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Telecommunications Essentials : The Complete Global Source for Communications Fundamentals, Dat...

ISBN: 9780201760323 | 0201760320
Edition: 1st
Format: Paperback
Publisher: Addison-Wesley Professional
Pub. Date: 12/26/2001

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SummaryTable of ContentsAuthor Biography
Whether you're new to telecommunications and IT or simply want an understandable, comprehensive review of the state-of-the-art, this book is for you. Leading telecommunications trainer and consultant Lillian Goleniewski combines clear explanations of fundamental principles with in-depth, up-to-the minute coverage of networking and the Internet. More than competitive guides, Telecommunications Essentials combines the global breadth and technical depth readers need to truly master telecommunications. Telecommunications Essentials covers the entir... MORE
Introductionxv
About the Authorxix
Acknowledgmentsxxi
Part I Telecommunications Fundamentals1(150)
... MORE
Understanding the Telecommunications Revolution
3(18)
Changes in Telecommunications
4(12)
Incorporating Human Senses in Telecommunications
5(1)
The Emergence of Wearables
6(2)
Moving Toward Pervasive Computing
8(1)
Moving Toward Machine-to-Machine Communications
8(1)
Adapting to New Traffic Patterns
9(1)
Handling New Types of Applications
10(1)
Increasing Backbone Bandwidth
11(1)
Responding to Political and Regulatory Forces
11(5)
The New Public Network
16(2)
Convergence
18(3)
Telecommunications Technology Fundamentals
21(32)
Transmission Lines
21(7)
Circuits
22(2)
Channels
24(1)
Lines and Trunks
25(1)
Virtual Circuits
26(2)
Types of Network Connections
28(1)
The Electromagnetic Spectrum and Bandwidth
28(6)
The Electromagnetic Spectrum
28(4)
Bandwidth
32(2)
Analog and Digital Transmission
34(5)
Analog Transmission
35(1)
Digital Transmission
36(1)
Analog Versus Digital Transmission
37(1)
Conversion: Codecs and Modems
38(1)
Multiplexing
39(10)
FDM
41(2)
TDM
43(1)
STDM
43(1)
Intelligent Multiplexing
44(2)
Inverse Multiplexing
46(1)
WDM/DWDM
47(2)
Standards Organizations
49(4)
Transmission Media: Characteristics and Applications
53(42)
Twisted-pair
56(6)
Categories of Twisted-pair
57(1)
Applications of Twisted-pair
58(1)
Analog and Digital Twisted-pair
58(3)
Advantages and Disadvantages of Twisted-pair
61(1)
Coaxial Cable
62(4)
Characteristics of Coaxial
63(1)
Applications of Coaxial
64(1)
Advantages and Disadvantages of Coaxial
64(2)
Microwave
66(6)
Characteristics of Microwave
66(1)
Applications of Microwave
67(3)
Advantages and Disadvantages of Microwave
70(1)
Emerging Applications and Developments in Microwave
71(1)
Satellite
72(12)
Frequency Allocations of Satellite
74(2)
Satellite Network Segments
76(1)
Satellite Orbits
76(5)
Applications of Satellite
81(1)
Advantages and Disadvantages of Satellite
82(1)
Emerging Applications and Innovations in Satellite
82(2)
Fiber Optics
84(11)
Characteristics of Fiber Optics
84(1)
Components of Fiber Optics
85(2)
How Fiber-Optic Transmission Works
87(1)
Innovations in Fiber Optics: EDFAs, WDM, and DWDM
88(1)
Applications of Fiber Optics
89(1)
Advantages and Disadvantages of Fiber Optics
90(2)
Wiring for Tomorrow: Undersea Fiber Cables
92(3)
Establishing Communications Channels
95(18)
Establishing Connections: Switching Modes and Networking Modes
95(16)
Networking Modes
96(1)
Switching Modes
97(14)
The PSTN Versus the Internet
