Network Management in Wired and Wireless Networks,9780792375968

Network Management in Wired and Wireless Networks

by ;
ISBN13: 9780792375968
ISBN10: 0792375963
Format: Hardcover
Pub. Date: 2001-11-01
Publisher(s): Kluwer Academic Pub
List Price: $235.38

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Summary

Network Management in Wired and Wireless Networks addresses various open issues related to performance monitoring, performance management, and performance control. It covers the performance management aspects of broadband wired and wireless cellular networks in an integrated fashion, and highlights the role of performance management in assisting network control procedures to achieve the end objectives of high return on investment for the service provider and an acceptable QoS for the end user. Highlights include: Details of performance monitoring in broadband wired and wireless cellular networks, identifying various parameters that characterize network performance; The role of signaling networks in determining network performance, especially of GSM/GPRS cellular networks; Methods of performance optimization in broadband wired and wireless cellular networks; The role of management systems in network control at the packet, call, and network levels; Application of a monitoring system in facilitating congestion control of ATM/B-ISDN network; and Schemes of bandwidth allocation to optimize throughput and QoS.

Table of Contents

List of Figures
ix
List of Tables
xii
Preface xiii
Introduction
1(17)
Motivation for Performance Control
3(5)
Related Work
8(10)
Packet Level Control
8(3)
Call Level Control
11(4)
Network Level Control
15(1)
The Proposed Framework
15(3)
Performance Management in Broadband Networks
18(47)
Performance Monitoring
19(3)
Performance Monitoring Functions
20(1)
Role of Performance Monitoring
20(1)
Performance Monitoring Requirements
21(1)
Performance Control
22(1)
Performance Monitoring in T-Carrier Systems
23(7)
T-Carrier System: an Overview
24(1)
T1 Fundamentals
24(3)
T3 Fundamentals
27(1)
M13 Frame
28(1)
Performance Monitoring
29(1)
Performance Monitoring Data
29(1)
Performance Monitoring in SDH/SONET based Networks
30(8)
SDH/SONET: an Overview
31(1)
Layered Overhead Structure
32(2)
Performance Monitoring
34(1)
Performance Monitoring Locations
34(1)
Performance Monitoring Data
35(1)
SDH/SONET Performance Primitives
35(2)
SDH/SONET Performance Parameters
37(1)
SONET Maintenance Signals
38(1)
Performance Monitoring in ATM Networks
38(9)
ATM: an Overview
39(2)
Operations, Administrations, and Maintenance (OAM) Flows
41(1)
Performance Monitoring
42(1)
Monitoring Locations
43(1)
Performance Monitoring at TC sublayer
43(1)
Performance Monitoring at ATM layer
44(3)
Performance Monitoring in Frame Relay Networks
47(6)
Frame Relay Protocol and Protocol Architecture
48(1)
Frame Relay Protocol Architecture
48(1)
Frame Relay Protocol
49(3)
Performance Monitoring
52(1)
Performance Monitoring Locations
52(1)
Performance Monitoring Data
53(1)
Transmission Quality Assurance
53(6)
Nature of Impairments
54(2)
Determination of QoS and Facility Performance
56(1)
Proactive Maintenance
57(1)
Thresholding
58(1)
Trending
58(1)
Pattern matching
59(1)
Traffic Management
59(5)
Network Status and Monitoring
61(1)
Circuit Groups
61(1)
Switching nodes
62(1)
Network Performance Monitoring/Control Requirements
62(2)
Summary
64(1)
Performance Management in Cellular Networks
65(28)
Cellular Networks: an Overview
66(5)
RF Channels
67(2)
Terrestrial Channels
69(1)
Signaling Channels
69(2)
Performance Monitoring in GSM/GPRS Networks
71(20)
Network Architectures and Signaling Protocol Stacks
72(3)
The Proposed Framework
75(2)
GSM Performance Estimation
77(2)
Resource Utilization
79(3)
Error performance
82(3)
GPRS Performance Estimation
85(1)
Resource Utilization
86(3)
Radio Resource Error Performance
89(2)
Summary
91(2)
Estimation & Prediction of Multiplexed VBR Traffic
93(25)
The System Model
95(1)
Video-Conferencing or Video-Phone Sources
96(7)
Estimating Current Traffic State
99(1)
Deterministic Arrival
100(1)
Poisson Arrival
101(1)
Predicting Future Traffic States
102(1)
MPEG Sources
103(2)
Time-Sequenced Adaptive Filters
104(1)
Predicting Time of Congestion
105(2)
Results
107(9)
Summary
116(2)
Channel Access Control
118(24)
Call Model
119(1)
CS (Complete Sharing)
119(3)
CP (Complete Partitioning)
122(1)
PS (Partial Sharing)
122(1)
CD (PS with Call Dropping)
123(8)
DQ (Dropped Calls Queued)
126(4)
LQ (Low Priority Calls Queued)
130(1)
DA (PS with Discouraged Arrivals)
131(1)
Numerical Results
132(8)
Summary
140(2)
Bandwidth Optimization in Broadband Networks
142(10)
The Network Model
143(1)
Bandwidth Optimization Procedure
144(6)
Summary
150(2)
Capacity Optimization in Cellular Networks
152(61)
Network Model
153(4)
Capacity Optimization Procedure
157(3)
Soft Capacity of CDMA Cells
160(13)
Cell Capacity Estimation
162(1)
Channel Utilization Models
163(4)
Statistical Multiplexing Gain
167(1)
Cell Level QoS Evaluation
168(1)
Complete Sharing
169(3)
Complete Partitioning
172(1)
Partial Sharing
172(1)
Results
173(11)
Summary
184(1)
Transient State Analysis of an (S+1) State Birth-Death Markov Process
185(4)
Properties of Exponential Random Variables
189(6)
Transition Rates in CD Policy
190(2)
Handover Probability
192(1)
Non-Exponential Call Durations
192(3)
Capacity Optimization Procedure
195(5)
List of Abbreviations and Symbols
200(13)
References 213(8)
Subject Index 221

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