- ホーム
- > 洋書
- > 英文書
- > Transportation
Full Description
UAV swarm network has been used in many critical applications, such as disaster recovery, area surveillance, weather monitoring, and military communications. There are many challenging R&D issues in UAV network designs, such as the hardware/software integration for a large-scale UAV network management, long-distance data transmissions among UAVs, swarm shape/formation control, and intelligent UAV mobility/position prediction. This book will be the first one to cover the engineering designs (especially network protocol designs) for dynamic, large-scale UAV network. It has the technical models/algorithms and protocol specifications for practical UAV swarm network deployment.
Features:
Includes chapters written by professors, researchers, engineers, and experts in UAV networking fields
Details network protocol descriptions for practical engineering designs
Covers 7-layer protocols (particularly data routing layer)
Presents novel AI models/algorithms for intelligent UAV swarming/networking control
Highlights practical hardware/software implementations for advanced UAV networks
This book is suitable to a variety of audiences: (1) industry UAV R&D engineers, administrators, or technicians, who would like to grasp the latest trends in UAV communications; (2) college graduate students or researchers, who may want to pursue some advanced research on large-scale UAV swarming and networking technologies; (3) government agencies that determine the future society development in this exciting field; and (4) other interested readers with a strong desire to understand the challenges of designing a QoS-oriented UAV network.
The book editors are: Dr. Fei Hu, Professor in Electrical and Computer Engineering at University of Alabama, Tuscaloosa, Alabama, USA; Dr. Xin-Lin Huang, Professor in Information and Communication Engineering, Tongji University, Shanghai, China; and Dr. DongXiu Ou, Professor in Transportation Information Institute at Tongji University, Shanghai, China.
Contents
Preface
Part I. UAV Network Architecture
Chapter 1. Communication Topology Analysis upon a Swarm of UAVs: A Survey
Chapter 2. Unmanned Aerial Vehicles Navigation using Deep Learning
Chapter 3. A survey of formation control of networked UAVs
Chapter 4. 5G-based UAV Communications
Part II. UAV Mobility
Chapter 5. Machine Learning for Multi-UAV Mobility Prediction
Chapter 6. Routing and Mobility Models for Ad-hoc UAV Networks
Part III. Communication Protocols
Chapter 7. Skeleton Extraction of Routing Topology in UAV Networks
Chapter 8. Routing in 3D UAV Swarm Networks
Chapter 9. UAV Protocol Design for Computation Applications
Part IV. Reliability and Security
Chapter 10. The Future of Directional Airborne Network (DAN): Towards an Intelligent, Resilient Cross-Layer Protocol Design with Low-Probability Detection (LPD) Considerations
Chapter 11. UAV Security Threats, Requirements and Solutions
Chapter 12. Jamming Attacks and Countermeasures in UAV Networks
Chapter 13. Resilient UAV Networks: Solutions and Trends
Part V. Hardware and Software Implementations
Chapter 14. Empirical Evaluation of a Complete Hardware and Software Solution for UAV Swarm Networks
Chapter 15. Efficient and Robust Unmanned Aircraft C-band Communication System
Chapter 16. An analysis of the SwarmOS framework for UAV Swarms: usage in mission plan for rural applications
