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Scratchpad memory / CPU cache / Multi-core processor / Parallel computing / Remote direct memory access / Stream processing / Direct memory access / LEON / Cache / Computer hardware / Computing / Computer memory


On-chip Communication and Synchronization Mechanisms with Cache-Integrated Network Interfaces Stamatis Kavadias, Manolis Katevenis ∗ Michail Zampetakis, Dimitrios S. Nikolopoulos Institute of Computer Science
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Document Date: 2013-12-23 07:16:59


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City

New York / Washington / DC / Delft / Bertinoro / Associativity / /

Company

IEEE Computer / Embedded Computer Systems / IEEE Computer Society Press / M. Reilly L. C. / Xilinx / Intel / /

Country

Netherlands / Italy / United States / /

Currency

pence / USD / /

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Facility

J. Hall / Dimitrios S. Nikolopoulos Institute of Computer Science Foundation / University of Crete / University of California / /

IndustryTerm

Software configuration / application specific coherence protocols / software-preconfigured communication activity / partitioned cache-scratchpad on-chip memory systems / software-managed partitions / energy advantages / software synthesis / Application-specific protocols / memory systems / media processing / communication management / software notification / multicore systems / energy / software initiation / all-to-all data exchanges on-chip / multicore processors / purpose systems / fit on-chip / mainstream computing environments / synchronization hardware / software platforms / aggressive non-blocking coherence protocols / software-managed memory hierarchies / on-chip / software configurable synchronization primitives / /

MarketIndex

FFT / STREAM / /

Organization

IEEE Computer Society Technical Committee on Computer Architecture / MIT / University of California / Berkeley / HiPEAC / ASIC / Dimitrios S. Nikolopoulos Institute / University of Crete / Computer Science Foundation for Research and Technology / Tags RDMA Command / European Commission / IEEE Computer Society / EECS Department / /

Person

S. Van Doren / Christos Sotiriou / I. Schoinas / Euriclis Kounalakis / Directly Cacheable Addressable (Scratchpad) / George Nikiforos / Manolis Katevenis / Saman P. Amarasinghe / K. Gharachorloo / K. E. Moore / Vassilis Papaefstathiou / Rodric M. Rabbah / J. R. Larus / Michal Karczmarek / David Maze / Stamatis Kavadias / Dimitris Nikolopoulos / William Thies / A. R. Lebeck / Xiaojun Yang / Michael I. Gordon / Jasper Lin / Alex Ramirez / S. K. Reinhardt / D. A. Wood / Georgi Gaydadjiev / Michael Ligerakis / George Kalokairinos / Spyros Lyberis / Dionisios Pnevmatikatos / Dimitris Tsaliagos / S. Steely / B. Falsafi / M. Sharma / Michail Zampetakis / /

Position

NI DDR Controller / editor / L2 controller / gr ABSTRACT General / DRAM controller / /

Product

DMAs / /

ProgrammingLanguage

DC / /

ProvinceOrState

New York / California / /

Technology

FPGA / bus FPGA Chip / JTAG / 128 processors / cache memory / 16 128 32 64 128 Processors Processors / ICE9 chip / 500 processor / FPGA system / multicore processors / SRAM / operating system / Shared memory / operating systems / 4 Communication Processors / CMP / ASIC / 4 processors / aggressive non-blocking coherence protocols / all-to-all data exchanges on-chip / caching / Simulation / 4 Cores-3 Bufs 512B 1KB Buffer Size On-Chip / Virtual memory / Microblaze processors / Application-specific protocols / fit on-chip / application specific coherence protocols / UART / sharing onchip SRAM / /

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