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  • 200pp. Published May 2017
  • Scientific Research Publishing, Inc.,USA.
  • Category: Biomedical & Life Sciences
  • ISBN: 978-1-61896-399-4
  • (Paperback) USD 89.00
  • ISBN: 978-1-61896-400-7
  • (E-Book) USD 29.00

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Resource Management for Wireless System: Optimization, Transmission, and Services
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  • E-Book
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Due to many factors including power control, scheduling, flow routing, and so on, the resource management via optimization is the key to ensure overall end-to-end performance of wireless systems. Data transmission and the service, is one of the most important topics for the future wireless and communication networks. In the past decade, people have witnessed a significant progress in the advance of resource management over wireless systems. It is not only an important research topic, but also emerging as an integral material for graduate-level networking courses for students in Computing Science major.


Nevertheless, there are few books available to date that can serve such a purpose. It is because of the cross-disciplines that resource management requires, which cover a broad range of topics, making it especially challenging to develop a specific book to cover them all. For instance, cross-layer resource management has to be specific with different design variables and constraints, hence different networking scenarios have different end-to-end utility goals and service objectives, and different problem formulations to employ different optimization methods.


To respond to the need of such a book for graduate/undergraduate students, researchers and engineers, this book try to tackle the difficulties by bringing together the resource management and optimization design in wireless system. This intent is to either serve as a textbook for advanced graduate-level courses on wireless and communication networks, or as a reference book by students and engineers.
Components of the Book:
  • FRONT MATTER
  • Part I: Optimization Design
    • Chapter 1. Multiobjective Evolutionary Optimization with End-to-End Reconfiguration in Cognitive Radio Networks
    • Chapter 2. Cross-Layer Design of Cognitive Radio Network for Real Video Streaming Transmission
    • Chapter 3. Fault-Tolerant Algorithm for Distributed Primary Detection in Cognitive Radio Networks
    • Chapter 4. Multiobjective Evolutionary Tracking Indoor Positioning Algorithm for Smart Space
  • Part II: Wireless Data Transmission
    • Chapter 5. Scalable Task Scheduling for Data Aggregation in Fault-Tolerant Wireless Sensor Networks
    • Chapter 6. Dynamic Load Balancing with Overlay-Based Reconfiguration for Wireless Sensor Networks
  • Part III: Service Computing
    • Chapter 7. Game-Theoretic Resource Allocation Strategy with Purification Approach for Computational Grids
    • Chapter 8. Formal Modeling and Implementation of Particle Swarm Optimizer for QoS-Aware Service Selection with an Extended Pi Calculus
    • Chapter 9. Ontology-Based Access Control Framework in Muti-Organization Cloud Computing
Readership: Researchers,students, Scientific enthusiasts who are interested in resource management, wireless and communication networks.
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