Mobile broadband: including WiMAX and LTE
Gespeichert in:
| 1. Verfasser: | |
|---|---|
| Format: | Buch |
| Sprache: | English |
| Veröffentlicht: |
New York, NY
Springer
2009
|
| Schlagworte: | |
| Online-Zugang: | Inhaltsverzeichnis Inhaltsverzeichnis |
| Beschreibung: | Literaturangaben |
| Beschreibung: | XVI, 513 S. Ill., graph. Darst. |
| ISBN: | 9780387681894 9780387681924 |
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| 264 | 1 | |a New York, NY |b Springer |c 2009 | |
| 300 | |a XVI, 513 S. |b Ill., graph. Darst. | ||
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| 650 | 4 | |a Broadband communication systems | |
| 650 | 4 | |a Orthogonal frequency division multiplexing | |
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Datensatz im Suchindex
| _version_ | 1804139933568335872 |
|---|---|
| adam_text | MUSTAFA ERGEN MOBILE BROADBAND INCLUDING WIMAX AND LTE SPRINGER CONTENTS
PART I FUNDAMENTALS OF WIRELESS COMMUNICATION AND IP NETWORKING 1
INTRODUCTION TO MOBILE BROADBAND 3 1.1 INTRODUCTION 3 1.2 BEFORE 3G AND
BROADBAND 6 1.2.1 CELLULAR COMMUNICATION 6 1.2.2 BROADBAND AND WLAN/WIFI
7 1.3 3G AND BROADBAND WIRELESS 9 1.3.1 THE 3GPP FAMILY 9 1.3.2 THE
3GPP2 FAMILY 11 1.3.3 BROADBAND WIRELESS ACCESS 12 1.4 MOBILE WIMAX AND
4G 14 1.5 KEY FEATURES 15 1.6 MOBILE BROADBAND MARKET 16 1.7 SUMMARY 17
REFERENCES 17 2 BASICS OF CELLULAR COMMUNICATION 19 2.1 CELLULAR CONCEPT
19 2.1.1 HANDOVER 21 2.1.2 CELLULAR DEPLOYMENTS 22 2.2 SPECTRAL
EFFICIENCY 25 2.3 DIGITAL COMMUNICATION 26 2.3.1 SOURCE CODING 27 2.3.2
CHANNEL CODING 29 2.3.3 ERROR DETECTION CODING 29 2.3.4 FORWARD ERROR
CORRECTION 30 2.3.5 HARD AND SOFT DECISION DECODING 30 2.3.6 PUNCTURING
31 2.3.7 HYBRID ARQ 31 2.3.8 INTERLEAVING 32 VII VIII CONTENTS 2.3.9
ENCRYPTION AND AUTHENTICATION 32 2.3.10 DIGITAL MODULATION 35 2.4
WIRELESS CHANNEL 37 2.4.1 PATHLOSS 38 2.4.2 SHADOWING 44 2.4.3 FADING 45
2.4.4 DELAY SPREAD 47 2.4.5 COHERENCE BANDWIDTH 48 2.4.6 DOPPLER SPREAD
50 2.4.7 COHERENCE TIME 50 2.4.8 CHANNEL MODELS 51 2.5 DIVERSITY
TECHNIQUES 55 2.6 MULTIPLE ACCESS SCHEMES 56 2.7 OFDMA 58 2.8 DUPLEXING:
TDD, H/FDD ARCHITECTURES 60 2.9 WIRELESS BACKHAULING 61 2.10 SUMMARY 63
REFERENCES 64 3 BASICS OF ALL-IP NETWORKING 67 3.1 INTRODUCTION 67 3.2
IP PROTOCOL * 68 3.3 IP ADDRESS ASSIGNMENT 70 3.4 IPV6 71 3.5 IP
