Grundkurs Mobile Kommunikationssysteme: LTE-Advanced Pro, UMTS, HSPA, GSM, GPRS, Wireless LAN und Bluetooth
Gespeichert in:
1. Verfasser: | |
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Format: | Buch |
Sprache: | German |
Veröffentlicht: |
Wiesbaden
Springer Vieweg
[2018]
|
Ausgabe: | 7. Auflage |
Schriftenreihe: | Lehrbuch
|
Schlagworte: | |
Online-Zugang: | Inhaltstext Inhaltsverzeichnis |
Beschreibung: | XV, 464 Seiten Illustrationen, Diagramme 24 cm x 16.8 cm |
ISBN: | 9783658216467 3658216468 |
Internformat
MARC
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020 | |a 9783658216467 |c Broschur : EUR 34.99 (DE), EUR 35.97 (AT), CHF 36.00 (freier Preis) |9 978-3-658-21646-7 | ||
020 | |a 3658216468 |9 3-658-21646-8 | ||
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100 | 1 | |a Sauter, Martin |e Verfasser |0 (DE-588)1076843611 |4 aut | |
245 | 1 | 0 | |a Grundkurs Mobile Kommunikationssysteme |b LTE-Advanced Pro, UMTS, HSPA, GSM, GPRS, Wireless LAN und Bluetooth |c Martin Sauter |
250 | |a 7. Auflage | ||
264 | 1 | |a Wiesbaden |b Springer Vieweg |c [2018] | |
264 | 4 | |c © 2018 | |
300 | |a XV, 464 Seiten |b Illustrationen, Diagramme |c 24 cm x 16.8 cm | ||
336 | |b txt |2 rdacontent | ||
337 | |b n |2 rdamedia | ||
338 | |b nc |2 rdacarrier | ||
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653 | |a GSM | ||
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653 | |a LAN | ||
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653 | |a Martin Sauter | ||
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999 | |a oai:aleph.bib-bvb.de:BVB01-030462572 |
Datensatz im Suchindex
_version_ | 1804178678977921024 |
---|---|
adam_text | INHALTSVERZEICHNIS
1
GSM
..........................................................................................................................
1
1.1
LEITUNGSVERMITTELNDE
DATENUEBERTRAGUNG
......................................................
1
1.1.1
KLASSISCHE
LEITUNGSVERMITTLUNG
.........................................................
2
1.1.2
VIRTUELLE
LEITUNGSVERMITTLUNG
UEBER
IP
..............................................
4
1.2
STANDARDS
.........................................................................................................
5
1.3
UEBERTRAGUNGSGESCHWINDIGKEITEN
...................................................................
5
1.4
DAS
SIGNALISIERUNGSSYSTEM
NR.
7
...................................................................
7
1.4.1
KLASSISCHER
SS-7-PROTOKOLLSTACK
.......................................................
8
1.4.2
SPEZIELLE
SS-7-PROTOKOLLE
FUER
GSM
...................................................
10
1.4.3
IP-BASIERTER
S
S-7-PROTOKOLLSTACK
.......................................................
12
1.5
DIE
GSM
SUBSYSTEME
....................................................................................
13
1.6
DAS
NETWORK
SUBSYSTEM
................................................................................
13
1.6.1
DIE
MOBILE
VERMITTLUNGSSTELLE
(MSC),
SERVER
UND
GATEWAY
..............
14
1.6.2
DAS
VISITOR
LOCATION
REGISTER
(VLR)
..............................................
18
1.6.3
DAS
HOME
LOCATION
REGISTER
(HLR)
................................................
19
1.6.4
DAS
AUTHENTICATION
CENTER
(AC)
.......................................................
23
1.6.5
DAS
SHORT
MESSAGE
SERVICE
CENTER
(SMSC)
....................................
26
1.7
DAS
BASE
STATION
SUBSYSTEM
(BSS)
UND
SPRACHCODIERUNG
.........................
27
1.7.1
FREQUENZBEREICHE
................................................................................
27
1.7.2
BASE
TRANSCEIVER
STATION
(BTS)
............................................................
29
1.7.3
DIE
GSM-LUFTSCHNITTSTELLE
.................................................................
30
1.7.4
DER
BASE
STATION
CONTROLLER
(BSC)
..................................................
38
1.7.5
DIE
TRAU
FUER
SPRACHDATENUEBERTRAGUNG
..........................................
43
1.7.6
CHANNEL
CODER
UND
INTERLEAVER
IN
DER
BTS
.......................................
48
1.7.7
VERSCHLUESSELUNG
..................................................................................
50
1.7.8
MODULATION
........................................................................................
51
1.7.9
VOICE
ACTIVITY
DETECTION
...................................................................
52
IX
X
INHALTSVERZEICHNIS
1.8
MOBILITY
MANAGEMENT
UND
CALL
CONTROL
.......................................................
