By Jeffrey Arnold, Wayne Luk, Ken Pocek
Field-Programmable customized Computing know-how: Architectures,Tools, and Applications brings jointly in a single position vital contributions and up to date study ends up in this fast-moving sector. In seven chosen chapters, the e-book describes the most recent advances in architectures, layout tools, and purposes of field-programmable units for high-performance reconfigurable platforms.
The participants to this paintings have been chosen from the major researchers and practitioners within the box. it is going to be important to somebody operating or studying within the box of customized computing know-how. It serves as a good reference, delivering perception into probably the most not easy concerns being tested today.
Read Online or Download Field-Programmable Custom Computing Technology: Architectures, Tools, and Applications PDF
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Extra info for Field-Programmable Custom Computing Technology: Architectures, Tools, and Applications
Figure 8 shows the three-address code for this linear form of the inner loop of the code. ) The code reads Z(k) from Memory 0 and writes Z(k + 1) in Memory 1. Successive iterations of the outer loop alternate in copying from one memory to the other. Notice that this code is an excellent candidate for dynamic partial reconfiguration, to reverse the addresses of input and output memory banks. In the absence of dynamic reconfiguration, additional control logic would need to get inserted to select between read or write access to the two sets of MARs and MDRs.
Degree. Since 1997, he has been a research assistant at the UCI Reconfigurable Computing Laboratory. His areas of interest are VLSI systems design, CAD tools, Design Automation, Communication and Computer Architecture. edu Ming-Hau Lee received the Bachelor of Science degree from the Department of Electrical Engineering at the National Taiwan University, Taipei, Taiwan in 1993. S. D. degree. He is currently a research assistant at the UCI Reconfigurable Computing Laboratory. His research interests are in computer architecture, reconfigurable computing, and VLSI design.
This suffices because, with initiation interval s, at each stage t all the nodes scheduled at stages t mod s are executed. If a node cannot be scheduled within s stages, it cannot be scheduled. The scheduler places n at the first such stage t in which the resources it requires are available: used (t mod s) n needs (n) = where n is the logical AND operator. Having chosen stage t for node n, the scheduler updates the vector used (t mod s) in the modulo-s reservation table. For each node n' that is a successor of n in the dependency graph, it updates the lower bound in the precedence-constrained range of n' from [tl, t2] to t~ = max(tl, t + 8) where 8 is the length of the longest path from n to n'.