TRANSMISSION 72 3.6 IP ROUTING PROTOCOLS 73 3.6.1 RIP VERSION 2 74 3.6.2
OSPF 75 3.6.3 BGP VERSION 4 75 3.6.4 MULTICAST IP 76 3.7 QOS FOR ALL-IP
NETWORK 76 3.7.1 DIFFSERV: DIFFERENTIATED SERVICES 76 3.7.2 INTSERV:
INTEGRATED SERVICES 77 3.7.3 RSVP: RESOURCE RESERVATION PROTOCOL 78
3.7.4 MPLS: MULTIPROTOCOL LABEL SWITCHING 79 3.7.5 DPI: DEEP PACKET
INSPECTION 81 3.8 IP HEADER COMPRESSION 82 3.9 IP SECURITY 83 3.9.1
SECURITY ASSOCIATIONS 85 3.10 IP TUNNELING 86 3.11 PPP: POINT-TO-POINT
PROTOCOL 88 3.11.1 LCP LINK ESTABLISHMENT 88 3.11.2 PPP AUTHENTICATION
89 3.12 AAA 89 3.12.1 RADIUS 90 3.12.2 DIAMETER 91 CONTENTS IX 3.13 EAP:
EXTENSIBLE AUTHENTICATION PROTOCOL 92 3.13.1 EAP-TLS 93 3.13.2 EAP-TTLS
94 3.13.3 EAP-AKA 94 3.14 MOBILE IP 95 3.14.1 ROUTE OPTIMIZATION 96
3.14.2 REVERSE TUNNELING 96 3.14.3 PMIPV4: PROXY MOBILE IPV4 97 3.14.4
MOBILE IP FOR IPV6 98 3.14.5 PMIPV6: PROXY MOBILE IPV6 98 3.15 SIP:
SESSION INITIATED PROTOCOL 99 3.16 IMS: IP MULTIMEDIA SUBSYSTEM 102 3.17
SUMMARY 105 REFERENCES 105 PART II THEORY OF OFDMA AND MIMO 4 PRINCIPLES
OF OFDM 109 4.1 INTRODUCTION 109 4.2 A SIMPLE OFDM SYSTEM 114 4.3 CODING
118 4.3.1 BLOCK CODING 120 4.3.2 REED-SOLOMON CODING 123 4.3.3
CONVOLUTIONAL CODING 125 4.3.4 CONCATENATED CODING 128 4.3.5 TRELLIS
CODING 130 4.3.6 TURBO CODING 132 4.3.7 LDPC CODING 135 4.4
SYNCHRONIZATION 138 4.4.1 TIMING OFFSET 139 4.4.2 FREQUENCY OFFSET 140
4.4.3 PHASE NOISE 140 4.4.4 PILOT-ASSISTED TIME/FREQUENCY
SYNCHRONIZATION 141 4.4.5 BLIND TIME-FREQUENCY SYNCHRONIZATION 143 4.5
DETECTION AND CHANNEL ESTIMATION 143 4.5.1 COHERENT DETECTION 143 4.6
EQUALIZATION 146 4.6.1 ZF: ZERO FORCING EQUALIZER 148 4.6.2 MMSE:
MINIMUM MEAN-SQUARE ERROR EQUALIZER 149 4.6.3 DFE: DECISION FEEDBACK
EQUALIZERS 150 4.6.4 ADAPTIVE EQUALIZERS 152 4.6.5 MLSE: MAXIMUM
LIKELIHOOD SEQUENCE ESTIMATION 152 4.6.6 VITERBI EQUALIZER 152 4.6.7
TURBO EQUALIZER 154 4.6.8 EQUALIZATION IN OFDM 154 4.6.9 TIME AND
FREQUENCY DOMAIN EQUALIZATION 158 X CONTENTS 4.7 PEAK-TO-AVERAGE POWER
RATIO AND CLIPPING 159 4.7.1 WHATISPAPR? , 159 4.7.2 CLIPPING 161 4.7.3
OTHER METHODS 166 4.8 APPLICATION: IEEE 802.1 LA 168 4.9 SUMMARY 170
REFERENCES 171 5 PRINCIPLES OF OFDMA 177 5.1 OVERVIEW 177 5.1.1 RANDOM
ACCESS: CSMA-OFDM 178 5.1.2 TIME DIVISION: TDMA-OFDM 179 5.1.3 FREQUENCY
DIVISION: FDMA-OFDM 180 5.1.4 CODE DIVISION: MC-CDMA 181 5.1.5 SPACE
