Networking Infrastructure for Pervasive Computing: Enabling Technologies and Systems

Pirmais vāks
Springer Science & Business Media, 2003 - 287 lappuses
Networking Infrastructure for Pervasive Computing: Enabling Technologies & Systems is a comprehensive guide to tomorrow's world of ubiquitous computing where users can access and manipulate information from everywhere at all times.
The emphasis is on networking, systems and standards rather than detailed physical implementation. Addressed are many technical obstacles, such as, connectivity, levels of service, performance, and reliability and fairness. The authors also describe the existing enabling off-the-shelf technologies and its underlying infrastructure known as pervasive networking (PervNet). PervNet ties different sets of smart nodes together enabling them to communicate with each other to provide pervasive computing services to users. Throughout the book, important issues related to scalability, transparency, security, energy management, QoS provisioning, fault tolerance, and disconnected operations are discussed.
This work provides a research and development perspective to the field of PervNet and will serve as an essential reference for network designers, operators and developers.

No grāmatas satura

 

Saturs

Pervasive Computing
1
11 EVOLUTION
2
112 Distributed Computing
3
113 Web Computing
4
115 Pervasive Computing
7
121 Introduction
8
13 PERVCOMP MODEL
11
1312 Sensors
12
54 SMART ADAPTERS
133
55 RELATED PROJECTS
134
5512 Coda
135
553 Global Computing
136
5533 RaDaR
137
wwwglobusorg
138
wwwmithralcomproiectscosm
139
wwwlrifrfedakXtremWeh
140

132 Pervasive Network PervNet
13
133 Pervasive Middleware PervVVare
14
134 Pervaiive Applicationi
15
14 ISSUES
16
1412 PeopleDevice Tracking
17
1413 Geometric Modeling
18
143 Heterogeneity
19
145 Invisibility
20
1451 Selftuning Autoconfiguration
21
146 Integration
22
147 Socioeconomic Concerns
23
15 APPLICATION POTENTIAL
24
16 PERVASIVE INITIATIVES
26
163 Endeavour
27
164 Oxygen
28
165 Portolano
29
166 Sentient Computing
30
167 CoolTown
32
168 eBiquity
33
1610 EasyLiving
34
1611 pvcIBM
35
REFERENCES
36
Pervasive Networking
39
NETWORKING INFRASTRUCTURE
41
222 Attributes
42
23 PERVNET ARCHITECTURE
45
24 MANAGING PERVASIVENESS
46
242 Registration
48
25 MOBILITY MANAGEMENT
49
26 SERVICE DISCOVERY
51
27 DISCONNECTED OPERATION
52
28 PROPOSED SOLUTIONS
53
283 AutoRegistration
54
284 Dynamic Mobility Management
55
29 SUMMARY
56
REFERENCES
57
Backbone Technology
59
32 ELECTRICAL BACKBONE NETWORKS
61
322 Gigabit Ethernet
62
3J OPTICAL BACKBONE NETWORKS
64
331 FDDI
65
332 ATM
66
334 SONETSDH
67
335 WDM
69
3352 Network Architecture
71
3353 Advantages of Mesh Networks
72
3354 Lightpath Establishment
73
3355 Virtual Topology Design
75
33551 Generation of Arbitrary Virtual Topology
77
33552 Embedding of Virtual Topology
79
33553 Wavelength Assignment
80
33554 TrafficAssignment
82
3357 Wavelength Reservation
83
33571 Forward Reservation Protocols FRPs
84
33572 Backward Reservation Protocols
86
3358 Intelligent Optical Switching
87
33591 Architecture
88
33592 Optical Layer Functions
89
33593 Control Protocol
90
34 WIRELESS BACKBONE NETWORKS
92
342 Satellite Networks
93
343 Wireless Fibreless Optical Networks
96
35 THE INTERNET
98
36 SUMMARY
101
REFERENCES
102
Wireless Access Technology
105
412 Mobile Wireless Access
106
42 SHORTRANGE WIRELESS NETWORKS PERSONAL AREA NETWORKS
108
422 Infrared Communication Configurations
109
423 Shortrange Radio Communication
110
43 WIRELESS LANS
112
431 Characteristics of Ad hoc Wireless Networks
113
432 Three Fundamental Design Choices
114
4322 Proactive vs Reactive Routing
115
4333 Medium Access Protocol
116
METROPOLITAN AREA WMAN
119
45 WIRELESS WAN
120
451 Basic Cellular Architecture
122
452 Location Management
123
453 Radio Resource Management
124
46 DISCUSSION
125
Interface Technology
127
52 MIDDLEWARES
128
521 Models
129
522 Semantics
130
524 Application Programming Interface API
131
53 INTELLIGENT ENVIRONMENT
132
554 Pervasive Computing
141
5542 omniORB
142
REFERENCES
143
Internet
145
62 IPV6
147
622 Mobility in IPv6
150
63 MOBILE IP
151
632 Mobile IP with AAA
154
633 Macro Mobility in Mobile IP
155
634 HAWAII
158
CELLULAR IP
159
65 CORE IP NETWORKS
161
652 Integrated Services Intserv
164
653 Differentiated Services Diffserv
165
654 Resource Reservation Protocol RSVP
169
655 RSVP Extensions
171
6551 RSVP Tunnel with Mobile IPv4
172
6552 Mobile IPv6 and RSVP Integration Model
173
6553 Mobile IP with Location Registers
175
6554 Mobility Support based on Flow Transparency
176
662 Traffic and QoS Properties
180
67 IP OVER WDM
182
672 IP over Optical Network Architectures
184
Provisioning and Restoration
186
674 Optical Packet Switching
188
675 MPLS based IP and WDM
189
68 INTERNET TELEPHONY
194
An Overview
195
683 Example Integration Scenario
196
69 ALL IPBASED NETWORKS
199
691 TeleMIP
200
692 Enhancement in IP
201
693 AllIPbased Wireless Networks
202
694 IPbased IMT Network
203
695 AllIPbased UMTS Architecture
205
610 SUMMARY
209
REFERENCES
210
Wireless Standards
213
711 Wireless Generations
215
712 Mobile Communication Traffic
218
713 Wireless Transmission Characteristics
219
72 CELLULAR TELEPHONE SYSTEM
220
721 FirstGeneration Mobile Systems
221
7222 GPRS
222
7223 cdmaOne
223
7224 GPRS vs cdmaOne Packet Data
224
7225 TDMA
226
7226 PDC
227
7231 UMTS
228
7232 Cdma2000
229
73 EVOLUTION OF THE NETWORK ARCHITECTURE
230
732 UMTS AllIP Architecture
232
7321 IPBased UTRAN
233
733 CDMA2000 Network Architecture
235
741 WLAN
237
7411 The IEEE 80211 Standard
238
7412 Bluetooth Wireless Technology
239
7414 ETSI HiperLAN2
240
7421 Overview of Three Standards
242
75 SEAMLESS PERVNET ARCHITECTURE
243
76 FUTURE DIRECTION
246
Challenges
249
82 PERVNET CHALLENGES
250
822 Scalability
251
824 Protocols
252
826 Quality of Service QoS
253
827 Power Energy
254
83 PERVWARE CHALLENGES
255
84 PERVCOMP CHALLENGES
256
842 Context Management
257
843 Integration
258
845 Transparency
259
847 Power Management
260
848 Application Support
261
85 OTHER CHALLENGES
262
852 Social Challenges
263
REFERENCES
264
Vision for the Future
265
92 DATACENTRIC COMPUTING
267
93 UBIQUITOUS COMPUTING
268
94 WEARABLE COMPUTING
270
95 DISPOSABLE COMPUTING
272
96 SMART ENVIRONMENT
273
97 EPILOGUE
275
Index
277
Autortiesības

