By Lev Kirischian
ISBN-10: 1482282240
ISBN-13: 9781482282245
Reconfigurable Computing platforms Engineering: Virtualization of Computing Architecture describes the association of reconfigurable computing procedure (RCS) structure and discusses the professionals and cons of alternative RCS structure implementations. offering a pretty good realizing of RCS expertise and the place it’s finest, this book:
- Details the structure association of RCS systems for application-specific workloads
- Covers the method of the architectural synthesis of elements for system-on-chip (SoC) for the RCS
- Explores the virtualization of RCS structure from the procedure and on-chip levels
- Presents methodologies for RCS structure run-time integration in accordance with mode of operation and swift model to adjustments of multi-parametric constraints
- Includes illustrative examples, case experiences, homework difficulties, and references to special literature
A strategies guide is obtainable with qualifying path adoption.
Reconfigurable Computing structures Engineering: Virtualization of Computing Architecture bargains an entire street map to the synthesis of RCS structure, exposing layout engineers, procedure architects, and scholars focusing on designing FPGA-based embedded platforms to novel recommendations in RCS structure association and virtualization.
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Extra resources for Reconfigurable computing systems engineering: virtualization of computing architecture
Sample text
5 Concept of a Computing System with a Programmable Procedure Idea: If it would be possible to find a universal set of operations that permits the implementation of any operation as a procedure, utilization of hardware resources can be maximized and the hardware part of the architecture can be fixed. This universal set of operations was named the set of elementary (or primitive) operations. Using such universal set of elementary operations, the concept of a universal arithmetic and logic unit (ALU) has been proposed.
These aspects can be seen in many areas, including city architecture, societal organization, and lifeform evolution. What is the nature and granularity of the building blocks of architecture? How homogenous or heterogeneous is the field of these functional resources? What is the synthesis mechanism (static or dynamic) that allows generation of more complex structures using these building blocks? The answers to these questions have direct influence on the flexibility and, thus, adaptability of the system architecture and, as a result, on the effectiveness and survivability of the system.
The DFG is a graph that represents data dependencies between operations. These operations may not be elementary and are ordered according to algorithm structure. Thus, operations are associated with DFG vertices and DFG edges show the data dependencies between operations. If for each operation in the DFG task the appropriate hardware operational unit is assigned and information links follow the DFG edges, an applicationspecific architecture can be created accordingly. 1. Often such systems are called application-specific processors (ASPs).
Reconfigurable computing systems engineering: virtualization of computing architecture by Lev Kirischian
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