DIVISION: SDMA-OFDM 181 5.1.6 OFDMA 182 5.2 MULTIUSER DIVERSITY AND AMC
183 5.3 OFDMA SYSTEM MODEL AND FORMULATION 184 5.3.1 SCALABLE OFDMA 185
5.3.2 SYSTEM MODEL 186 5.3.3 QOS AWARENESS 187 5.3.4 CHANNEL 187 5.4
SUBCARRIER ALLOCATION: FIXED QOS CONSTRAINTS 188 5.4.1 OPTIMAL SOLUTION
189 5.4.2 SUBOPTIMAL SOLUTIONS 190 5.4.3 SUBCARRIER ALLOCATION 190 5.4.4
BIT LOADING ALGORITHM 191 5.4.5 ITERATIVE SOLUTION 192 5.4.6 FAIR
SCHEDULING ALGORITHM 192 5.4.7 GREEDY RELEASE ALGORITHM 193 5.4.8
HORIZONTAL SWAPPING ALGORITHM 193 5.4.9 VERTICAL SWAPPING ALGORITHM 194
5.4.10 PERFORMANCE ANALYSIS 195 5.5 SUBCARRIER ALLOCATION: VARIABLE QOS
199 5.6 FREQUENCY REUSE: SINGLE FREQUENCY NETWORK 201 5.6.1 OPTIMUM
SOLUTION 203 5.6.2 ADAPTIVE SOLUTION 203 5.6.3 HEURISTIC SOLUTION 206
5.7 CODE-BASED ALLOCATION: FLASH-OFDM 208 5.7.1 INTERFERENCE DIVERSITY
209 5.7.2 HOPPING METHOD 214 5.7.3 LATIN SQUARE 214 5.7.4 FLASH-OFDM
ARCHITECTURE 215 CONTENTS XI 5.8 SUBCARRIER SHARING: EMBEDDED MODULATION
216 5.8.1 OPTIMUM SOLUTION 217 5.8.2 ITERATIVE SOLUTION 218 5.9 SUMMARY
219 REFERENCES 219 6 MULTIPLE ANTENNA SYSTEMS 221 6.1 INTRODUCTION 221
6.2 SPATIAL DIVERSITY 224 6.3 BASICS OF MIMO 225 6.3.1 MIMO CHANNEL 226
6.3.2 DECODING 227 6.3.3 CHANNEL ESTIMATION 227 6.3.4 CHANNEL FEEDBACK
228 6.4 SIMO 229 6.4.1 COMBINING TECHNIQUES 230 6.5 MISO 234 6.5.1
TRANSMIT DIVERSITY WITH CSI 234 6.5.2 TRANSMIT DIVERSITY WITHOUT CSI
(ALAMOUTI SCHEME) 235 6.5.3 MISO CAPACITY 236 6.6 MIMO 237 6.6.1 MIMO
BEAMFORMING - EIGENBEAMFORMING 237 6.6.2 2X2 MIMO - ALAMOUTI BASED 239
6.6.3 SPATIAL MULTIPLEXING GAIN 240 6.6.4 MIMO CAPACITY WITH CSI 242
6.6.5 MIMO CAPACITY WITHOUT CSI 243 6.7 SPACE-TIME CODING 244 6.7.1
SPACE-TIME BLOCK CODING (STBC) 244 6.7.2 SPACE-TIME TRELLIS CODING
(STTC) 246 6.8 MIMO BLAST TRANSCEIVER 249 6.9 MIMO WITH HARQ 252 6.10
MULTIUSER MIMO - SDMA 253 6.11 COOPERATIVE MIMO AND MACRODIVERSITY 254
6.12 OTHER SMART ANTENNA TECHNIQUES 255 6.13 APPLICATION: IEEE 802.1 IN
256 6.14 SUMMARY 258 REFERENCES 259 7 SC-FDMA 261 7.1 INTRODUCTION 261
7.2 SC-FDMA VS. OFDMA 261 7.3 SC-FDMA SYSTEM 263 7.4 SUMMARY 266
REFERENCES 266 XII CONTENTS PART III APPLICATIONS OF IP-OFDMA 8 WIMAX
PHYSICAL LAYER 271 8.1 OFDMA SIGNAL 273 8.2 OFDMA SYMBOL 274 8.2.1 FUSC:
FULL USAGE OF SUBCARRIERS 274 8.2.2 DL PUSC: DOWNLINK PARTIAL USAGE OF
