Information Technology Integration University of Michigan / /
IndustryTerm
web applications / communications intensive applications / large-scale systems / linear time algorithm / software / redundant algorithm / chat room server / xeon processors / search loop / costeffective and load-tolerant solutions / chat server / communications stream / uni-processor / struct mm_struct *mm struct list_head run_list int has_cpu int processor / web application servers / /
OperatingSystem
UNIX / Linux / /
Organization
University of Michigan / /
Person
Peter Honeyman / /
Position
existing Linux scheduler / secondary scheduler / default scheduler / Linux scheduler / uni-processor scheduler / Current Linux Scheduler list head / ELSC Scheduler / Implementation The ELSC scheduler / Linux thread model and scheduler / rt / current scheduler / the ELSC scheduler / second Scheduler / representative / current Linux scheduler / scheduler / existing scheduler / The ELSC scheduler / table-based scheduler / head list head list head / Goodness Calculation The scheduler / Scheduling Algorithm The scheduler / current scheduler / /
ProgrammingLanguage
Java / /
ProvinceOrState
Michigan / /
Technology
Virtual Machine / one processor / struct mm_struct *mm struct list_head run_list int has_cpu int processor / four processor / 5.2 ELSC Scheduling Algorithm / Linux system / Java / 4 Processor / expensive and redundant algorithm / Linux / Information Technology / field processor / 3.2 Scheduling Algorithm / linear time algorithm / same processor / Java technology / simulation / operating system / operating systems / xeon processors / /
CITI Technical Report[removed]Scalable Linux Scheduling Stephen P. Molloy, Peter Honeyman {smolloy,honey}@citi.umich.edu