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Subroutines / Programming language implementation / Procedural programming languages / Compiler construction / Call stack / Tail call / Call graph / Trampoline / Stack / Software engineering / Computing / Computer programming


Low-Overhead Call Path Profiling of Unmodified, Optimized Code Nathan Froyd
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City

Berlin / Cambridge / /

Company

IBM / Los Alamos National Laboratory / H.-P. Company / ACM Press / Intel Corporation / HP / Apple Computer / /

Country

Germany / Australia / /

Currency

USD / /

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Facility

Los Alamos National Laboratory / University of Illinois / C library / University of Melbourne / R. J. Hall / Queensland University of Technology / Los Alamos Computer Science Institute / Rice University / University of Wisconsin / /

IndustryTerm

software engineering / hiprof tool / adequate solution / large systems / call site / large applications / lightly-loaded quad processor / large-scale parallel systems / /

MarketIndex

SPEC CPU2000 / /

OperatingSystem

UNIX / POSIX / /

Organization

University of Melbourne / Rice University / Houston / National Science Foundation / Queensland University of Technology / Los Alamos Computer Science Institute / Department of Energy Contract Nos / University of Illinois / University of Wisconsin / /

Person

John Mellor-Crummey / Sweeney / Nathan Tallent / Rob Fowler / Arnold / Proc / /

/

Position

programmer /analyst / performance analyst / representative / analyst / /

Product

Tru64 / ES45 / /

ProgrammingLanguage

C / Fortran / C++ / /

ProvinceOrState

Queensland / Wisconsin / Illinois / South Carolina / Massachusetts / /

PublishedMedium

IEEE Transactions on Software Engineering / /

Technology

Alpha / Object-Oriented Programming / UNIX / operating system / HTML / operating systems / Alpha system / Java / 667MHz Alpha EV67 processors / lightly-loaded quad processor / /

URL

http /

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