111(2)
PSTN Characteristics
111(1)
Internet Characteristics
111(1)
Converging Networks: The Next Generation
112(1)
The PSTN
113(38)
The PSTN Infrastructure
113(10)
Service Providers
114(2)
Network Access
116(1)
Access Services
117(1)
Transport Services
118(3)
PSTN Architecture
121(2)
The Transport Network Infrastructure
123(15)
The PDH Infrastructure
123(9)
The SDH/SONET Infrastructure
132(6)
Signaling Systems
138(6)
SS7 Architecture
140(3)
SS7 and the Internet
143(1)
Intelligent Networks
144(7)
AINs
145(1)
Next-Generation Networks
146(5)
Part II Data Networking Basics151(130)
Data Communications Basics
153(22)
The Evolution of Data Communication
153(6)
Data Communication Architectures
153(4)
Data Communication Traffic
157(2)
Data Flow
159(11)
The DTE, the DCE, the Transmission Channel, and the Physical Interface
159(1)
Modems and Modulation
160(5)
Simplex, Half-Duplex, and Full-Duplex Data Transmission
165(1)
Coding Schemes: ASCII, EBCDIC, Unicode, and Beyond
166(1)
Transmission Modes: Asynchronous and Synchronous Transmission
167(2)
Error Control
169(1)
The OSI Reference Model and Protocols
170(5)
The OSI Reference Model
171(2)
Protocols and Protocol Stacks
173(2)
Wide Area Networking
175(40)
Circuit-Switched Networks
176(13)
Leased Lines
177(9)
ISDN
186(3)
Packet-Switched Networks
189(26)
X.25
193(4)
Frame Relay
197(8)
ATM
205(10)
Local Area Networking
215(26)
LAN Basics
215(2)
LAN Concepts and Benefits
216(1)
LAN Components
217(1)
LAN Characteristics
217(10)
LAN Transmission Media
218(1)
LAN Transport Techniques
219(2)
LAN Access Methods
221(4)
LAN Topologies
225(2)
LAN Interconnection and Internetworking
227(11)
Hubs
227(1)
LAN Switches
228(2)
VLANs
230(1)
Bridges
231(3)
Routers
234(3)
IP Switches
237(1)
Enterprise Network Trends
238(3)
The Internet: Infrastructure and Service Providers
241(40)
Internet Basics
241(18)
A Brief History of the Internet
242(2)
What the Internet Is and How It Works
244(3)
Internet Protocols
247(5)
Internet Addressing
252(4)
The Domain Name System
256(3)
The Organization of the Internet
259(6)
The Evolution of the POP Architecture
259(4)
Internet Challenges and Changes
263(2)
Service Providers
265(11)
Evaluating Service Providers
267(7)
The Service Provider Value Chain
274(2)
Internet Interconnection and Exchange
276(5)
NAPs
276(2)
Peering Agreements
278(1)
Private NAPs
278(3)
Part III Next-Generation Networks281(202)
Next-Generation Networks
283(46)
The Broadband Evolution
283(4)
Communications Traffic Trends
284(1)
Communications Backbone Trends
285(1)
Communications Bandwidth Trends
285(1)
Communications Application Trends
286(1)
Multimedia Networking Requirements
287(8)
Digital Video
288(4)
Television Standards
292(3)
The Broadband Infrastructure
295(9)
Converging Public Infrastructures
295(1)
Broadband Service Requirements
296(1)
Characteristics of Next-Generation Networks
297(3)
IP and ATM
300(4)
The Broadband Architecture: Multiservice Networks
304(25)
The Three-Tiered Architecture
306(5)
The Next-Generation Switching Architecture
311(5)
QoS
316(13)
Next-Generation Network Services
329(40)
Traditional Internet Applications
329(2)
VPNs
331(11)
VPN Frameworks
333(3)
VPN Applications
336(4)
VPN Gateway Functions
340(2)
Benefits and Evolution of VPNs
342(1)
Security
342(6)
Firewalls
342(1)
Authentication
343(1)
Encryption
344(4)
Digital Certificates
348(1)
VoIP
348(16)
VoIP Trends and Economics
348(1)
Advantages of VoIP
349(1)
VoIP Applications
350(4)