54
1.8.1
CELL
RESELECTION
UND
LOCATION
AREA
UPDATE
.....................................
54
1.8.2
MOBILE
TERMINATED
CALL
.....................................................................
56
1.8.3
HANDOVERSZENARIEN
............................................................................
59
1.9
MOBILE
ENDGERAETE
.............................................................................................
61
1.9.1
AUFBAU
EINES
EINFACHEN
GSM
TELEFONS
............................................
61
1.9.2
AUFBAU
EINES
SMARTPHONES
...............................................................
64
1.10
DIE
SIM-KARTE
.................................................................................................
65
1.11
DAS
INTELLIGENT
NETWORK
SUBSYSTEM
UND
CAMEL
........................................
70
1.12
FRAGEN
UND
AUFGABEN
....................................................................................
72
2
GPRS
UND
EDGE
...................................................................................................
75
2.1
LEITUNGSVERMITTELTE
DATENUEBERTRAGUNG
.........................................................
76
2.2
PAKETORIENTIERTE
DATENUEBERTRAGUNG
...............................................................
77
2.3
GPRS
AUF
DER
LUFTSCHNITTSTELLE
.....................................................................
79
2.3.1
GPRS
TIMESLOT-NUTZUNG
IM
VERGLEICH
ZU
GSM
..............................
79
2.3.2
GLEICHZEITIGE
NUTZUNG
EINER
BASISSTATION
VON
GSM
UND
GPRS
...
82
2.3.3
CODING
SCHEMES
................................................................................
82
2.3.4
EDGE
(EGPRS)
................................................................................
84
2.3.5
MOBILE
DEVICE
CLASSES
.......................................................................
85
2.3.6
NETWORK
OPERATION
MODE
(NOM)
.....................................................
86
2.3.7
GPRS-KANALSTRUKTUR
AUF
DER
LUFTSCHNITTSTELLE
..................................
88
2.4
GPRS-ZUSTANDSMODELL
....................................................................................
91
2.5
GPRS-NETZWERKELEMENTE
..............................................................................
93
2.5.1
DIE
PACKET
CONTROL
UNIT
(PCU)
.........................................................
94
2.5.2
DER
SERVING
GPRS
SUPPORT
NODE
(SGSN)
......................................
95
2.5.3
DER
GATEWAY
GPRS
SUPPORT NODE
(GGSN)
....................................
97
2.6
GPRS
RADIO
RESOURCE
MANAGEMENT
.............................................................
98
2.7
GPRS-SCHNITTSTELLEN
UND
PROTOKOLLE
................................................................
101
2.8
GPRS
MOBILITY
UND
SESSION
MANAGEMENT
(GMM/SM)
................................
105
2.8.1
MOBILITY
MANAGEMENT-AUFGABEN
.......................................................
106
2.8.2
GPRS
SESSION
MANAGEMENT
...............................................................
108
2.9
SESSION
MANAGEMENT
AUS
ANWENDERSICHT
.......................................................
111
2.9.1
LEITUNGSVERMITTELTER
VERBINDUNGSAUFBAU
..........................................
112
2.9.2
GPRS-VERBINDUNGSAUFBAU
....................................................................
113
2.10
FRAGEN
UND
AUFGABEN
.........................................................................................
115
3
UMTS
UND
HSPA
.....................................................................................................
117
3.1
UEBERBLICK,
HISTORIE
UND
ZUKUNFT
......................................................................
118
3.1.1
3GPP
RELEASE
99:
DIE
ERSTE
VERSION
DES
NEUEN
RADIONETZWERKS
...
119
3.1.2
3GPP
RELEASE
4:
BEARER
INDEPENDENT
CORE
NETWORK
........................
120
3.1.3
3GPP
RELEASE
5:
HSDPA
....................................................................
121
INHALTSVERZEICHNIS
XI
3.1.4
3GPP
RELEASE
6:
HIGH
SPEED
UPLINK
PACKET
ACCESS
(HSUPA)
...
122
3.1.5
3GPP
RELEASE
7
UND
8:
HSPA+
.........................................................
123
3.2
WICHTIGE
NEUE
KONZEPTE
IN
UMTS
RELEASE
99
...............................................
123
3.2.1
DER
RADIO
ACCESS
BEARER
(RAB)
.......................................................
123
3.2.2
AUFTEILUNG
IN
ACCESS
STRATUM
UND
NON-ACCESS
STRATUM
...............
124
3.2.3
GEMEINSAMES
UEBERTRAGUNGSPROTOKOLL
FUER
CS
UND
PS
........................
125
3.3
CODE
DIVISION
MULTIPLE
ACCESS
(CDMA)
.......................................................
126
3.3.1
SPREIZFAKTOR,
CHIPRATE
UND
PROZESSGEWINN
........................................
