N. Roy A. S. / SAP Press / IBM Press / MLPS / Closed Separable Queueing Networks / /
Country
Northern Ireland / United Kingdom / / /
Event
Product Issues / Product Recall / /
Facility
Prentice Hall / Computing Imperial College / /
IndustryTerm
layered queueing network / regression-based scheduling-aware algorithm / class accounting / software threading level / larger number processors / multi-threaded enterprise applications / production systems / performance engineering tools / closed queueing network / data center applications / closed multichain queueing networks / product-form closed queueing networks / maximum-likelihood scheduling-aware demand estimation algorithm / product-form open queueing network / software systems / product-form queueing networks / database server / servlet / product-form queueing network / driven on-line resource demand estimation / product-form solution / web serving / software threads / individual processor / estimation algorithm / actual processors / multi-tenancy web applications / mean processing times / multi-tiered web applications / cloud computing / important decision-making tools / virtualization software / self-adaptive systems / /
MusicGroup
A. F. / by Design / /
Organization
Department of Computing Imperial College London London / Multi-Threaded Applications Juan F. P´erez Sergio Pacheco-Sanchez Giuliano Casale Department of Computing Imperial College London London / European Union / IEEE Computer Society / /
Person
Sanchez Giuliano Casale / Sergio Pacheco-Sanchez / ASE S TUDY / L. W. Dowdy / V / Sergio Pacheco-Sanchez Giuliano / /
Position
system administrator / General Class / representative / controller / workers worker / /
Product
Business suite / C. The absorbing Markov chain representation / /
ProgrammingLanguage
Java / Erlang / R / E / V / ML / /
Technology
larger number processors / virtual machine / 1 processors / 1 processor / 2 processors / individual processor / operating system / Quality of Service / one processor / Java / actual processors / regression-based scheduling-aware algorithm / caching / simulation / maximum-likelihood scheduling-aware demand estimation algorithm / estimation algorithm / /
An Offline Demand Estimation Method for Multi-Threaded Applications Juan F. P´erez Sergio Pacheco-Sanchez