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Implicit parallelism
Concurrent Cilk: Lazy Promotion from Tasks to Threads in C/C++
Parallel Computing a Key to Performance
Control Replication: Compiling Implicit Parallelism to Efficient SPMD with Logical Regions
Regent: a High-Productivity Programming Language for Implicit Parallelism with Logical Regions
Implicit Parallelism, Mixed Approaches
Lawrence Berkeley National Laboratory Recent Work
14. Parallel Computing 14.1 Introduction 14.2 Independent
Implicitly-Multithreaded Processors
Parallel Programming – Multicore Systems
MT 2015 21011433 8070.Pdf
Global HPCC Benchmarks in Chapel: STREAM Triad, Random Access, and FFT (Revision 1.4 — June 2007 Release)
SCS5108 Parallel Systems Unit II Parallel Programming
ZPL - Parallel Programming Language
Parallel Languages & CUDA
Evaluation of Programming Models for Manycore And/Or Heterogeneous
Implicitly-Threaded Parallelism in Manticore
Towards Implicit Parallel Programming for Systems
Type Oriented Parallel Programming for Exascale
Top View
Jakub T. Mościcki Understanding and Mastering Dynamics
Parallel Computing Platforms
GPU Basics GPU Basics S
Multicore Programming Models and Their Implementation Challenges
Analysis of Explicit Vs. Implicit Tasking in Openmp Using Kripke
Numerical Parallel Computing
Instruments of Productivity for High Performance Computing
Implicit Vs. Explicit Parallelism
Explicit and Implicit Parallel Functional Programming: Concepts and Implementation
Improving Implicit Parallelism
Issue Editor
Parallel Architectures
An Introduction to High Performance Computing and Its Applications
Lecture Notes on Parallel Computation
Towards a High Level Approach for the Programming of Heterogeneous Clusters
Analysis of Parallel Computing, Focusing on Parallel Computing Models and Parallel Programming Models
Artificial Neuron–Glia Networks Learning Approach Based On
Scaling Implicit Parallelism Via Dynamic Control Replication
Library-Based Solutions for Algorithms with Complex Patterns of Parallelism
(Hpc) Through Parallel Programming Paradigms and Their Principles
Implicit Parallelism
Regent: a High Productivity Programming Language for Implicit
Memodyn: Exploiting Weakly Consistent Data Structures for Dynamic Parallel Memoization
A Translation Framework from RVC-CAL Dataflow Programs to Opencl/SYCL Based Implementations
Parallel Processing Concepts
Implicit Parallelism with Ordered Transactions
From Dataflow to Multithreading
Applying Type Oriented Programming to the PGAS Memory Model
A Survey of Software Implementations Used by Application Codes in The
Parallel Feature Selection for Distributed-Memory Clusters
Concurrent Cilk: Lazy Promotion from Tasks to Threads in C/C++
Multi-Core Programming: Implicit Parallelism
Provably and Practically Efficient Granularity Control