Concurrent Cilk: Lazy Promotion from Tasks to Threads in C/C++ Christopher S. Zakian, Timothy A. K. Zakian Abhishek Kulkarni, Buddhika Chamith, and Ryan R. Newton Indiana University - Bloomington, {czakian, tzakian, adku

Source URL: www.cs.ox.ac.uk

Extended Version Concurrent Cilk: Lazy Promotion from Tasks to Threads in C/C++ Christopher Zakian Timothy A. K. Zakian

Source URL: www.cs.ox.ac.uk

Task Parallel Evolution and Revolution – Intel® Cilk™ Plus and Intel® Threading Building Blocks Victoria Gromova, Sr. Software Engineer, Intel Noah Clemons, Lead Technical Consulting Engineer, Intel

Source URL: pds23.egloos.com

Intel® Cilk™ Plus Application Binary Interface Specification Part 2 of the Intel® Cilk™ Plus Language Specification version 1.1 Copyright © 2011 Intel Corporation

Source URL: www.cilkplus.org

Design of Parallel and High-Performance Computing Fall 2014 Lecture: Scheduling Instructor: Torsten Hoefler & Markus Püschel

Source URL: spcl.inf.ethz.ch

• Software engineering
• Computer programming
• Computing
• Scheduling
• Functional languages
• Concurrent programming languages
• Operations research
• Parallel computing
• Cilk
• Work stealing
• Pure
• Fibonacci number

Structuring the execution of OpenMP applications for multicore architectures Fran¸cois Broquedis, Olivier Aumage, Brice Goglin, Samuel Thibault, Pierre-Andr´e Wacrenier, Raymond Namyst To cite this version:

Source URL: hal.inria.fr

• Computing
• Parallel computing
• Computer programming
• OpenMP
• Thread
• Scheduling
• Work stealing
• Multithreading
• Cache memory
• Multi-core processor
• Cilk
• Automatic parallelization

Programmazione di sistemi multicore A.ALECTURE 7 IRENE FINOCCHI

Source URL: twiki.di.uniroma1.it

• Computing
• Software engineering
• Computer programming
• Concurrent programming languages
• Method
• Cilk
• Java
• Const
• Go
• Class
• Forkjoin model
• Scala

Goals of this lecture Design of Parallel and High-Performance Computing Fall 2013 Lecture: Introduction

Source URL: spcl.inf.ethz.ch

• Computing
• Concurrent computing
• Parallel computing
• Computer programming
• OpenMP
• OpenCL
• Sizeof
• Cilk
• Thread
• Lis
• Supercomputer
• POSIX Threads

Superscalar programming 101 _parts 1-5_

Source URL: www.quickthreadprogramming.com

• Computing
• Algebra
• Computer programming
• Parallel computing
• Multiplication
• Concurrent programming languages
• Numerical linear algebra
• Cilk
• Matrix
• Array programming
• OpenMP
• Array data structure

Q1. (i) What are the two fundamental types or parallelism ? (ii) What are the categories into which parallel computers are divided according to Flynn’s taxonomy ? Q2. Explain why or why not the loop below can be execut

Source URL: spcl.inf.ethz.ch

• Parallel computing
• Application programming interfaces
• Fortran
• OpenMP
• Printf format string
• Infinite loop
• Subroutine
• D
• Message Passing Interface
• Cilk