Evaluating the Isolation Effect of Cache Partitioning on COTS Multicore Platforms Heechul Yun, Prathap Kumar Valsan University of Kansas {heechul.yun, prathap.kumarvalsan}@ku.edu DRAM bank parallelism—and intend to fin

Source URL: www.mpi-sws.org

• Parallel computing
• ARM architecture
• Computer architecture
• Computer memory
• Microprocessors
• CPU cache
• ARM Cortex-A15
• Multi-core processor
• ARM Cortex-A7
• Cache
• Xeon
• AMD 10h

Library-based solutions for algorithms with complex patterns of parallelism Author: Carlos Hugo González Vázquez PhD Thesis

Source URL: gac.udc.es

Insight into Application Performance Using Application-Dependent Characteristics Waleed Alkohlani1 , Jeanine Cook2 , and Nafiul Siddique1 1 Klipsch School of Electrical and Computer Engineering,

Source URL: www.dcs.warwick.ac.uk

• Cache
• Central processing unit
• Computer memory
• Computer architecture
• Parallel computing
• CPU cache
• Locality of reference
• Benchmark
• Microarchitecture
• Instruction set
• Instruction-level parallelism
• Draft:Cache memory

SIGACCESS FY’14 Annual Report July 2013 – June 2014 Submitted by: Andrew Sears SIGACCESS continues to refine its activities to meet member needs. This report highlights SIGACCESS Awards as well as the SIG’s confere

Source URL: www.acm.org

• Theoretical computer science
• Edsger W. Dijkstra
• ACM SIGACT
• Association for Computing Machinery
• Symposium on Theory of Computing
• Symposium on Parallelism in Algorithms and Architectures
• Symposium on Principles of Distributed Computing
• Symposium on Computational Geometry
• ACM-W
• International Colloquium on Automata
• Languages and Programming
• Gdel Prize
• Symposium on Foundations of Computer Science

DOC Document

Source URL: www.capsl.udel.edu

• Parallel computing
• Guang Gao
• Computer architecture
• Software pipelining
• Symposium on Parallelism in Algorithms and Architectures
• Superscalar processor
• Dataflow architecture
• Instruction-level parallelism
• Data-intensive computing
• XPL
• Rock
• Josh Fisher

Revision: N2017 Reply to: Clark Nelson Programming language C — Extensions for parallel programming — Part 1: Thread-based parallelism

Source URL: www.open-std.org

Legion: Expressing Locality and Independence with Logical Regions Michael Bauer Sean Treichler

Source URL: legion.stanford.edu

• Parallel computing
• Computing
• Computer programming
• Software engineering
• Data parallelism
• Distributed memory
• B-tree
• Tree
• Trie
• Computer cluster

Implicit Parallelism through Deep Language Embedding Alexander Alexandrov Lauritz Thamsen Andreas Kunft Odej Kao

Source URL: stratosphere.eu

• Software engineering
• Computer programming
• Computing
• Functional languages
• Higher-order functions
• Programming language comparisons
• Concurrent programming languages
• Object-oriented programming languages
• Monad
• Set-builder notation
• Scala
• Haskell

Discovering and exploiting parallelism in DOACROSS loops

Source URL: www.cl.cam.ac.uk

Microscopic manifestation of superfluidity in doped helium clusters: Spin solvent effects Doing a parallelism of nuclei/electrons with dopant/helium atoms, a quantum chemistry approach is used to perform spectral simulat

Source URL: fama.iff.csic.es