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Parallel computing / Computer memory / Central processing unit / Computer architecture / Microprocessors / CPU cache / Multi-core processor / Cache / Memory coherence / Computing / Concurrent computing / Computer hardware


Design Tradeoffs for Simplicity and Efficient Verification in the Execution Migration Machine Keun Sup Shim*, Mieszko Lis*, Myong Hyon Cho, Ilia Lebedev, Srinivas Devadas Massachusetts Institute of Technology, Cambridge,
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Document Date: 2013-08-26 16:12:52


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C. Stack / /

Company

A. Hardware / Bluespec Inc / RTL / Intel / /

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Event

Reorganization / Product Issues / FDA Phase / /

Facility

D Q lockup / port FIFO / Srinivas Devadas Massachusetts Institute of Technology / /

IndustryTerm

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Organization

Massachusetts Institute of Technology / ASIC / /

Person

Processor / S. V. Adve / V / Morgan Kaufmann / Myong Hyon Cho / Srinivas Devadas / /

Position

guard / simple cache controller / programmer / /

Product

EM / bypass rule / L1 / /

ProgrammingLanguage

Verilog / /

Technology

directory-based protocol / FPGA / chip design / basic MSI protocol / Distributed cache coherence protocols / shared-memory processor / hardware-level thread migration protocol / remote-access/migration protocol / directory-based coherence protocol / conventional directory protocols / two protocols / deadlock-free protocol / SRAM / transistor technology / shared memory / 2 Solo Processor / EM2 chip / 45nm ASIC technology / VHDL / pdf / overall memory access protocol / coherence protocols / instruction-granularity decision algorithm / ASIC / Verilog / higher-level protocol / Flow Control / credit-based protocol / G. Module complexity comparison NoC router / coherence protocol / given protocol / caching / simplified hardware coherence protocols / directory coherence protocols / simulation / sequential consistency / remote cache access protocol / physical chip / B. System verification With evolving VLSI technology / /

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