Prentice-Hall / Cambridge University Press / MIT Press / Intel / /
Country
United States / Spain / /
Currency
pence / USD / / /
IndustryTerm
performance computing / classic dataflow systems / non-declarative solution / Internet Services / explicit buffer management / category server / abstract communication protocols / file server / Message passing systems / per-processor / file processing / explicit message management / file processor / /
OperatingSystem
Posix / /
Organization
Cambridge University / MIT / Frame∗ Unit / Purdue University / Ku Klux Klan / Actors for Java / /
Person
Robert H. Halstead / Jr. / Eric Mohr / George Necula / Wesley M. Johnston / Simon Marlow / Richard J. Millar / Joe Armstrong / Don Syme / Guodong Li / Gul Agha / J. R. Paul Hanna / Rob von Behren / Sriram Srinivasan / David A. Kranz / Adam Granicz / Mike Williams / Tao Yang / Simon Peyton Jones / Robert Virding / Charles E. Leiserson / Feng Zhou / Claes Wikstrom / John Reppy / Mark Baker / Robin Milner / Kunal Agrawal / M. Matthias Felleisen / Bryan Carpenter / Yuxiong He / Mads Tofte / Dan Friedman / Doug Lea / Robert M. Kirby / Ganesh Gopalakrishnan / Jeremy Condit / Prasad Suresh Jagannathan / Antonio Cisternino / E. Mohr / Yingqi Xiao / D. A. Kranz / Robert D. Blumofe / Alan Mycroft / Keith H. Randall / Michael Delisi / R. H. Halstead / Jr. / David Macqueen / Hong Tang / Matteo Frigo / Tim Harris / John H. Reppy / /
Position
collector / Actor / void worker / head / garbage collector / Semantics General / timeout manager / global thread scheduler / programmer / /
ProgrammingLanguage
MLton / Cilk / Java / Erlang / C / Haskell / Standard ML / ML / /
ProvinceOrState
Manitoba / /
Technology
alpha / network processors / 8 processors / api / network processor / abstract communication protocols / shared memory / one processor / load balancing / file processor / Java / end The file processor / simulation / /
Lightweight Asynchrony Using Parasitic Threads KC Sivaramakrishnan Lukasz Ziarek Raghavendra Prasad