130
3.3.2
DER
OVSF-CODEBAUM
..........................................................................
131
3.3.3
SCRAMBLING
IN
UPLINK-
UND
DOWNLINK-RICHTUNG
................................
132
3.3.4
FREQUENZ-
UND
ZELLPLANUNG
IN
UMTS
.................................................
134
3.3.5
NEAR-FAR-EFFEKT
UND
ZELLATMUNG
.........................................................
134
3.3.6
VORTEILE
DES
UMTS-RADIONETZWERKES
GEGENUEBER
GSM
...................
136
3.4
UMTS-KANALSTRUKTUR
AUF
DER
LUFTSCHNITTSTELLE
...............................................
138
3.4.1
USER
PLANE
UND
CONTROL
PLANE
.............................................................
138
3.4.2
COMMON
UND
DEDICATED-KANAELE
.........................................................
139
3.4.3
LOGISCHE,
TRANSPORT-
UND
PHYSIKALISCHE
KANAELE
................................
140
3.4.4
BEISPIEL:
NETZWERKSUCHE
......................................................................
145
3.4.5
BEISPIEL:
DER
ERSTE
NETZWERKZUGRIFF
...................................................
146
3.4.6
DER
UU
PROTOKOLL
STACK
........................................................................
148
3.5
DAS
UMTS
TERRESTRIAL
RADIO
ACCESS
NETWORK
(UTRAN)
............................
153
3.5.1
NODE-B,
LUB
INTERFACE,
NB
AP
UND
FP
.................................................
153
3.5.2
DER
RNC,
LU,
LUB
UND
LUR-SCHNITTSTELLE,
RANAP
UND
RNSAP
....
155
3.5.3
ADAPTIVE
MULTI-RATE-NB
UND
-WB
FUER
SPRACHUEBERTRAGUNG
...........
160
3.5.4
RADIO
RESOURCE
CONTROL
(RRC)-ZUSTAENDE
........................................
162
3.6
MOBILITY
MANAGEMENT
AUS
SICHT
DES
KERNNETZES
..........................................
166
3.7
MOBILITY
MANAGEMENT
AUS
SICHT
DES
RADIONETZWERKES
................................
167
3.7.1
MOBILITY
MANAGEMENT
IM
CELL-DCH-ZUSTAND
..................................
168
3.7.2
MOBILITY
MANAGEMENT
IM
IDLE-ZUSTAND
.............................................
176
3.7.3
MOBILITY
MANAGEMENT
IN
ANDEREN
ZUSTAENDEN
....................................
178
3.8
UMTS
CS
UND
PS-VERBINDUNGSAUFBAU
...........................................................
180
3.9
HIGH
SPEED
DOWNLINK
PACKET
ACCESS
(HSDPA)
............................................
183
3.9.1
HSDPA-KANAELE
....................................................................................
184
3.9.2
KLEINERE
DELAY-ZEITEN
UND
HYBRID
ARQ
(HARQ)
..............................
186
3.9.3
SCHEDULING
IM
NODE-B
........................................................................
188
3.9.4
ADAPTIVE
MODULATION,
CODIERUNG
UND
GESCHWINDIGKEIT
...................
189
3.9.5
AUF-UND
ABBAU
EINER
HSDPA-VERBINDUNG
........................................
191
3.9.6
HSDPA
MOBILITY
MANAGEMENT
...........................................................
192
3.10
HIGH
SPEED
UPLINK
PACKET
ACCESS
(HSUPA)
................................................
194
3.10.1
E-DCH-
KANALSTRUKTUR
..........................................................................
195
3.10.2
DER
E-DCH-PROTOKOLL
STACK
...............................................................
199
XII
INHALTSVERZEICHNIS
3.10.3
E-DCH
SCHEDULING
..............................................................................
200
3.10.4
E-DCH
MOBILITY
..................................................................................202
3.10.5
E-DCH-ENDGERAETE
................................................................................
203
3.11
FRAGEN
UND
AUFGABEN
.......................................................................................
204
4
LONG
TERM
EVOLUTION
(LTE)
UND
LTE-ADVANCED
...............................................
205
4.1
EINLEITUNG UND
UEBERBLICK
..................................................................................
205
4.2
NETZWERK-ARCHITEKTUR
UND
SCHNITTSTELLEN
.......................................................
208
4.2.1
LTE-ENDGERAETE
UND
DIE
LTE
UU-SCHNITTSTELLE
....................................209
4.2.2
DER
ENODEB
UND
DIE
S1
UND
X2-SCHNITTSTELLEN
...................................
211
4.2.3
DIE
MOBILITY
MANAGEMENT
ENTITY
(MME)
.........................................