SUBCARRIERS 276 8.2.3 UL PUSC: UPLINK PARTIAL USAGE OF SUBCARRIERS 276
8.2.4 TUSC: TILE USAGE OF SUBCARRIERS 278 8.2.5 AMC SUBCHANNELS 279
8.2.6 DATA ROTATION 279 8.3 OFDMA FRAME 281 8.3.1 OFDMA DATA MAPPING 282
8.3.2 TDD FRAME 283 8.3.3 FDD/HFDD FRAME 285 8.3.4 SEGMENTS AND ZONES
285 8.3.5 MBS ZONE 287 8.3.6 SOUNDING ZONE 288 8.4 MULTIPLE ANTENNA
SYSTEM SUPPORT 289 8.4.1 ADAPTIVE ANTENNA SYSTEM 289 8.4.2 SPACE-TIME
CODING: OPEN-LOOP 290 8.4.3 FHDC: FREQUENCY HOPPING DIVERSITY CODE 292
8.4.4 MIMO: CLOSED-LOOP 293 8.4.5 FEEDBACK METHODS 295 8.5 CHANNEL
CODING 297 8.5.1 RANDOMIZATION 297 8.5.2 FEC ENCODING 297 8.5.3
INTERLEAVING 302 8.5.4 REPETITION 303 8.5.5 MODULATION 303 8.6 CONTROL
MECHANISMS 303 8.6.1 RANGING 304 8.6.2 POWER CONTROL 305 8.6.3 CHANNEL
QUALITY MEASUREMENTS 306 8.7 SUMMARY 307 REFERENCES 307 9 WIMAX MAC
LAYER 309 9.1 REFERENCE MODEL 310 9.2 PHS: PACKET HEADER SUPPRESSION 312
9.3 DATA/CONTROL PLANE 312 9.3.1 MAC PDU FORMATS 313 9.3.2 CONSTRUCTION
AND TRANSMISSION OF MAC PDUS 320 9.3.3 ARQ MECHANISM 320 9.3.4
TRANSMISSION SCHEDULING 323 CONTENTS XIII 9.4 NETWORK ENTRY AND
INITIALIZATION 325 9.5 QOS 327 9.6 SLEEP MODE FOR MOBILITY-SUPPORTING MS
329 9.6.1 POWER SAVING CLASS OF TYPE I 330 9.6.2 POWER SAVING CLASS OF
TYPE II 330 9.6.3 POWER SAVING CLASS OF TYPE III 331 9.6.4 PERIODIC
RANGING IN SLEEP MODE 331 9.7 HANDOVER 331 9.7.1 SCANNING 331 9.7.2
ASSOCIATION PROCEDURE 332 9.7.3 HO PROCESS 332 9.7.4 SOFT HANDOVER 334
9.8 MBS: MULTICAST BROADCAST SERVICE 337 9.9 IDLE MODE AND PAGING 337
9.10 SUMMARY 339 REFERENCES 339 10 WIMAX NETWORK LAYER 341 10.1
INTRODUCTION 341 10.2 DESIGN CONSTRAINTS 342 10.3 NETWORK REFERENCE
MODEL 342 10.4 ASN: ACCESS SERVICE NETWORK 344 10.4.1 BS: BASE STATION
344 10.4.2 ASN-GW: ACCESS SERVICE NETWORK - GATEWAY 345 10.5 CSN:
CONNECTIVITY SERVICE NETWORK 346 10.6 REFERENCE POINTS 347 10.7 PROTOCOL
CONVERGENCE LAYER 347 10.8 NETWORK DISCOVERY AND SELECTION 349 10.9 IP
ADDRESSING 350 10.10 AAA FRAMEWORK 351 10.10.1 AUTHENTICATION AND
AUTHORIZATION PROTOCOLS 352 10.10.2 AUTHENTICATOR AND MOBILITY DOMAINS
355 10.11 ACCOUNTING 355 10.11.1 OFFLINE ACCOUNTING 357 10.11.2 ONLINE
ACCOUNTING 357 10.11.3 HOT-LINING 357 10.12 QOS FRAMEWORK 358 10.12.1
DIFFSERV SUPPORT 359 10.13 ASN ANCHORED MOBILITY 360 10.13.1 DATA PATH
