Adaptation and Cross Layer Design in Wireless Networks 1st edition by Mohamed Ibnkahla ISBN 1420046039 978-1420046038

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ISBN 10:  1420046039
ISBN 13: 978-1420046038
Author: Mohamed Ibnkahla

Adaptive techniques play a key role in modern wireless communication systems. The concept of adaptation is emphasized in the Adaptation in Wireless Communications Series through a unified framework across all layers of the wireless protocol stack ranging from the physical layer to the application layer, and from cellular systems to next-generation wireless networks. Adaptation and Cross Layer Design in Wireless Networks is devoted to adaptation in the data link layer, network layer, and application layer. The book presents state-of-the-art adaptation techniques and methodologies, including cross-layer adaptation, joint signal processing, coding and networking, selfishness in mobile ad hoc networks, cooperative and opportunistic protocols, adaptation techniques for multimedia support, self –organizing routing, and tunable security services. It presents several new theoretical paradigms and analytical findings which are supported with various simulation and experimental results.

Adaptation in wireless communications is needed in order to achieve high capacity and ubiquitous communications. The current trend in wireless communication systems is to make adaptation dependent upon the state of the relevant parameters in all layers of the system. Focusing on simplified cross layer design approaches, this volume describes advanced techniques such as adaptive resource management, adaptive modulation and coding, 4G communications, QoS, diversity combining, and energy and mobility aware MAC protocols. The first volume in the series, Adaptive Signal Processing in Wireless Communications (cat no.46012) covers adaptive signal processing at the physical layer.

Adaptation and Cross Layer Design in Wireless Networks 1st Table of contents:

Chapter 1: Introduction to Wireless Networks
1.1. Overview of Wireless Communication Systems
1.2. Challenges in Wireless Networks
1.3. The Concept of Adaptation in Wireless Networks
1.4. Cross-Layer Design: Definition and Motivation
1.5. Structure of the Book

Chapter 2: Fundamentals of Wireless Communication
2.1. Radio Wave Propagation and Channel Characteristics
2.2. Wireless Channel Models and Parameters
2.3. Modulation and Coding Techniques for Wireless Systems
2.4. Multiple Access Techniques in Wireless Networks
2.5. Error Control and Channel Estimation

Chapter 3: Adaptation Techniques in Wireless Networks
3.1. Link Adaptation
3.2. Power Control and Energy Efficiency
3.3. Channel Allocation and Frequency Adaptation
3.4. Adaptive Routing Techniques
3.5. Adaptation in Cognitive Radio Networks

Chapter 4: Cross-Layer Design and Optimization
4.1. What is Cross-Layer Design?
4.2. Layered Architecture in Traditional Wireless Networks
4.3. Cross-Layer Communication Protocols
4.4. Cross-Layer Optimization Techniques
4.5. Performance Metrics for Cross-Layer Design

Chapter 5: Cross-Layer Design in MAC Layer and PHY Layer
5.1. Interaction Between MAC and Physical Layer
5.2. Cross-Layer Design for MAC Protocols
5.3. Joint Optimization of MAC and PHY Layers
5.4. Dynamic Spectrum Access and Cross-Layer Approaches
5.5. Case Studies and Applications

Chapter 6: Cross-Layer Design for Network Layer and Transport Layer
6.1. Cross-Layer Design for Routing and Network Layer Protocols
6.2. Interaction Between Network Layer and Transport Layer
6.3. Cross-Layer Optimization for Quality of Service (QoS)
6.4. Congestion Control and Traffic Management
6.5. Reliable Transport over Wireless Networks

Chapter 7: Energy-Efficient Cross-Layer Design
7.1. Energy Consumption in Wireless Networks
7.2. Cross-Layer Strategies for Energy Efficiency
7.3. Energy-Aware Routing Protocols
7.4. Sleep Scheduling and Power Management
7.5. Green Wireless Networks and Sustainable Communication

Chapter 8: Quality of Service (QoS) and Traffic Management
8.1. Introduction to QoS in Wireless Networks
8.2. Cross-Layer QoS Management Techniques
8.3. QoS-Driven Adaptation in Wireless Networks
8.4. Traffic Prioritization and Scheduling
8.5. Resource Allocation for QoS Optimization

Chapter 9: Mobility and Cross-Layer Adaptation
9.1. Mobility Models and Challenges in Wireless Networks
9.2. Cross-Layer Design for Mobile Ad Hoc Networks
9.3. Mobile Edge Computing and Cross-Layer Adaptation
9.4. Handover Management and Cross-Layer Coordination
9.5. Mobility-Aware Protocols for Wireless Networks

Chapter 10: Wireless Sensor Networks and IoT
10.1. Introduction to Wireless Sensor Networks (WSNs)
10.2. Cross-Layer Design in WSNs
10.3. Adaptation and Self-Organization in Sensor Networks
10.4. Internet of Things (IoT) and Cross-Layer Design
10.5. Applications of Cross-Layer Design in IoT Networks

Chapter 11: Cross-Layer Design for 5G and Beyond
11.1. The 5G Wireless Communication Network
11.2. Cross-Layer Design for 5G Network Architectures
11.3. Ultra-Reliable Low Latency Communication (URLLC)
11.4. Network Slicing and Cross-Layer Optimization
11.5. The Role of Cross-Layer Design in 6G Networks

Chapter 12: Simulation and Evaluation of Cross-Layer Designs
12.1. Simulation Tools for Wireless Networks
12.2. Performance Metrics for Cross-Layer Design Evaluation
12.3. Case Studies and Simulation Results
12.4. Real-World Implementations and Challenges
12.5. Future Trends in Cross-Layer Design Evaluation

Chapter 13: Future Directions in Adaptation and Cross-Layer Design
13.1. Machine Learning and Artificial Intelligence in Wireless Networks
13.2. Software-Defined Networking (SDN) and Cross-Layer Design
13.3. Network Function Virtualization (NFV) and Cross-Layer Optimization
13.4. The Impact of 5G and Beyond on Cross-Layer Design
13.5. Research Challenges and Future Directions

Appendices
A.1. Glossary of Terms
A.2. Mathematical Models for Wireless Communication
A.3. List of Simulation Tools and Software
A.4. Bibliography and Further Reading
A.5. Index

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