214
4.2.4
DAS
SERVING-GATEWAY
..........................................................................216
4.2.5
DAS
PDN-GATEWAY
................................................................................216
4.2.6
DAS
HSS
.................................................................................................
217
4.2.7
ZUSAETZLICHE
SYSTEME
ZUR
ABRECHNUNG
UND
QUALITAETSSTEUERUNG
(QOS)
...................................................................
217
4.3
DIE
LTE-LUFTSCHNITTSTELLE
UND
DAS
RADIONETZWERK
.......................
218
4.3.1
OFDMA
FUER
DIE
DATENUEBERTRAGUNG
IM
DOWNLINK
..............................
219
4.3.2
SC-FDMA
FUER
UPLINK
UEBERTRAGUNGEN
.................................................
221
4.3.3
QUADRATURE
AMPLITUDE
MODULATION
FUER
SUBCARRIER
..............................
223
4.3.4
SYMBOLE,
SLOTS,
RADIO
BLOCKS
UND
FRAMES
........................................
225
4.3.5
REFERENZ-
UND
SYNCHRONISATIONS-SIGNALE
............................................
226
4.3.6
DAS
LTE-KANALMODEL
IN
DOWNLINK-RICHTUNG
....................................
227
4.3.7
DOWNLINK
MANAGEMENT-KANAELE
...........................................................
228
4.3.8
SYSTEM
INFORMATION
MESSAGES
.............................................................229
4.3.9
DAS
LTE-KANALMODEL
IN
DER
UPLINK-RICHTUNG
..................................
230
4.3.10
MULTIPLE
INPUT
MULTIPLE
OUTPUT
UEBERTRAGUNGEN
................................
231
4.3.11
HARQ
...................................................................................................232
4.3.12
PDCP
-
KOMPRIMIERUNG
UND
VERSCHLUESSELUNG
..................................
233
4.3.13
DER
LTE
PROTOKOLL
STACK
.....................................................................234
4.4
SCHEDULING
.........................................................................................................
235
4.4.1
DOWNLINK
SCHEDULING
..........................................................................236
4.4.2
UPLINK
SCHEDULING
..............................................................................
239
4.5
GRUNDSAETZLICHE
PROZEDUREN
..............................................................................
240
4.5.1
NETZWERKSUCHE
....................................................................................
240
4.5.2
ATTACH
UND
AKTIVIERUNG
DES
DEFAULT
BEARERS
......................................
243
4.5.3
HANDOVER
SZENARIEN
..............................................................................
248
4.6
MOBILITY
MANAGEMENT
UND
LEISTUNGSOPTIMIERUNG
........................................
250
4.6.1
MOBILITAETSMANAGEMENT
IM
RRC-CONNECTED
STATE
............................
251
4.6.2
MOBILITY
MANAGEMENT
IM
IDLE
STATE
...................................................
253
4.6.3
MOBILITY
MANAGEMENT
UND
ZUSTANDSAENDERUNGEN
IN
DER
PRAXIS
....
256
4.7
LTE
SICHERHEITSARCHITEKTUR
..............................................................................
257
INHALTSVERZEICHNIS
XIII
4.8
ZUSAMMENSPIEL
MIT
UMTS
UND
GSM
.............................................................259
4.8.1
CELL
RESELECTION
ZWISCHEN
LTE
UND
GSM/UMTS
.........................259
4.8.2
RRC
CONNECTION
RELEASE
MIT
REDIRECT
ZWISCHEN
LTE
UND
GSM/UMTS
......................................................................................
261
4.8.3
HANDOVER
ZWISCHEN
LTE
UND
UMTS
..............................................
262
4.9
CARRIER
AGGREGATION
..........................................................................................262
4.9.1
CA
VARIANTEN,
BANDBREITENKLASSEN
UND
BANDKOMBINATIONEN
....
264
4.9.2
CA
KONFIGURATIONEN,
AKTIVIERUNG
UND
DEAKTIVIERUNG
....................
266
4.10
VON
DIPOLEN
ZU
AKTIVEN
ANTENNEN
UND
GIGABIT
BACKHAUL
............................
269
4.11
SELF-ORGANIZING
NETWORKS
..............................................................................
271
4.12
CS-FALLBACK
FUER
SPRACHE
UND
SMS
MIT
LTE
..................................................
272
4.12.1 SMS
UEBER
SGS
....................................................................................272
4.12.2
CS
FALLBACK
........................................................................................
274
4.13
MACHINE
TYPE
COMMUNICATION
(MTC)
UND
DAS
INTERNET
DER
DINGE
...........277
4.13.1
LTE
CAT-1
ENDGERAETE
.......................................................................
278
4.13.2
LTE
CAT-0
ENDGERAETE
UND
PSM
.......................................................
279
4.13.3
LTE
CAT-ML
ENDGERAETE
...................................................................279
4.13.4
LTE
NB1
(NB-IOT)
ENDGERAETE
.........................................................
