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Dynamic Sharing and Backward Compatibility on 64-Bit Machines William E. Garrett, Ricardo Bianchini, Leonidas Kontothanassis, R. Andrew McCallum, Jeffery Thomas, Robert Wisniewski, and Michael L. Scott
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Document Date: 2011-03-27 15:57:11

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File Size: 155,25 KB

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AT&T / Silicon Graphics / /

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BSD / /

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University of Rochester Computer Science Department Rochester / /

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search strategies / self-contained parallel applications / experimental systems / much experimental systems / search strategy information / main cycle server / software complexity / search path / large network / distributed shared memory systems / search strategy / a lot of existing software / file systems / Per-module search rules / type systems / search path information / enough infrastructure / search rules / energy / /

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Brazilian CAPES / /

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Unix / Multics / SunOS / BSD / IRIX / Unix System V / /

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National Science Foundation / University of Rochester Computer Science Department Rochester / /

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Michael L. Scott / Robert Wisniewski / William E. Garrett / R. Andrew McCallum / Ricardo Bianchini / Jeffery Thomas / Leonidas Kontothanassis / /

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editor / emacs editor / text editor / programmer / /

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Multilisp / /

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New York / /

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Alpha / Unix / Unix System / Unix operating system / operating system / shared memory / operating systems / /

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