Monterey / New York / Washington / DC / Rio de Janeiro / /
Company
IBM / Fujitsu / Maxtor / ACM Press / F. Limited. / Real-Time Systems / /
Country
United States / Brazil / /
IndustryTerm
disk scheduling algorithm / undisclosed scheduling algorithms / starvation control algorithm / hard drive manufacturers / generation operating systems / real time / mixed-media file system / multimedia integrated server / Typical operating systems / software experimental specifications / built-in starvation prevention algorithm / servlet / On-line extraction / low-level hardware / individual applications / disk scheduling algorithms / Internal disk scheduling algorithms / /
OperatingSystem
Linux / /
Organization
Army Research Office / National Science Foundation / An-I Andy Wang Department of Computer Science Florida State University Tallahassee / References University Department of Computer Science / IEEE Computer Society / /
Person
Andy Wang / Adaptec / Mark J. Stanovich / Wu / Theodore P. Baker / /
Position
driver / I/O Scheduler / offdisk scheduler / default I/O scheduler for Linux / standard Linux scheduler / head of queue / internal queue/scheduler / RT / disk scheduler / disk internal scheduler / internal scheduler / device driver / O Scheduler / Hard disk controller / RTIO scheduler / Linux CFQ I/O scheduler / CFQ I/O scheduler / the default I/O scheduler / internal disk scheduler / CFQ scheduler / scheduler / real-time disk scheduler / controller / disk head / round-based scheduler / /
Product
t10 / /
ProgrammingLanguage
FL / DC / /
ProvinceOrState
New York / Florida / California / /
Technology
dedicated processor / Storage Technologies / CPU-based disk scheduling algorithm / Linux / disk drive / cache Memory / operating system / scheduling algorithm / operating systems / disk cache / starvation control algorithm / built-in starvation prevention algorithm / Internal disk scheduling algorithms / undisclosed scheduling algorithms / Sixth IEEE Real Time Technology / http / SCSI / Fine-grained CPU-based disk scheduling algorithms / /
Throttling On-Disk Schedulers to Meet Soft-Real-Time Requirements ∗ Mark J. Stanovich, Theodore P. Baker, An-I Andy Wang Department of Computer Science