280
4.13.5
NB-IOT
KONFIGURATIONSOPTIONEN
.......................................................
281
4.13.6
DIE
NB-IOT
LUFTSCHNITTSTELLE
...........................................................
281
4.13.7
NB-IOT
CONTROL
CHANNELS
UND
SCHEDULING
......................................
282
4.13.8
NB-IOT
MULTI-CARRIER
OPERATION
.......................................................284
4.13.9
NB-IOT
DURCHSATZ
UND
ANZAHL
DER
GERAETE
PRO
ZELLE
........................
284
4.13.10
NB-IOT
STROMSPARMECHANISMEN
.......................................................
285
4.13.11
NB-IOT
-
HIGH
LATENCY
KOMMUNIKATION
........................................286
4.13.12
NB-IOT
-
OPTIMIERUNG
VON
IP
UND
NICHT-IP
BASIEREN
DATENUEBERTRAGUNGEN
.........................................................................287
4.13.13
NB-IOT
ZUSAMMENFASSUNG
...............................................................
289
4.14
WEITERE
FUNKTIONEN
VON
LTE-ADVANCED
UND
LTE
ADVANCED
PRO
............289
4.14.1
RELAYS
................................................................................................
290
4.14.2
HETNETS,
ICIC
UND
ELCIC
.................................................................
290
4.14.3
COORDINATED
MULTIPOINT
OPERATION
..................................................292
4.15
FRAGEN
UND
AUFGABEN
........................................................................................294
5
VOICE
OVER
LTE
(VOLTE)
........................................................................................
295
5.1
DAS
SESSION
INITIATION
PROTOCOL
(SIP)
.............................................................296
5.2
DAS
IP
MULTIMEDIA
SUBSYSTEM
(IMS)
UND
VOLTE
........................................
301
5.2.1
ARCHITEKTURUEBERBLICK
.........................................................................
301
5.2.2
IMS
REGISTRIERUNG
..............................................................................
302
5.2.3
DER
VOLTE
GESPRAECHSAUFBAU
...........................................................
305
5.2.4
LTE
BEARER
KONFIGURATION
FUER
VOLTE
............................................
307
5.2.5
DEDICATED
BEARER
SETUP
MIT
PRECONDITIONS
......................................
309
XIV
INHALTSVERZEICHNIS
5.2.6
HEADER
COMPRESSION
UND
DRX
...........................................................
311
5.2.7
SPRACHCODECS
UND
AUSHANDLUNG
DER
BANDBREITE
................................
313
5.2.8
FREITON,
RING-BACK
MELODIEN
UND
EARLY-MEDIA
................................
316
5.2.9
VERWENDUNG
VON
PORTS
..........................................................................317
5.2.10
FILTERUNG
VON
NACHRICHTEN
UND
ASSERTED
IDENTITIES
............................318
5.2.11
DTMF
TOENE
...........................................................................................
318
5.2.12
SMS
UEBER
IMS
......................................................................................319
5.2.13
KONFIGURATION
DER
ANRUFWEITERLEITUNG
UND
XCAP
............................
320
5.2.14
SINGLE
RADIO
VOICE
CALL
CONTINUITY
.....................................................322
5.2.15
WAHL
DES
RADIONETZWERKES,
T-ADS
UND
VOLTE
INTERWORKING
MIT
GSM
UND
UMTS
............................................................................
326
5.2.16
VOLTE
NOTRUFE
......................................................................................
328
5.3
VOLTE
ROAMING
...............................................................................................
330
5.3.1
OPTION
1:
VOLTE
LOCAL
BREAKOUT
.......................................................
331
5.3.2
OPTION
2:
VOLTE
S8-HOME
ROUTING
...................................................332
5.4
VOICE
OVER
WIFI
(VOWIFI)
..................................................................................
334
5.4.1
VOWIFI
NETZWERKARCHITEKTUR
...............................................................
335
5.4.2
VOWIFI
HANDOVER
..................................................................................337
5.4.3
WIFI-PREFERRED
UND
CELLULAR-PREFERRED
..............................................
338
5.4.4
SMS,
MMS
UND
SUPPLEMENTARY
SERVICES
UEBER
WIFI
.........................339
5.4.5
VOWIFI
ROAMING
....................................................................................
340
5.5
VOLTE
UND
FESTNETZ
IMS
-
EIN
VERGLEICH
.......................................................
340
5.6
FRAGEN
UND
AUFGABEN
........................................................................................342
6
WIRELESS
LAN
IEEE
802.11
..................................................................................
343
6.1
WIRELESS
LAN
UEBERBLICK
..................................................................................
343
6.2
GESCHWINDIGKEITEN
UND
STANDARDS
...................................................................344
6.3
WL
AN
-
KONTI
GURATIONEN
:
VON
AD-HOC
BIS
WIRELESS
BRIDGING
.......................
