PPT-Performance and Power of Cache-Based Reconfigurable Computi

Author : mitsue-stanley | Published Date : 2016-03-02

Andrew Putnam Susan Eggers Dave Bennett Eric Dellinger Jeff Mason Henry Styles Prasanna Sundararajan Ralph Wittig University of Washington CSE Xilinx Research

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Performance and Power of Cache-Based Reconfigurable Computi: Transcript

Andrew Putnam Susan Eggers Dave Bennett Eric Dellinger Jeff Mason Henry Styles Prasanna Sundararajan Ralph Wittig University of Washington CSE Xilinx Research Labs HighPerformance Computing. Message Passing Sharedmemory single copy of shared data in memory threads communicate by readingwriting to a shared location Messagepassing each thread has a copy of data in its own private memory that other threads cannot access threads communicate Register-Aware Application . Mapping . on Coarse-Grained Reconfigurable Architectures. Mahdi . Hamzeh. , . Aviral. . Shrivastava. , and . Sarma. . Vrudhula. School of Computing, Informatics, and Decision Systems Engineering. Zack Smaridge . Everett . Salley. 1/54. Application-Specific Customization and Scalability of Soft Multiprocessors. D. Unnikrishnan, J. Zhao, R. Tessier. University of Massachusetts. Field-Programmable Custom Computing Machines. by . Ahmed . Alawneh. , Mohammed Mansour and . Alaa. . Rawajbeh. . The supervisor: Dr. . Allam. . Mousa. . . 2014. An-. Najah. National University . Fuculty. of Engineering . Telecommunication Engineering Department . High Performance Embedded Systems:. The SAFES Perspective. Guy . Gogniat. , . Jean Philippe . Diguet. . ,. Romain. . Vaslin. ,. Tilman. Wolf, Wayne Burleson, . Lilian. Bossuet. . University of South . Presented by : Shreya . sriperumbuduri. . Siddharth. . ambadasu. . Jayalakshmi. . muthiah. 1/57. Citation. El-. Araby. , E.; Gonzalez, I.; El-. Ghazawi. , T., "Virtualizing and sharing reconfigurable resources in High-Performance Reconfigurable Computing systems," High-Performance Reconfigurable Computing Technology and Applications, 2008. HPRCTA 2008. Second International Workshop on , vol., no., pp.1,8, 16-16 Nov. 2008. Rathijit. Sen. Computer Sciences. May 13, 2016. 5/13/2016. UNIVERSITY OF WISCONSIN-MADISON. 1. Conventional Wisdom. “. We see that peak energy efﬁciency occurs at peak utilization and drops quickly as utilization decreases.. for Adaptive Fault Tolerance. Shaon. . Yousuf. Adam Jacobs. Ph.D. . . Students. NSF CHREC Center, University of Florida. Dr. Ann Gordon-Ross. Assistant Professor of ECE. NSF CHREC Center, University of Florida. Discussion of Digital Accelerators. Lecturer:. Simon Winberg. Digital Systems. EEE4084F. Lecture Overview. YODA . Project. Digital accelerators. Project Milestones. YODA ‘Conference’. Reconfigurable Computing. Defending . Against Cache-Based Side Channel . Attacks. Mengjia. Yan, . Bhargava. . Gopireddy. , Thomas Shull, . Josep Torrellas. University of Illinois at Urbana-Champaign. http://. iacoma.cs.uiuc.edu. With a superscalar, we might need to accommodate more than 1 per cycle. Typical server and . m. obile device. memory hierarchy. c. onfiguration with. b. asic sizes and. access times. PCs and laptops will. Direct-mapped caches. Set-associative caches. Impact of caches on performance. CS 105. Tour of the Black Holes of Computing. Cache Memories. C. ache memories . are small, fast SRAM-based memories managed automatically in hardware. TLC: A Tag-less Cache for reducing dynamic first level Cache Energy Presented by Rohit Reddy Takkala Introduction First level caches are performance critical and are therefore optimized for speed. Modern processors reduce the miss ratio by using set-associative caches and optimize latency by reading all ways in parallel with the TLB(Translation Lookaside Buffer) and tag lookup. Discussion of . FPGAs. Lecturer:. Simon Winberg. Digital Systems. EEE4084F. Lecture Overview. YODA Project. FPGA Families. Early Notice:. Quiz next. Thursday!. Quiz . 3 . next. Thursday . (. 11 . Apr).

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