antenna Array AC A
Page 27 and 28: QAM Quadrature Amplitude Modulation
Page 29 and 30: 1.1 Preliminaries Chapter 1 Introdu
Page 31 and 32: Juan Ramiro Moreno However, this pr
Page 33 and 34: Juan Ramiro Moreno In the following
Page 35 and 36: 1.2.3 Physical layer and air interf
Page 37 and 38: Juan Ramiro Moreno Figure 1.6: I-Q/
Page 39 and 40: Table 1.1: Comparison of the differ
Page 41 and 42: Juan Ramiro Moreno variations of th
Page 43 and 44: Juan Ramiro Moreno • L. Schumache
Page 45 and 46: 2.1 Introduction Chapter 2 Adaptive
Page 47 and 48: Juan Ramiro Moreno combining scheme
Page 49 and 50: Juan Ramiro Moreno multipath compon
Page 51 and 52: Juan Ramiro Moreno Figure 2.4: Effe
Page 53 and 54: Juan Ramiro Moreno the following co
Page 55 and 56: Juan Ramiro Moreno Signals towards
Page 57 and 58: Juan Ramiro Moreno the fading depth
Page 59 and 60: Juan Ramiro Moreno If the set of co
Page 61 and 62: Juan Ramiro Moreno Capacity gain re
Page 63 and 64: Juan Ramiro Moreno number of antenn
Page 65 and 66: Juan Ramiro Moreno before MRC, wher
Page 67 and 68:
Juan Ramiro Moreno The use of anten
Page 69 and 70:
Chapter 3 Uplink capacity gain with
Page 71 and 72:
Juan Ramiro Moreno where PN is the
Page 73 and 74:
Juan Ramiro Moreno Figure 3.1: Tota
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Juan Ramiro Moreno algorithm. For e
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Juan Ramiro Moreno should be design
Page 79 and 80:
Juan Ramiro Moreno • A Type 2 err
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Juan Ramiro Moreno • x[n] is the
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[ n −1] y[ −1] Juan Ramiro More
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YES Type 1 error committed Add init
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Table 3.1: Simulation model and def
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∆Offset [dB] Figure 3.9: Cell thr
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Juan Ramiro Moreno As can be seen,
Page 93 and 94:
Chapter 4 Downlink capacity gain wi
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estimated to remain true after the
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Juan Ramiro Moreno channel so the j
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Table 4.1: Notation for the Eb/N0 c
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Juan Ramiro Moreno modelling of the
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Juan Ramiro Moreno A resource manag
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Juan Ramiro Moreno For example, if
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Table 4.2: Default parameters for t
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Juan Ramiro Moreno When code blocki
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Juan Ramiro Moreno It is observed t
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Juan Ramiro Moreno The settings {Wa
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Juan Ramiro Moreno with a mixture o
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Juan Ramiro Moreno cell. For Pedest
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Chapter 5 Downlink capacity gain wi
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• Soft handover (SHO) is not cons
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Figure 5.1: Theoretical capacity ga
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Juan Ramiro Moreno UE. The effect o
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Juan Ramiro Moreno For OLPC, two BL
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Juan Ramiro Moreno of 1%. As can be
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Juan Ramiro Moreno In this case, th
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Juan Ramiro Moreno problems can be
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Chapter 6 Network performance of HS
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2 () t h () t , gi i Juan Ramiro Mo
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Juan Ramiro Moreno Figure 6.2: CDF
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Juan Ramiro Moreno Figure 6.4: Syst
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Juan Ramiro Moreno processes toward
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Juan Ramiro Moreno maps the ES/N0 o
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Juan Ramiro Moreno Rake receiver ca
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Juan Ramiro Moreno algorithm, all t
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6.3.8 Traffic modelling Juan Ramiro
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NO Initialise Update propagation mo
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Scheme HSDPA cell capacity [Mbps] T
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Figure 6.11: Average UE throughput
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6.4.1.2 Results for STTD Figure 6.1
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Juan Ramiro Moreno gain in FT (201%
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Juan Ramiro Moreno Figure 6.17: Ave
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NMAX Juan Ramiro Moreno Figure 6.19
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Juan Ramiro Moreno Figure 6.22: HSD
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Juan Ramiro Moreno With RR and FT,
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Juan Ramiro Moreno Figure 6.26: HSD
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Juan Ramiro Moreno subsequently low
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7.1 Preliminaries Chapter 7 Conclus
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Juan Ramiro Moreno 7.4 Downlink cap
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Juan Ramiro Moreno and 38% for RR a
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References
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Juan Ramiro Moreno [1] H. Holma, A.
Page 185 and 186:
Available online at www.3gpp.org, S
Page 187 and 188:
Juan Ramiro Moreno [63] Mika Ventol
Page 189 and 190:
Juan Ramiro Moreno [92] S. Hämäl
Page 191:
Center for PersonKommunikation, AAU
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