| Document Date: 2009-10-06 09:54:46
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City Austin / / Company IBM / MIPS Technologies Inc. / Hewlett Packard / Atmel / Sun Microsystems / Motorola Inc. / Axis Communications AB / Digital Equipment Corp. / Intel Corp. / MOS Technology Inc. / ARM Limited / Henkel / Compaq Computer Corporation / Xilinx / Advanced Micro Devices / Low Power Electronics / / / Facility C library / Sally A. McKee Chalmers University / / IndustryTerm larger applications / model actual systems / multi-threaded processors / software pipelining / energy minimization / energy code density / integer printing code / exhaustive search / undesirable algorithms / energy / universal algorithm / actual hardware / code compression algorithm / Integer printing code benefits / off-theshelf tools / echo technology / generate using off-theshelf tools / / OperatingSystem UNIX / Linux / GNU / / Organization Chalmers University of Technology / Cornell University / / Person Y. Wu / M. Breternitz / Jr. / R. Peri / J. Pickett / H. Hum / Sally A. McKee / Vincent M. Weaver / / Position Itanium Architecture Software Developer / M68000 Family Programmer / ETRAX FS Designer / Architectures Software Developer / representative / AMD64 Architecture Programmer / programmer / / ProgrammingLanguage C / / PublishedMedium Journal of the ACM / IEEE Transactions on Information Theory / / Technology Alpha / multi-threaded processors / otherwise undesirable algorithms / av / UNIX / Linux / universal algorithm / out-of-order processors / pdp11/40 Processor / echo technology / operating system / Operating Systems / Renesas Technology / Integrated Circuits / embedded CISC processors / ASCII / code compression algorithm / virtual memory / mobile chip / / URL http / |
This paper appeared at ICCD 2009 — IEEE Copyright Rules Apply Code Density Concerns for New Architectures Vincent M. Weaver Cornell University