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Explicit parallelism
The Importance of Data
(CITIUS) Phd DISSERTATION
Intel® Oneapi Programming Guide
Executable Modelling for Highly Parallel Accelerators
Programming Multicores: Do Applications Programmers Need to Write Explicitly Parallel Programs?
An Outlook of High Performance Computing Infrastructures for Scientific Computing
Performance Tuning Workshop
Regent: a High-Productivity Programming Language for Implicit Parallelism with Logical Regions
Introduction to Parallel Processing
CIS 501 Computer Architecture This Unit: Shared Memory
Comparing SYCL with HPX, Kokkos, Raja and C++ Executors the Future of ISO C++ Heterogeneous Computing
The Cascade High Productivity Programming Language
Non-Blocking Collectives for MPI – Overlap at the Highest Level –
Parallel Processing – Multithreading – MPI
CIS 501 Computer Architecture
Dark Silicon and the End of Multicore Scaling
Programming with Message-Passing Libraries
Introduction to MPI
Top View
Weld: a Common Runtime for High Performance Data Analytics
Parallel Libraries
Towards Implicit Parallel Programming for Systems
Optimization in Computational Systems Biology Via High Performance Computing Techniques
Parallel Computing with MATLAB
Optimization Techniques for Maximizing Application Performance on Multi-Core Processors
Introduction to Parallel Processing
C++17, Is It Great Or Just OK and Heterogeneous Computing in C++
Numerical Parallel Computing
Implicit Vs. Explicit Parallelism
Explicit and Implicit Parallel Functional Programming: Concepts and Implementation
Parallel Programming
Intel Technology Journal
Analysis and Compilation of Parallel Programming Languages Adilla Susungi
Expressing Parallelism with ROOT
Parallel Programming: Introduction to GPU Architecture
Parallel Architectures
Modern C++ Heterogeneous Programming with SYCL
Khronos's Opencl SYCL to Support Heterogeneous Devices for C++
An Introduction to High Performance Computing and Its Applications
CMU 15-418: Parallel Computer Architecture and Programming (Spring 2012)
Lecture Notes on Parallel Computation
Lessons from Massively Parallel Applications on Message Passing Computers
On the Effective Parallel Programming of Multi-Core Processors
Introduction to Parallel Computing
General-Purpose Performance Portable Programming Models for Productive Exascale Computing
Introduction Parallel Programming Using MPI and Openmp
Experimenting with a Big Data Framework for Scaling a Data Quality Query System
To Parallelize Or Not to Parallelize, Bugs Issue
Multicore Processors
6 Chapel 6.1 a Brief History of Chapel
(Hpc) Through Parallel Programming Paradigms and Their Principles
Table of Contents Parallel Programming Models
Crash Course in Supercomputing
Memodyn: Exploiting Weakly Consistent Data Structures for Dynamic Parallel Memoization
Lecture 19 — Shared-Memory Parallelism and Concurrency
A Brief Overview of Chapel
Overview of 15-740
Applying Type Oriented Programming to the PGAS Memory Model
Pedro Filipe Araújo Costa Efficient Computation of the Matrix Square Root in Heterogeneous Platforms
SYCL in the Openvx Ecosystem
EGEE User Forum Manchester
Unit 11: Multicore
Shared Memory Programming Openmp
An Explicit Parallelism Study Based on Thread-Level Speculation
Multi-Core Programming: Implicit Parallelism
SYCL for Hihat
Architectural Trends and Programming Model Strategies for Large-Scale Machines