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Hardware description languages / VHDL / Latency / Scheduling / Multiprocessing / MIMD / Computer cluster / Low latency / Discrete event simulation / Computing / Parallel computing / Classes of computers


Research Statement Philip A. Wilsey 1 Prologue
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Document Date: 2015-02-13 17:00:51


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Amazon / Samsung / /

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IndustryTerm

simulation tools / tool chain / performance computing / parallel applications / software optimizations / cloud-based distributed computing resources / optimistic synchronization protocols / dynamic adjustment algorithms / aforementioned network services / parallel computing / event processing / software projects / multi-metal assessment / parallel hardware / experimental system software / point-of-care devices / performance critical applications / virtualization services / memory management services / monitoring and analysis systems / time management / form factor hardware / deployable devices / sub-algorithms / distributed computing / streaming algorithm / coarse-grained and scientific computing needs / computing / fine-grained message passing applications / point-of-care medical devices / event processing latency / quad-quad processing / care devices / process management / software systems / multi-core and many-core processors / /

OperatingSystem

Linux / /

Person

Philip A. Wilsey / Greg Peterson / Johnson Lindenstrauss / Peter Ashenden / /

Position

driver / Virtual Machine Manager / TCP/IP protocol network driver / faculty co-investigator / IBoE network driver / polling driver / IBoE driver / IBoE network driver for the odrid-xu platform / /

Product

Time Warp applications / Time Warp / /

ProgrammingLanguage

Fortran / C++ / /

Technology

Ethernet / virtual machine / proposed algorithm / load balancing / Linux / API / Haswell processors / cloning / Simulation / Operating System / TCP/IP protocol / operating systems / VHDL / TCP/IP / using optimistic synchronization protocols / streaming algorithm / dynamic adjustment algorithms / /

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