346
6.3.1
AD-HOC,
BSS,
ESS
UND
WIRELESS
BRIDGING
..........................................
346
6.3.2
SSID
UND
FREQUENZWAHL
......................................................................
350
6.4
MANAGEMENT-OPERATIONEN
................................................................................
352
6.5
DIE
MAC-SCHICHT
.............................................................................................357
6.5.1
ZUGRIFFSSTEUERUNG
AUF
DAS
UEBERTRAGUNGSMEDIUM
................................357
6.5.2
DER
MAC
HEADER
..................................................................................
360
6.6
PHYSICAL
LAYER
UND
MAC-ERWEITERUNGEN
.......................................................362
6.6.1
IEEE
802.
11B
MIT
BIS
ZULL
MBIT/S
.....................................................362
6.6.2
IEEE
802.
11G
MIT
BIS
ZU
54
MBIT/S
.....................................................
365
6.6.3
IEEE
802.11A
MIT
BIS
ZU
54
MBIT/S
.....................................................367
6.6.4
IEEE
802.1
IN
MIT
BIS
ZU
600
MBIT/S
...................................................368
6.6.5
IEEE
802.1
LAC
MIT
BIS
ZU
6.8
GBIT/S
...................................................
378
6.7
WIRELESS
LAN-SICHERHEIT
................................................................................
383
6.7.1
WIRED
EQUIVALENT
PRIVACY
(WEP)
.......................................................384
INHALTSVERZEICHNIS
XV
6.7.2
WPA
UND
WPA2
PERSONAL
MODE-AUTHENTIFIZIERUNG
.........................
385
6.7.3
WPA
UND
WPA2
ENTERPRISE
MODE
AUTHENTIFIZIERUNG
-
EAP-TLS
...
387
6.7.4
WPA
UND
WPA2
ENTERPRISE
MODE
AUTHENTICATION
-
EAP-TTLS
...
389
6.7.5
WPA
UND
WPA2
ENTERPRISE
MODE
AUTHENTICATION
-
EAP-PEAP
...
391
6.7.6
WPA
UND
WPA
ENTERPRISE
MODE
AUTHENTIFIZIERUNG
-
EAP-SIM
...
392
6.7.7
VERSCHLUESSELUNG
MIT
WPA
UND
WPA2
................................................
395
6.7.8
WI-FI
PROTECTED
SETUP
(WPS)
.............................................................396
6.8
IEEE
802.1
LE
UND
WMM
-
QUALITY
OF
SERVICE
............................................
398
6.9
FRAGEN
UND
AUFGABEN
......................................................................................
404
7
BLUETOOTH
...................................................................................................................
407
7.1
UEBERBLICK
UND
ANWENDUNGEN
.........................................................................
407
7.2
PHYSIKALISCHE
EIGENSCHAFTEN
............................................................................
409
7.3
PICONETZE
UND
DAS
MASTER
SLAVE
KONZEPT
.......................................................
411
7.4
DER
BLUETOOTH
PROTOKOLL
STACK
.........................................................................
414
7.4.1
DER
BASEBAND
LAYER
..............................................................................
414
7.4.2
DER
LINK
CONTROLLER
..............................................................................
419
7.4.3
DER
LINK
MANAGER
................................................................................
423
7.4.4
DAS
HCL
INTERFACE
................................................................................
424
7.4.5
DER
L2CAP
LAYER
................................................................................
427
7.4.6
DAS
SERVICE
DISCOVERY
PROTOCOL
.........................................................428
7.4.7
DER
RFCOMM
LAYER
............................................................................
430
7.4.8
AUFBAU
EINER
VERBINDUNG
IM
UEBERBLICK
..............................................
432
7.5
BLUETOOTH
SICHERHEIT
........................................................................................433
7.5.1
PAIRING
BIS
BLUETOOTH
2.0
...................................................................
434
7.5.2
PAIRING
AB
BLUETOOTH
2.1
(SECURE
SIMPLE
PAIRING)
...........................
435
7.5.3
AUTHENTIFIZIERUNG
..................................................................................
437
7.5.4
VERSCHLUESSELUNG
....................................................................................
438
7.5.5
AUTORISIERUNG
........................................................................................
439
7.5.6
SICHERHEITSMODI
....................................................................................
440
7.6
BLUETOOTH
PROFILE
..............................................................................................
441
7.6.1
GRUNDLEGENDE
PROFILE:
GAP,
SDP
UND
SERIAL
PROFILE
.......................
443
7.6.2
OBJECT
EXCHANGE
PROFILE:
FTP,
OBJECT
PUSH
UND
SYNCHRONIZE
....
444
7.6.3
HEADSET,
HANDS-FREE
UND
SIM-ACCESS
PROFILE
..................................
