Mobile Networks and Management - First International Conference, MONAMI 2009, Athens, Greece, October 13-14, 2009. Revised Selected Papers (Lecture Notes of the Institute for Computer Sciences, Social-Informatics and Telecommunications, Vol 32)

von: Kostas Pentikousis, Oliver Blume, Ramón Agüero Calvo, Symeon Papavassiliou (Eds.)

Springer-Verlag, 2010

ISBN: 9783642118173 , 157 Seiten

Format: PDF, OL

Kopierschutz: Wasserzeichen

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Mobile Networks and Management - First International Conference, MONAMI 2009, Athens, Greece, October 13-14, 2009. Revised Selected Papers (Lecture Notes of the Institute for Computer Sciences, Social-Informatics and Telecommunications, Vol 32)


 

Title Page

2

Preface

5

Organization

6

Table of Contents

8

Session1: Handovers in Multiaccess Networks

10

Handovers for Ubiquitous and Optimal Broadband Connectivity among Cooperative Networking Environments

11

Introduction

11

The Handover Problem Formulation

12

Brief Overview of Recent Standardization Efforts Concerning Inter-system Handovers

15

IETF Efforts

15

IEEE Efforts

16

3GPP Efforts

17

DVB Efforts

17

Open Research and Development Issues Related to Inter-system Handover

18

Components of a Framework for Optimized Handover Operations

19

Conclusions

20

References

21

OpenMIH, an Open-Source Media-Independent Handover Implementation and Its Application to Proactive pre-Authentication

22

Introduction

22

Related Work

23

Media-Independent Handover Services

24

OpenMIH implementation

26

Proactive Pre-authentication Using OpenMIH

28

Scenario Outline

29

Proactive pre-Authentication Execution

30

Conclusion and Future Work

32

References

32

Bandwidth Sensitive Adaptation of Applications during MRM Controlled Multi-Radio Handover

34

Introduction

34

Multi-Radio Management

35

Abstraction and Adaptation Layer

36

Multi-Radio Measurements

36

Access Selection

37

Mobility Management

37

IP Multimedia Subsystem

37

Bandwidth Adaptation of Applications

38

UDP Applications

38

TCP Applications

39

IMS/SIP Applications

39

Demonstrator

40

Demonstrator Set-Up

40

Demonstrator Results

42

Conclusion

44

References

44

Session 2: Context and Connection Management

46

An Autonomic Connection Management Mechanism on Mobile Terminals

47

Introduction

47

Related Work

48

Autonomic Connection Management

48

Connection Management in MT

49

Autonomic Connection Management

49

Simulation Results and Performance Analyzing

52

Conclusions and Future Work

54

References

54

Context-Aware Connectivity and Mobility in Wireless Mesh Networks

55

Introduction

55

Related Work on Context-Awareness and Overlays in WMNs

56

Multi-Overlay Environment

57

Management of Overlays

58

Mobility Optimization through Overlays

58

Integrating Context through Distributed Hash Tables

59

Architectural Discussion

61

Conclusion

61

References

62

Dissemination of Anonymised Context Information by Extending the DCXP Framework

63

Introduction

63

Distributed Context eXchange Protocol

64

Context Storage

64

DCXP Topology

65

DCXP Messages

65

Universal Context IDs

66

Enabling Anonymity in DCXP

67

Grouping

67

Changes to the UCI When Disseminating Anonymous Context

67

Message Routing and Signaling

68

DCXP Anonymity Primitives

69

Conclusions and Future Work

70

References

71

Alternative Enhancement of Associativity Based Routing (AEABR) for Mobile Networks

73

Introduction

73

Method

73

Relay Selection Algorithms

74

Minimum Distance Path

75

Minmax Distance Path

75

Relay Selection Using Power Threshold (PT)

75

Relay Selection According to Path Loss

76

Long Life Path Selection Algorithms

76

EABR (Enhanced Accociativity Based Routing)

76

AEABR (Alternative Enhanced Accociativity Based Routing)

77

Messaging Overheads of the Long Life Relay Selection Algorithms

79

Results and Discussion

81

Results of the Relay Selection Algorithms

81

Results of the Long Life Path Selection Algorithms EABR and AEABR

82

Conclusion

82

References

83

Session 3: Future Internet

84

Towards Automized Interconnection of Networks: Composition and Dynamic Negotiation of SLAs

85

Background

85

Issues in Current Operations and Management of Internetworking

86

Concepts and Technologies Supporting Automized Internetworking

87

Overview

87

General Composition Principles

87

Network Composition in Ambient Networks

88

Composition Principles in the Nth Stratum Concept

89

Governance for the Control and Supervision of Composition

91

A Meta-model for the Negotiation of Compositions

93

Use Case, Putting the Pieces Together

94

Conclusions

95

References

95

Taxonomy for GP-Aware Mobility

97

Introduction

97

The Generic Path Concept

98

Generic Path Architecture Elements

99

The GPMR Concept

100

Mobility and Generic Paths

103

Mobility Types

103

Mobility Taxonomy

104

Paradigms Comparison

107

Conclusions and Future Work

107

References

108

Session 4: Wireless Networking

109

Topology-Aware Hybrid Random Walk Protocols for Wireless Multihop Networks

110

Introduction

110

Random Walk Framework

112

Hybrid Random Walk Protocols

113

Simple Hybrid Random Walk Protocol (SHRW)

114

Hybrid Random Walk Topology Aware Protocol-Node Degree (HRWTA-n)

115

Hybrid Random Walk Topology Aware Protocol-Density (HRWTA-d)

115

Numerical Results

116

Analysis of Static Environments

117

Analysis of Mobile Environments

118

Discussion

120

References

121

Distributed Algorithm for Self Organizing LTE Interference Coordination

122

Introduction

122

Interference Coordination and Self Organization Task

123

ICIC SON Algorithm Description

124

Distributed Algorithm

124

Information Exchange and Signalling

126

Algorithm Performance Analysis

127

Simulation Environment

127

Scenario Configuration

127

Simulations

127

Conclusion

129

References

130

Session 5: Algorithms and Applications

132

Design and Implementation of a Radio Access Selection Algorithm for Multi-mode Mobile Terminals

133

Introduction

133

Description of the Proposed Algorithm

134

Algorithm Running in the Mobile Terminal (MT)

135

Algorithm Running in the Core Network

137

SDL Prototype and Test-Bed Implementation

138

Conclusions

143

References

144

Managing of Large Data Artifacts on Mobile Devices with an Ultra Sensitive GPS Devices

145

Introduction

145

The PDPT Framework and PDPT Core

147

Maximum User Response Time

147

From Data Collection to Localization

148

The PDPT Framework Design

153

PDPT Core - Area Definition

154

PDPT Framework Data Artifact Management

154

The PDPT Client Application

154

Conclusions

155

References

156

Author Index

157