| Document Date: 2003-04-03 16:11:14
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City New York / / Company Sun Microsystems Laboratories / AT&T / Sun Microsystems / SMART / ACM Inc. / / Country United States / / Currency USD / / / Event Reorganization / / Facility Stanford University / Columbia University / Multimedia Applications JASON NIEH Columbia University / Computer Science Building / / / IndustryTerm video applications / static embedded real-time environments / real-time computations / real-time activities / application developers / software environments / real-time application / dynamic feedback to applications / real-time applications / batch applications / real-time and conventional applications / completion time algorithm / richer video processing functionality / adaptive applications / real-time scheduler / dynamic and adaptive real-time requirements / real-time and conventional computations / workstation operating systems / real-time video / conventional applications / real-time constraints / basic system services / application developer / adaptive and non-adaptive multimedia applications / real multimedia applications / adaptive real-time applications / synchronized media player / supports applications / important applications / processor scheduling algorithm / word processors / real-time programming support / real-time requirements / hardware technology / non-real-time applications / audio telephony application / multimedia applications / / OperatingSystem UNIX / Solaris / Solaris operating system / / Organization Columbia University / National Science Foundation / Service Metric Yes Service / Stanford University / / Person MONICA S. LAM / JASON NIEH / / / Position SMART Scheduler / processor scheduler / conventional task scheduler / Scheduler for Multimedia And Real-Time applications / standard time-sharing scheduler / General / real-time scheduler / representative / UNIX SVR4 scheduler / Scheduler / / ProgrammingLanguage C / / ProvinceOrState New York / / SportsLeague Stanford University / / Technology virtual reality / UNIX / UNIX operating system / hardware technology / operating system / scheduling algorithm / Operating Systems / two-step scheduling algorithm / word processors / processor scheduling algorithm / simulation / existing scheduling algorithms / Program completion time algorithm / /
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A SMART Scheduler for Multimedia Applications JASON NIEH Columbia University and MONICA S. LAM