447
7.6.4
HIGH
QUALITY
AUDIO
STREAMING
...........................................................
450
7.6.5
DAS
HUMAN
INTERFACE
DEVICE
(HID)
PROFILE
......................................
453
7.7
FRAGEN
UND
AUFGABEN
......................................................................................455
STICHWORTVERZEICHNIS
.......................................................................................................
457
|
any_adam_object | 1 |
author | Sauter, Martin |
author_GND | (DE-588)1076843611 |
author_facet | Sauter, Martin |
author_role | aut |
author_sort | Sauter, Martin |
author_variant | m s ms |
building | Verbundindex |
bvnumber | BV045071370 |
classification_rvk | ST 273 ZN 6550 ZN 6560 |
ctrlnum | (OCoLC)1042976668 (DE-599)DNB1157114385 |
dewey-full | 621.38456 |
dewey-hundreds | 600 - Technology (Applied sciences) |
dewey-ones | 621 - Applied physics |
dewey-raw | 621.38456 |
dewey-search | 621.38456 |
dewey-sort | 3621.38456 |
dewey-tens | 620 - Engineering and allied operations |
discipline | Informatik Elektrotechnik / Elektronik / Nachrichtentechnik |
edition | 7. Auflage |
format | Book |
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id | DE-604.BV045071370 |
illustrated | Illustrated |
indexdate | 2024-07-10T08:07:48Z |
institution | BVB |
institution_GND | (DE-588)1043386068 |
isbn | 9783658216467 3658216468 |
language | German |
oai_aleph_id | oai:aleph.bib-bvb.de:BVB01-030462572 |
oclc_num | 1042976668 |
open_access_boolean | |
owner | DE-1050 DE-860 DE-Aug4 DE-29T DE-12 DE-523 DE-92 DE-898 DE-BY-UBR DE-11 DE-703 DE-B768 |
owner_facet | DE-1050 DE-860 DE-Aug4 DE-29T DE-12 DE-523 DE-92 DE-898 DE-BY-UBR DE-11 DE-703 DE-B768 |
physical | XV, 464 Seiten Illustrationen, Diagramme 24 cm x 16.8 cm |
publishDate | 2018 |
publishDateSearch | 2018 |
publishDateSort | 2018 |
publisher | Springer Vieweg |
record_format | marc |
series2 | Lehrbuch |
spelling | Sauter, Martin Verfasser (DE-588)1076843611 aut Grundkurs Mobile Kommunikationssysteme LTE-Advanced Pro, UMTS, HSPA, GSM, GPRS, Wireless LAN und Bluetooth Martin Sauter 7. Auflage Wiesbaden Springer Vieweg [2018] © 2018 XV, 464 Seiten Illustrationen, Diagramme 24 cm x 16.8 cm txt rdacontent n rdamedia nc rdacarrier Lehrbuch GSM-Standard (DE-588)4356791-5 gnd rswk-swf IEEE 802 11a (DE-588)7614437-9 gnd rswk-swf Long Term Evolution Advanced (DE-588)102679028X gnd rswk-swf IEEE 802 11 (DE-588)4633968-1 gnd rswk-swf IEEE 802 11ac (DE-588)1073293157 gnd rswk-swf Bluetooth-Standard (DE-588)4638953-2 gnd rswk-swf HSDPA (DE-588)7568341-6 gnd rswk-swf Mobilfunk (DE-588)4170280-3 gnd rswk-swf EDGE Vermittlungstechnik (DE-588)7554968-2 gnd rswk-swf GPRS (DE-588)4620458-1 gnd rswk-swf Generation 4 (DE-588)4429725-7 gnd rswk-swf Drahtloses lokales Netz (DE-588)4633975-9 gnd rswk-swf UMTS (DE-588)4563298-4 gnd rswk-swf HSPA (DE-588)1060862948 gnd rswk-swf UKN GSM Grundkurs Mobile Kommunikationssysteme HSDPA LAN LTE Advanced Martin Sauter Mobile Datenübertragung Mobilfunkstandards Mobilfunktechnik UT GSM-Standard (DE-588)4356791-5 u Bluetooth-Standard (DE-588)4638953-2 u DE-604 GPRS (DE-588)4620458-1 s UMTS (DE-588)4563298-4 s IEEE 802 11 (DE-588)4633968-1 u IEEE 802 11a (DE-588)7614437-9 u IEEE 802 11ac (DE-588)1073293157 u Drahtloses lokales Netz (DE-588)4633975-9 s HSDPA (DE-588)7568341-6 s Mobilfunk (DE-588)4170280-3 s Generation 4 (DE-588)4429725-7 s Long Term Evolution Advanced (DE-588)102679028X u EDGE Vermittlungstechnik (DE-588)7554968-2 s HSPA (DE-588)1060862948 s Springer Fachmedien Wiesbaden (DE-588)1043386068 pbl Erscheint auch als Online-Ausgabe, E-Book (PDF/ePub) 978-3-658-21647-4 X:MVB text/html http://deposit.dnb.de/cgi-bin/dokserv?id=68b8d83199cf4b55ac30a130075d6943&prov=M&dok_var=1&dok_ext=htm Inhaltstext DNB Datenaustausch application/pdf http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=030462572&sequence=000001&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA Inhaltsverzeichnis |