VoIP Service Categories
354(1)
VoIP Network Elements
355(6)
Next-Generation Standards and Interoperability
361(1)
IP PBXs
362(1)
The Future of VoIP
363(1)
Multimedia on the Internet: Streaming Media
364(5)
Streaming Media Trends
364(1)
Streaming Media Applications
365(1)
Streaming Media on the Internet
365(4)
Optical Networking
369(20)
Optical Networking Drivers
369(2)
Components of an End-to-End Optical Network
371(14)
EDFAs
372(1)
WDM and DWDM
373(4)
Optical OADMs
377(1)
Optical Switches
378(6)
Other Optical Components
384(1)
IP over Optical Standards
385(1)
Managing Optical Networks
385(4)
Broadband Access Solutions
389(36)
xDSL
391(10)
HDSL
393(2)
IDSL
395(1)
SDSL
395(1)
M/SDSL
396(1)
ADSL
396(3)
RADSL
399(1)
VDSL
399(2)
HFC
401(6)
HFC Architectures
402(1)
Cable Modems
403(2)
Digital Cable TV Devices
405(2)
Fiber
407(6)
FTTC
408(2)
FTTH
410(1)
PONs
411(2)
Wireless Broadband Access Media
413(8)
DBS
415(1)
MMDS
416(2)
LMDS
418(1)
Free Space Optics
419(1)
Unlicensed Bands
420(1)
Emerging Media
421(4)
HomePNA
421(1)
Ethernet-in-the-Loop
422(1)
PLT
422(3)
Wireless Communications
425(42)
Spectrum Reuse
427(10)
Space Division
427(3)
Multiple Access Techniques
430(4)
Spread Spectrum Techniques
434(2)
Duplexing Techniques
436(1)
Compression Techniques
436(1)
Wireless WANs: Cellular Radio and PCS Networks
437(22)
Analog Cellular Networks
438(2)
Digital Cellular Networks
440(2)
Wireless Data Networks
442(2)
Cellular And PCS Standards
444(5)
3G Mobile Systems and Beyond
449(6)
Mobile Internet
455(4)
Wireless MANs
459(4)
Wireless Local Loop Applications
460(1)
Wireless Local Loop Options
461(2)
Wireless LANs
463(2)
Wireless PANs
465(2)
IrDA
465(1)
Bluetooth
465(1)
HomeRF
466(1)
The Broadband Home and HANs
467(16)
The Broadband Home
467(5)
The Smart House
468(1)
Intelligent Appliances
469(3)
HANs
472(11)
The HAN Market, Applications, and Elements
474(2)
Types of HANs
476(4)
HAN Gateways and Servers
480(1)
Planning for the Future
480(3)
Glossary483(78)
Index561

Lillian Goleniewski is Founder and President of the LIDO Organization, Inc., an internationally acclaimed provider of education, information, and advisory services in the area of telecommunications technologies, services and networks.

Ms. Goleniewski lectures extensively on telecommunications technology and management topics throughout the world. She is the author and creator of LIDO Telecommunications Essentials® (www.telecomessentials.com). Ms. Goleniewski’s seminars and eLearning series have been conducted on an international basis since 1984, and are offered throughout Asia, Australia/New Zealand, Africa, Europe, the Middle East, North America and South America.

Prior to forming the LIDO Organization, Ms. Goleniewski held the position of telecommunications operations manager at the Electric Power Research Institute (EPRI), the research and development arm of the U.S. utility industry. Before joining EPRI, Ms. Goleniewski was vice-president of operations for a San Francisco-based telecommunications consulting firm.

Ms. Goleniewski graduated Phi Beta Kappa and Summa Cum Laude from Wayne State University in Detroit, Michigan. She holds a B.A. in psychology and has completed numerous post-graduate studies in information technologies as well as psychology. Ms. Goleniewski was the recipient of a NSF Award to conduct research in the area of human perception and information processing.



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