(BEARER) FUNCTION 361 10.13.2 HANDOFF FUNCTION 362 10.13.3 CONTEXT
FUNCTION 362 10.13.4 DATA INTEGRITY 362 10.14 CSN ANCHORED MOBILITY 363
10.14.1 PROXY MIP 363 10.14.2 CLIENT MIP 364 XIV CONTENTS 10.15 RRM:
RADIO RESOURCE MANAGEMENT 365 10.16 PAGING AND IDLE MODE 365 10.17
RELEASE 1.5 FEATURES 366 10.17.1 ROHC: ROBUST HEADER COMPRESSION 366
10.17.2 MCBCS: MULTICAST BROADCAST SERVICES 370 10.17.3 LBS: LOCATION
BASED SERVICES 370 10.17.4 ES: EMERGENCY SERVICES 372 10.17.5 LI: LAWFUL
INTERCEPT 373 10.17.6 USI: UNIVERSAL SERVICES INTERFACE 375 10.17.7 OTA:
OVER-THE-AIR PROVISIONING 376 10.18 SUMMARY 377 REFERENCES 378 11
LONG-TERM EVOLUTION OF 3GPP 379 11.1 EPS: EVOLVED PACKET SYSTEM 381
11.1.1 MME: MOBILITY MANAGEMENT ENTITY 382 11.1.2 SGW: SERVING GATEWAY
383 11.1.3 PDN GW: PACKET DATA NETWORK GATEWAY 383 11.2 E-UTRAN 384
11.2.1 ENB: EVOLVED NODEB 385 11.3 UE: USER EQUIPMENT 387 11.3.1
REFERENCE POINTS 388 11.4 SYSTEM ASPECTS 390 11.4.1 QOS 390 11.4.2
SECURITY 391 11.5 LTE HIGHER PROTOCOL LAYERS 392 11.5.1 COMMUNICATION
CHANNEL STRUCTURE 393 11.5.2 NAS LAYER 395 11.5.3 RRC LAYER 395 11.5.4
PDCP LAYER 396 11.5.5 RLC LAYER 396 11.6 LTE MAC LAYER 397 11.6.1
SCHEDULING 397 11.6.2 HARQ 398 11.6.3 CELL SEARCH 399 11.6.4 POWER
CONTROL 399 11.6.5 INTERCELL INTERFERENCE MITIGATION 399 11.6.6
INTERNODE * SYNCHRONIZATION 400 11.6.7 PHYSICAL LAYER MEASUREMENTS 400
11.6.8 EVOLVED-MULTICAST BROADCAST MULTIMEDIA SERVICES 400 11.6.9 SELF
CONFIGURATION 401 11.7 LTE PHY LAYER 403 11.7.1 LTE FRAME 403 11.7.2
CHANNEL CODING 405 11.7.3 OFDMA DOWNLINK 407 XV 11.7.4 MIMO FOR OFDMA
DOWNLINK 409 11.7.5 SC-FDMA UPLINK 411 11.7.6 MIMO FOR SC-FDMA UPLINK
412 11.8 SUMMARY 414 REFERENCES 414 12 ULTRA MOBILE BROADBAND OF 3GPP2
417 12.1 INTRODUCTION 417 12.2 REFERENCE MODEL 419 12.3 CAN: CONVERGED
ACCESS NETWORK 420 12.3.1 AGW: ACCESS GATEWAY 421 12.3.2 SRNC: SESSION
REFERENCE NETWORK CONTROLLER 422 12.3.3 EBS: EVOLVED BASE STATION 422
12.3.4 OTHER ENTITIES 423 12.3.5 REFERENCE POINTS 424 12.4 MOBILITY
SUPPORT 425 12.4.1 MULTIROUTE 425 12.4.2 INTER-EBS HANDOVER 425 12.4.3
INTER-AGW HANDOVER 426 12.4.4 INTERSYSTEM HANDOVER 426 12.5 UMB AIR
INTERFACE PROTOCOL ARCHITECTURE 426 12.6 UMB PHYSICAL AND MAC LAYERS 428
12.6.1 FORWARD AND REVERSE LINK CHANNELS 429 12.6.2 CODING AND
MODULATION 431 12.6.3 OFDM STRUCTURE AND MODULATION PARAMETERS 432
