J. / San Francisco / Montreal / Rosario / San Diego / Choudhary / /
Company
IBM / Hewlett-Packard Software / Computing Machinery Inc. / HP / Microsoft / HewlettPackard Software / AMC Inc. / / /
Event
Music Album Release / /
Facility
Library Interface The / Solaris Posix4 library / Library Interface Figure / Java Dan Bonachea EECS Department University of California / AsyncFile library / O library / Java I/O library / / /
IndustryTerm
scientific applications / data-mining applications / network file systems / synchronous algorithm / distributed-memory parallel systems / software overheads / grid-based scientific parallel applications / double-buffering algorithms / performance boost to applications / parallel computing community / virtual processors / typical modern supercomputer applications / distributed operating systems / dataintensive applications / database management systems / interim solution / multidisk systems / data-intensive applications / asynchronous algorithm / computing / async algorithm / sort algorithm / /
MusicAlbum
I/O / /
MusicGroup
Error / /
OperatingSystem
UNIX / Linux / Solaris / Microsoft Windows / Posix / Solaris operating system / /
Organization
Java Dan Bonachea EECS Department University / University of California / Berkeley / Association for Computing Machinery / Rice Center for Research / Stanford / /
Person
Kathy Yelick / Ben Liblit / Dan Bonachea / / /
Position
low-level disk I/O driver / Carpenter / OS disk scheduler / candidate for optimization using the AsyncFile library / Java programmer / application programmer / Major / Titanium programmer / programmer / /
ProgrammingLanguage
Java / C / Split-C / /
ProvinceOrState
Michigan / Manitoba / /
Technology
object-oriented programming / UNIX / Linux / API / disk drive / random access / operating system / asynchronous algorithm / operating systems / network file system / little-endian / Disk scheduling algorithms / sort algorithm / Java / double-buffering algorithms / async algorithm / entirely synchronous algorithm / virtual memory system / caching / double-buffered algorithm / Parallel Processing / /
Bulk File I/O Extensions to Java Dan Bonachea EECS Department University of California, Berkeley Berkeley, CA 94720, USA