Introduction Coarse-Grained Reconfigurable Architecture (CGRA) Objective and Approach Overview of the Book's Contents Trends in CGRA Introduction Architecture Design Space Exploration Code Compilation and Mapping Physical Implementation CGRA for High Performance and Flexibility Performance versus Flexibility for Embedded Systems Performance Evaluation Examples Base CGRA Implementation Introduction Reconfigurable Array Architecture Coupling with Processor Base Reconfigurable Array Architecture Breakdown of Area and Delay Cost Power Consumption in CGRA Introduction Breakdown of Power Consumption in CGRA Necessity of Power-Conscious CGRA Design Low-Power Reconfiguration Technique Introduction Motivation Individual Approaches to Reduce Power in Configuration Cache Integrated Approach to Reduce Power in Configuration Cache Application Mapping Flow Experiments Dynamic Context Compression for Low-Power CGRA Introduction Preliminary Motivation Design Flow of Dynamically Compressible Context Architecture Experiments Dynamic Context Management for Low-Power CGRA Introduction Motivation Dynamic Context Management Experiments Cost-Effective Array Fabric Introduction Preliminary Cost-Effective Reconfigurable Array Fabric Experiments Hierarchical Reconfigurable Computing Arrays Introduction Motivation Computing Hierarchy in CGRA Experiments Integrated Approach to Optimize CGRA Combination among the Cost-Effective CGRA Design Schemes Case Study for Integrated Approach Potential Combinations and Expected Outcomes Bibliography Index A Summary appears at the end of each chapter.
{{comment.content}}