Citi izdevumi - Skatīt visu

Networking Infrastructure for Pervasive Computing: Enabling Technologies and ...
Debashis Saha,Amitava Mukherjee,Somprakash Bandyopadhyay
Ierobežota priekšskatīšana - 2011
Networking Infrastructure for Pervasive Computing
Debashis Saha,Amitava Mukherjee,Somprakash Bandyopadhyay
Priekšskatījums nav pieejams - 2011
Networking Infrastructure for Pervasive Computing: Enabling Technologies and ...
Debashis Saha,Amitava Mukherjee,Somprakash Bandyopadhyay
Priekšskatījums nav pieejams - 2012

Bieži izmantoti vārdi un frāzes

3GPP algorithm allows applications backbone bandwidth base stations Bluetooth cable capabilities care-of address CDMA cdmaOne Cellular IP channel components configuration connection core network data rates destination DiffServ domain dynamic end-to-end Ethernet FDDI fiber functionality gateway Gigabit Ethernet global GPRS handoff hoc networks IEEE Communications Magazine implementation infrastructure integration interaction interface Internet IP network IP-based IPv6 kb/s label layer lightpath Mb/s mechanism middleware mobile communications Mobile IP mobile node mobility management MPLS multimedia multiple network architecture operation optical networks packet path pervasive computing pervasive devices PervComp PervComp environment PervNet physical problem protocol PSTN radio reservation routers routing RSVP scalability server signalling smart standard subnet switching terminal traffic transmission transmit ubiquitous computing UMTS UTRAN virtual topology wavelength wireless access wireless LAN wireless networks

Atsauces uz šo grāmatu

Par autoru (2003)

Debasish Saha holds a Ph.D. in electronics and electrical communications engineering from the Indian Institute of Technology (IIT) at Kharagpur, India. He is an associate professor of computer science with the MIS Group and Computer Science at the Indian Institute of Management (IIM), Calcutta, and a senior member of the IEEE. Amitava Mukherjee received his Ph.D. in computer science from Jadavpur University, Calcutta, India. He is a principal consultant for IBM Global Services, Calcutta, India, and a member of the IEEE Communications Society. Somprakash Bandyopadhyay holds a Ph.D. in computer science from Jadavpur University, Calcutta, India. He is an associate professor with the MIS Group and Computer Science at the Indian Institute of Management (IIM) Calcutta.

Bibliogrāfiskā informācija

NosaukumsNetworking Infrastructure for Pervasive Computing: Enabling Technologies and Systems
Springer Nature Book Archives Millennium
AutoriDebashis Saha, Amitava Mukherjee, Somprakash Bandyopadhyay
Izdevums:ilustrēts
IzdevējsSpringer Science & Business Media, 2003
ISBN140207249X, 9781402072499
Apjoms287 lappuses
  
Eksportēt avotuBiBTeX EndNote RefMan