12.6.4 HARQ 435 12.6.5 MULTIPLE ANTENNA PROCEDURES 436 12.6.6 HOP-PORT
DEFINITION AND INDEXING 437 12.6.7 CHANNEL TREE 439 12.6.8 RESOURCE
MANAGEMENT 442 12.6.9 INTERFERENCE MANAGEMENT 443 12.6.10 POWER SAVINGS
444 12.7 SUMMARY 444 REFERENCES 445 13 DRIVERS OF CONVERGENCE 447 13.1
NETWORK CONVERGENCE 448 13.1.1 LTE INTERWORKING WITH WIMAX 449 13.1.2
LTE INTERWORKING WITH HRPD OF 3GPP2 451 13.1.3 WIMAX INTERNETWORKING
WITH 3GPP2 452 13.1.4 WIMAX INTERNETWORKING WITH 3GPP 453 13.1.5 WIMAX
INTERNETWORKING WITH DSL 454 13.1.6 GAN: GENERIC ACCESS NETWORK
(FORMERLY UMA) 456 13.1.7 SEAMLESSNESS WITH IEEE 802.21 458 XVI CONTENTS
13.2 SERVICE CONVERGENCE 460 13.2.1 ONE PCC 461 13.2.2 ONE IMS 463 13.3
DEVICE CONVERGENCE 465 13.4 MORE COVERAGE WITH IEEE 802.16J 466 13.4.1
TRANSPARENT RELAY MODE 467 13.4.2 NONTRANSPARENT RELAY MODE 467 13.5
MORE CAPACITY WITH IEEE 802.16M 468 13.5.1 UPLINK 470 13.5.2 LOW-LATENCY
FRAME 471 13.6 MORE ACCESS WITH IEEE 802.20 472 13.7 MORE FREE SPECTRUM
WITH IEEE 802.22 473 13.7.1 IEEE 802.22 AIR INTERFACE 475 13.8 SUMMARY
478 REFERENCES 478 LIST OF FIGURES 481 LIST OF TABLES 495 GLOSSARY 497
INDEX - 507
|
| any_adam_object | 1 |
| author | Ergen, Mustafa |
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| callnumber-first | T - Technology |
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| callnumber-search | TK5103.4 |
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| ctrlnum | (OCoLC)148753242 (DE-599)GBV596226241 |
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| id | DE-604.BV035722008 |
| illustrated | Illustrated |
| indexdate | 2024-07-09T21:51:57Z |
| institution | BVB |
| isbn | 9780387681894 9780387681924 |
| language | English |
| oai_aleph_id | oai:aleph.bib-bvb.de:BVB01-017998770 |
| oclc_num | 148753242 |
| open_access_boolean | |
| owner | DE-92 DE-83 DE-M347 |
| owner_facet | DE-92 DE-83 DE-M347 |
| physical | XVI, 513 S. Ill., graph. Darst. |
| publishDate | 2009 |
| publishDateSearch | 2009 |
| publishDateSort | 2009 |
| publisher | Springer |
| record_format | marc |
