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Data management / Emerging technologies / Database management systems / Database theory / Digital electronics / Solid-state drive / Memory hierarchy / Computer data storage / Parallel computing / Technology / Computer memory / Computing


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Document Date: 2014-08-15 14:50:14


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City

Nanostore / Salt Lake City / /

Company

Adapteva / GPU / Rethinking Data-Centric Systems / Venray Technology / Convey Computer / Samsung / Vinray / EMU Technology / IBM / DSSD / Oracle / Google / Micron / NDP NDP / NonVolatile Systems Laboratory / NEAR / HP Labs. / Netezza / /

Currency

USD / /

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EntertainmentAwardEvent

Zima / /

Facility

University of Illinois / University of Utah / IBM Thomas J. Watson Research Center / University of Washington / HAS Rajeev Balasubramonian University / NonVolatile Systems Laboratory / University of California / Watson Research Center Steven Swanson University of California / University of Notre Dame / University of Iowa / University of Rochester / University of Wisconsin-Madison / /

IndustryTerm

storage devices / die-stacking technologies / approximate computing / solidstate storage systems / silicon processing beginning / storage device / parallel-processing perspective / energy improvements / software parallelization barriers / memory systems / recent products / Heterogeneous and distributed processing development environments / energy / real estate / energy-efficiency potentials / parallel applications / clear software migration path / data processing / software frameworks / technology generation / technology scaling / network software stack / distributed big-data software / energy efficiency / computing / energy increases / virtual machine technology / technology trends / recent technologies / software/hardware interface / nearer-to-memory processing / neardata computing architectures / energy constraints / system-ona-chip / host processor / Software programming / low energy / software engineers / main memory technology / bigdata algorithms / energy-efficient platforms / large-scale computing / software ecosystem / large systems / oil and gas industry / event processing / distributed big-data applications / Storage systems / technology node / high energy cost / basic services / creative computing architectures / ubiquitous computing paradigm / /

MusicGroup

SSD / /

Organization

University of Washington / ACM / University of Rochester / Department of Computer Science and Engineering / Rajeev Balasubramonian University / the University of Iowa / University of Utah / School of Computing / University of California / San Diego / IBM Academy of Technology / IEEE and the ACM / Troy Manning Micron Jaime H. Moreno IBM Thomas J. Watson Research Center Richard Murphy Micron Ravi Nair IBM Thomas J. Watson Research Center / University of Illinois / University of California / Los Angeles / University of Notre Dame / IEEE Computer Society / University of Wisconsin / /

Person

Jaime H. Moreno / Thomas J. Watson / Richard Murphy Micron Ravi Nair / Steven Swanson / Troy Manning / Ravi Nair / Richard Murphy / Troy Manning Micron Jaime / Balasubramonian / /

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Position

manager of microprocessor architecture / senior advanced memory systems architect for the DRAM Solutions Group / general programmer / associate professor / senior manager / director of advanced memory systems in the DRAM Solutions Group / researcher / data-centric model / data lives / director / member / /

ProvinceOrState

Utah / California / Wisconsin / Illinois / Iowa / /

PublishedMedium

APU / /

Technology

FPGA / Data Warehouse / virtual machine technology / operating system / shared memory / die-stacking technologies / PIM chips / main memory technology / Flash / Operating Systems / host processor / 2.5D die-stacking technologies / main processors / PIM chip / /

URL

www.cs.utah / www.micron.com/products/hybrid-memory-cube / http /

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