Back to Results
First PageMeta Content
Parallel computing / Classes of computers / Central processing unit / Instruction set architectures / Superscalar / Very long instruction word / SIMD / Microarchitecture / Instruction set / Computer architecture / Computing / Computer engineering


In the Proceedings of the 35th International Symposium on Microarchitecture, Instabul, Turkey, NovemberVector Vs. Superscalar and VLIW Architectures for Embedded Multimedia Benchmarks Christoforos Kozyrakis Electr
Add to Reading List

Document Date: 2003-01-09 09:33:02


Open Document

File Size: 116,15 KB

Share Result on Facebook

City

Cray / Instabul / /

Company

IBM / NEC / /

Country

Turkey / /

Currency

AMD / /

/

Event

Reorganization / /

Facility

VIRAM pipeline / Store Strided/Indexed Store Unit Stride Load Strided/Indexed / /

IndustryTerm

consumer electronics / wireless connectivity / software pipelining / scientific applications / multimedia processing / data-parallel applications / vector processor chip / 4way superscalar processors / entertainment devices / portable electronics / embedded media-processing / embedded multimedia applications / speech recognition software / server systems / media tasks / dot-products / dual-processor / media-specific enhancements / off-chip / telecommunications benchmarks / transistor chip / wireless applications / real multimedia applications / out-oforder processors / superscalar technology / superscalar processor / embedded multimedia processing / prototype processor chip / vector hardware / x86 processor / consumer devices / vector processor / on-chip / vector processors / prototype processor / multimedia applications / prototype chip / software control / telecommunications categories / stream processor / superscalar processors / be accelerated using vector hardware / /

NaturalFeature

Imagine stream / /

Organization

Republican Party / University of California / Stanford University / VLIW / /

Person

David Patterson / /

Position

representative / /

ProgrammingLanguage

C / C++ / /

ProvinceOrState

California / /

SportsLeague

Stanford University / /

Technology

embedded DRAM technology / VIRAM chip / dual-processor EV8 chip / speech recognition / MPC7455 PowerPC chip / Av / image compression / Architecture VIRAM x86 PowerPC MIPS Trimedia VelociTI Vector CISC RISC RISC VLIW+SIMD VLIW+DSP Processor / JPEG / 4way superscalar processors / SX-6 vector processors / vector processor / Imagine stream processor / 120-million transistor chip / ADSL / superscalar RISC processor / vector processors / SRAM-based vector processor / random access / SRAM / operating system / 0.25 m CMOS technology / TM1300 VLIW processor / VLIW processors / cache-based VLIW processors / VLIW processor / CMOS technology / specific processors / prototype chip / 5 Processor / two VLIW processors / same technology / out-oforder processors / 1 The processor / x86 CISC processors / superscalar processors / VIRAM vector processor chip / 2.2 Microarchitecture Overview The VIRAM prototype processor / 3D graphics / embedded processors / five processors / cache-based processor / prototype processor chip / VIRAM processor / DSP / superscalar processor / Flash / EV8 Alpha processor / K6-III+ x86 processor / /

SocialTag