| spelling | Ergen, Mustafa Verfasser aut Mobile broadband including WiMAX and LTE Mustafa Ergen New York, NY Springer 2009 XVI, 513 S. Ill., graph. Darst. txt rdacontent n rdamedia nc rdacarrier Literaturangaben Broadband communication systems Orthogonal frequency division multiplexing Mobiles Internet (DE-588)7627927-3 gnd rswk-swf MIMO (DE-588)7540075-3 gnd rswk-swf WiMAX (DE-588)7565892-6 gnd rswk-swf Mobilfunk (DE-588)4170280-3 gnd rswk-swf OFDMA (DE-588)7628596-0 gnd rswk-swf Mobilfunk (DE-588)4170280-3 s Mobiles Internet (DE-588)7627927-3 s WiMAX (DE-588)7565892-6 s OFDMA (DE-588)7628596-0 s MIMO (DE-588)7540075-3 s DE-604 http://www.gbv.de/dms/ilmenau/toc/596226241.PDF lizenzfrei Inhaltsverzeichnis GBV Datenaustausch application/pdf http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=017998770&sequence=000001&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA Inhaltsverzeichnis |
| spellingShingle | Ergen, Mustafa Mobile broadband including WiMAX and LTE Broadband communication systems Orthogonal frequency division multiplexing Mobiles Internet (DE-588)7627927-3 gnd MIMO (DE-588)7540075-3 gnd WiMAX (DE-588)7565892-6 gnd Mobilfunk (DE-588)4170280-3 gnd OFDMA (DE-588)7628596-0 gnd |
| subject_GND | (DE-588)7627927-3 (DE-588)7540075-3 (DE-588)7565892-6 (DE-588)4170280-3 (DE-588)7628596-0 |
| title | Mobile broadband including WiMAX and LTE |
| title_auth | Mobile broadband including WiMAX and LTE |
| title_exact_search | Mobile broadband including WiMAX and LTE |
| title_full | Mobile broadband including WiMAX and LTE Mustafa Ergen |
| title_fullStr | Mobile broadband including WiMAX and LTE Mustafa Ergen |
| title_full_unstemmed | Mobile broadband including WiMAX and LTE Mustafa Ergen |
| title_short | Mobile broadband |
| title_sort | mobile broadband including wimax and lte |
| title_sub | including WiMAX and LTE |
| topic | Broadband communication systems Orthogonal frequency division multiplexing Mobiles Internet (DE-588)7627927-3 gnd MIMO (DE-588)7540075-3 gnd WiMAX (DE-588)7565892-6 gnd Mobilfunk (DE-588)4170280-3 gnd OFDMA (DE-588)7628596-0 gnd |
| topic_facet | Broadband communication systems Orthogonal frequency division multiplexing Mobiles Internet MIMO WiMAX Mobilfunk OFDMA |
| url | http://www.gbv.de/dms/ilmenau/toc/596226241.PDF http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=017998770&sequence=000001&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA |
| work_keys_str_mv | AT ergenmustafa mobilebroadbandincludingwimaxandlte |
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Inhaltsverzeichnis