spellingShingle | Sauter, Martin Grundkurs Mobile Kommunikationssysteme LTE-Advanced Pro, UMTS, HSPA, GSM, GPRS, Wireless LAN und Bluetooth GSM-Standard (DE-588)4356791-5 gnd IEEE 802 11a (DE-588)7614437-9 gnd Long Term Evolution Advanced (DE-588)102679028X gnd IEEE 802 11 (DE-588)4633968-1 gnd IEEE 802 11ac (DE-588)1073293157 gnd Bluetooth-Standard (DE-588)4638953-2 gnd HSDPA (DE-588)7568341-6 gnd Mobilfunk (DE-588)4170280-3 gnd EDGE Vermittlungstechnik (DE-588)7554968-2 gnd GPRS (DE-588)4620458-1 gnd Generation 4 (DE-588)4429725-7 gnd Drahtloses lokales Netz (DE-588)4633975-9 gnd UMTS (DE-588)4563298-4 gnd HSPA (DE-588)1060862948 gnd |
subject_GND | (DE-588)4356791-5 (DE-588)7614437-9 (DE-588)102679028X (DE-588)4633968-1 (DE-588)1073293157 (DE-588)4638953-2 (DE-588)7568341-6 (DE-588)4170280-3 (DE-588)7554968-2 (DE-588)4620458-1 (DE-588)4429725-7 (DE-588)4633975-9 (DE-588)4563298-4 (DE-588)1060862948 |
title | Grundkurs Mobile Kommunikationssysteme LTE-Advanced Pro, UMTS, HSPA, GSM, GPRS, Wireless LAN und Bluetooth |
title_auth | Grundkurs Mobile Kommunikationssysteme LTE-Advanced Pro, UMTS, HSPA, GSM, GPRS, Wireless LAN und Bluetooth |
title_exact_search | Grundkurs Mobile Kommunikationssysteme LTE-Advanced Pro, UMTS, HSPA, GSM, GPRS, Wireless LAN und Bluetooth |
title_full | Grundkurs Mobile Kommunikationssysteme LTE-Advanced Pro, UMTS, HSPA, GSM, GPRS, Wireless LAN und Bluetooth Martin Sauter |
title_fullStr | Grundkurs Mobile Kommunikationssysteme LTE-Advanced Pro, UMTS, HSPA, GSM, GPRS, Wireless LAN und Bluetooth Martin Sauter |
title_full_unstemmed | Grundkurs Mobile Kommunikationssysteme LTE-Advanced Pro, UMTS, HSPA, GSM, GPRS, Wireless LAN und Bluetooth Martin Sauter |
title_short | Grundkurs Mobile Kommunikationssysteme |
title_sort | grundkurs mobile kommunikationssysteme lte advanced pro umts hspa gsm gprs wireless lan und bluetooth |
title_sub | LTE-Advanced Pro, UMTS, HSPA, GSM, GPRS, Wireless LAN und Bluetooth |
topic | GSM-Standard (DE-588)4356791-5 gnd IEEE 802 11a (DE-588)7614437-9 gnd Long Term Evolution Advanced (DE-588)102679028X gnd IEEE 802 11 (DE-588)4633968-1 gnd IEEE 802 11ac (DE-588)1073293157 gnd Bluetooth-Standard (DE-588)4638953-2 gnd HSDPA (DE-588)7568341-6 gnd Mobilfunk (DE-588)4170280-3 gnd EDGE Vermittlungstechnik (DE-588)7554968-2 gnd GPRS (DE-588)4620458-1 gnd Generation 4 (DE-588)4429725-7 gnd Drahtloses lokales Netz (DE-588)4633975-9 gnd UMTS (DE-588)4563298-4 gnd HSPA (DE-588)1060862948 gnd |
topic_facet | GSM-Standard IEEE 802 11a Long Term Evolution Advanced IEEE 802 11 IEEE 802 11ac Bluetooth-Standard HSDPA Mobilfunk EDGE Vermittlungstechnik GPRS Generation 4 Drahtloses lokales Netz UMTS HSPA |
url | http://deposit.dnb.de/cgi-bin/dokserv?id=68b8d83199cf4b55ac30a130075d6943&prov=M&dok_var=1&dok_ext=htm http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=030462572&sequence=000001&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA |
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