Mobile Networks and Management 5th International Conference MONAMI 2013 Cork Ireland September 23 25 2013 Revised Selected Papers 1st Edition by Dirk Pesch, Andreas Timm Giel, Ramon Aguero Calvo, Bernd Ludwig Wenning, Kostas Pentikousis ISBN 3319042763 9783319042763

TCP/NC Analysis

1. Introduction

   • 1.1 Overview of TCP/NC

2. Model

3. Analysis of the Number of Base Stations

4. Best Case Scenario

   • 4.1 Analytical Results

   • 4.2 Simulation Results

5. Analysis for TCP/NC and TCP

   • 5.1 Behavior of rg−nc with Varying pp

   • 5.2 Behavior of rg−tcp with Varying pp

   • 5.3 The Number of Base Stations for TCP/NC and TCP

6. Conclusions References

Multipath Algorithms and Strategies to Improve TCP Performance over Wireless Mesh Networks

1. Introduction

2. Related Work

3. Multipath Strategies Routing Algorithms

4. MPTCP as a Multipath Transport Level Solution

5. Simulation Platform and Results

   • 5.1 Multipath Routing Algorithms Behavior

   • 5.2 MPTCP Performance over Wireless Mesh Networks

6. Conclusions and Future Work References

Adaptation and Evaluation of Widely Used TCP Flavours in CCN

1. Introduction

2. Related Work

3. Adaptations

   • 3.1 Flow and Congestion Control Adaptation

   • 3.2 Pre-Recovery Algorithm

   • 3.3 Selective Fast Retransmit Algorithm

   • 3.4 Hop-by-Hop Fairness Control Algorithm

4. Performance Results and Analysis

   • 4.1 Fast Recovery Algorithm

   • 4.2 Selective Fast Retransmit Algorithm

   • 4.3 Pre-Recovery Algorithm

   • 4.4 Hop-by-Hop Flow Fairness Algorithm

5. Conclusion References

Multipath Transmission in Content Centric Networking Using a Probabilistic Ant-Routing Mechanism

1. Introduction

2. Related Work

3. Forwarding and Routing in CCN

4. A Probabilistic Ant-Routing Mechanism for CCN

5. Simulation Scenarios and Results

   • 5.1 Dual Path Scenario

   • 5.2 NSFNET Scenario

6. Conclusion and Future Work References

Mobile Networks

• Learning Based Proactive Handovers in Heterogeneous Networks

  1. Introduction

  2. HET-Q Architecture

  3. Utilization of Cognitive Concepts

     • 3.1 Utilization of Machine Learning Algorithms

     • 3.2 Utilization of Network Planning Information

     • 3.3 Utilization of Cognitive Radio Parameters

  4. Experimental Results

  5. Future Work

  6. Conclusions References

• Enhancing Path Selection in Multihomed Nodes

  1. Introduction

  2. Related Work

  3. MADM for Path Selection

  4. An Evaluation Methodology for MADM Techniques

  5. Evaluation

     • 5.1 Dropbox Scenario

     • 5.2 Heterogeneous Scenario

     • 5.3 Methodology

  6. Results and Discussion

     • 6.1 Dropbox Scenario

     • 6.2 Heterogeneous Scenario

  7. Conclusion References

• Correlation-Based Cell Degradation Detection for Operational Fault Detection in Cellular Wireless

  1. Introduction

  2. The Proposed Algorithm

  3. Investigations with Real Network Data

     • 3.1 Degradation Types

     • 3.2 Window Size Analysis

  4. Choice for Comparing Cells

  5. Conclusion and Future Work References

• Cloudifying Mobile Network Management: Performance Tests of Event Distribution and Rule Processing

  1. Introduction

  2. Conceptual Background, Products and Tools

     • 2.1 Messaging System

     • 2.2 Rule System

  3. Architecture and Design

  4. Implementation

     • 4.1 Core Nodes

     • 4.2 Complex Event Processing (CEP) Node

     • 4.3 Distributed Governance (DG) Node

     • 4.4 Supporting Nodes

  5. Testing and Evaluation (“Strings” as Alarm Events)

     • 5.1 Time Consumption on Core Nodes

     • 5.2 Discussion

  6. Testing and Evaluation (“Maps” as Alarm Events)

     • 6.1 Discussion: Map Events vs String Events

  7. Related Work

  8. Summary and Future Work References

Wireless Sensor and Vehicular Networks

• A Distributed Control Plane for the Internet of Things Based on a Distributed Hash Table

  1. Introduction

  2. Related Work

  3. Background and Problem Statement

     • 3.1 Enabling Sleeping IoT Devices in RELOAD

     • 3.2 Security Considerations for the IoT Control-Plane

  4. Proposed Solutions

     • 4.1 A Command Mailbox for DHTs

     • 4.2 Access Control Policy for RELOAD Based on Shared Keys

  5. Scalability Analysis

     • 5.1 Centralized Scenario

     • 5.2 Standard DHT without the Proposed RELOAD Enhancements

     • 5.3 Enhanced RELOAD DHT

  6. Evaluation

  7. Conclusion References

• Route-Over Forwarding Techniques in a 6LoWPAN

  1. Introduction

  2. Related Work

  3. Forwarding Techniques

     • 3.1 Enhanced Direct Modes

     • 3.2 Retry Control

  4. Methodology

     • 4.1 Scenarios

     • 4.2 Testbed

  5. Evaluation

     • 5.1 Chain Network

     • 5.2 Star Network

     • 5.3 Long-Y Network

     • 5.4 RealSim and Testbed

  6. Conclusion and Outlook References

• An Adaptive Algorithm to Optimize the Dynamics of IEEE 802.15.4 Networks

  1. Introduction

  2. Configuration of 802.15.4 Networks

     • 2.1 CSMA/CA

     • 2.2 Related Works

  3. Proposed Algorithms

     • 3.1 Superframe Order Adaptation Algorithm

     • 3.2 Backoff Exponent Adaptation Algorithm

  4. Simulation and Results

  5. Conclusions and Future Work References

• A Novel Machine-to-Machine Traffic Multiplexing in LTE-A System Using Wireless In-Band Relaying

  1. Introduction

  2. Machine-to-Machine (M2M)

  3. Relaying in Long Term Evolution Advanced (LTE-A)

  4. State-of-the-Art (SoA)

  5. Relaying for M2M

     • 5.1 Possible M2M in LTE-A Integration Solutions

     • 5.2 Efficient Relay Node PDCP Algorithm for M2M Traffic Multiplexing

     • 5.3 Proposal Challenges

  6. Conclusion and Outlook References

• Service and Communication Management in Cooperative Vehicular Networks

  1. Introduction

  2. Candidate Network Selection in Heterogeneous Networks

  3. Service and Communication Management for Cooperative Vehicular Systems

     • 3.1 Selection Objectives

     • 3.2 Parameter Significance

     • 3.3 Condition Monitoring

     • 3.4 Candidate Ranking

  4. CALMnet Simulation Environment

  5. SCM Performance Analysis

  6. Conclusions References

Wireless Communications and Traffic

• Investigation of Different Approaches for QoE-Or