Cross-Layer Resource Allocation in Cognitive Radio Networks: Models, Algorithms, and Applications
(2017)
Cross-Layer Resource Allocation in Cognitive Radio Networks: Models, Algorithms, and Applications: pp.
80-149.
Part II: System Optimization
The following sections are included:
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Chapter 5. Selfish Game-Theoretic Approach for Dynamic Spectrum Sharing with Software Defined Radio Networks
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5.1. Introduction
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5.2. Noncooperative Software Defined Radio Model
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5.3. Selfish Mechanism with Mixed Strategy
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5.4. Performance Evaluation
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5.5. Summary
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References
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Chapter 6. Availability-Aware Resource Allocation Strategy for Heterogeneous Cognitive Radio Networks
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6.1. Introduction
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6.2. Model Description and Problem Formulation
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6.3. Modeling Priority-based Bands with Availability Requirements
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6.4. The Availability-Aware Scheduling Algorithm
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6.5. Simulated Performance Results
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6.6. Summary
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Chapter 7. Artificial Mapping for Dynamic Resource Management of Cognitive Radio Networks
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7.1. Introduction
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7.2. Heterogeneous Networks with Artificial Mapping
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7.3. Experimental Results
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7.4. Summary
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References
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Chapter 8. Multiobjective Evolutionary Optimization Algorithm for Cognitive Radio Networks
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8.1. Introduction
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8.2. Related Work
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8.3. Preliminaries
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8.4. Proposed Design Method
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8.5. GA Implementation
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8.6. Results and Discussion
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8.7. Summary
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References