Tagged | parallel-computing

• Developing Accelerated Code with Standard Language Parallelism

  (developer.nvidia.com)

  #performance #systems #parallel-computing

• What could Go wrong with a mutex, or the Go profiling story

  (evilmartians.com)

  #performance #GoLang #profiling #parallel-computing

• Similarity in Graphs: Jaccard Versus the Overlap Coefficient

  (developer.nvidia.com)

  #algorithms #graph-processing #math #parallel-computing

• Scaling Language Model Training to a Trillion Parameters Using Megatron

  (developer.nvidia.com)

  #machine-learning #GPU #parallel-computing

• Eliminating Data Races in Firefox – A Technical Report

  (hacks.mozilla.org)

  #runtime #systems #parallel-computing

• Distributed Neural Network Training In Pytorch

  (towardsdatascience.com)

  #AI #machine-learning #neural-net #parallel-computing

• Opening The Ruby Concurrency Toolbox

  (www.honeybadger.io)

  #ruby #runtime #parallel-computing #async

• Presentation: Parsing JSON Really Quickly: Lessons Learned

  (www.infoq.com)

  #performance #json #systems #parallel-computing #parsing

• Accelerate OpenCV: Optical Flow Algorithms with NVIDIA Turing GPUs

  (devblogs.nvidia.com)

  #image-processing #algorithms #performance #GPU #parallel-computing

• grCUDA: A Polyglot Language Binding for CUDA in GraalVM

  (devblogs.nvidia.com)

  #GPU #runtime #parallel-computing

• Use cases for Node workers

  (blog.logrocket.com)

  #nodeJS #performance #parallel-computing #computation

• Getting Started with CUDA Graphs

  (devblogs.nvidia.com)

  #GPU #graph-processing #parallel-computing

• Parallelism in Crystal

  (crystal-lang.org)

  #programming-languages #parallel-computing #crystal #multi-threading

• Presentation: Let's Talk Locks!

  (www.infoq.com)

  #performance #GoLang #systems #parallel-computing #concurrency

• Understanding Worker Threads in Node.js

  (nodesource.com)

  #nodeJS #parallel-computing #async #multi-threading

• Project Loom: Lightweight Java threads

  (developers.redhat.com)

  #java #JVM #parallel-computing #multi-threading

• Presentation: A Journey into Intel’s SGX

  (www.infoq.com)

  #performance #hardware #systems #parallel-computing

• 10x Faster Parallel Python Without Python Multiprocessing

  (towardsdatascience.com)

  #performance #distributed-systems #python #parallel-computing

• Has the Python GIL been slain?

  (hackernoon.com)

  #python #runtime #compilers #parallel-computing #multi-threading

• How GPU Computing literally saved me at work?

  (medium.com)

  #data-analytics #performance #GPU #parallel-computing

• Diving Into Golang Channels

  (itnext.io)

  #GoLang #parallel-computing #concurrency #multi-threading

• Tensor Core Programming Using CUDA Fortran

  (devblogs.nvidia.com)

  #GPU #parallel-computing #CUDA #computation

• Measuring the Limits of Data Parallel Training for Neural Networks

  (ai.googleblog.com)

  #data-science #performance #neural-net #research #parallel-computing

• MiGz for Compression and Decompression

  (engineering.linkedin.com)

  #algorithms #performance #compression #parallel-computing #multi-threading

• Parallel queries in PostgreSQL

  (www.percona.com)

  #DBMS #performance #PostgreSQL #parallel-computing

• Fearless Security: Thread Safety

  (hacks.mozilla.org)

  #programming-languages #parallel-computing #concurrency #multi-threading

• So you think you know Java Multi threading!

  (medium.com)

  #java #JVM #parallel-computing

• Massively Scale Your Deep Learning Training with NCCL 2.4

  (devblogs.nvidia.com)

  #deep-learning #machine-learning #GPU #parallel-computing

• Parallel programming and developing fast solutions for your slow programs using threads

  (hackernoon.com)

  #performance #systems #parallel-computing

• Using Tensor Cores for Mixed-Precision Scientific Computing

  (devblogs.nvidia.com)

  #algorithms #GPU #parallel-computing #computation

• Node.js multithreading: What are Worker Threads and why do they matter?

  (blog.logrocket.com)

  #javascript #nodeJS #parallel-computing

• Faster Swarms of Data : Accelerating Hive Queries with Parquet Vectorization

  (blog.cloudera.com)

  #performance #optimisation #cloud #parallel-computing

• Demystify The Multi-threading in Node.JS

  (hackernoon.com)

  #nodeJS #systems #parallel-computing

• CUDA on Turing Opens New GPU Compute Possibilities

  (devblogs.nvidia.com)

  #hardware #GPU #systems #parallel-computing

• Accelerated Ray Tracing in One Weekend in CUDA

  (devblogs.nvidia.com)

  #GPU #rendering #graphics #parallel-computing

• Concurrent Programming in Python is not what you think it is.

  (hackernoon.com)

  #python #parallel-computing #concurrency

• NVIDIA Turing Architecture In-Depth

  (devblogs.nvidia.com)

  #hardware #GPU #systems #parallel-computing

• Parallelizing Feature Engineering with Dask

  (towardsdatascience.com)

  #data-science #big-data #python #parallel-computing

• AutoEncoders and Parallel Computing with KernelML

  (towardsdatascience.com)

  #data-science #machine-learning #parallel-computing

• Web Worker driven NodeJS

  (itnext.io)

  #nodeJS #parallel-computing #web-workers

• Python Multithreading and Multiprocessing Tutorial

  (www.toptal.com)

  #python #systems #parallel-computing

• Parallel programming in JavaScript

  (itnext.io)

  #javascript #browsers #parallel-computing #concurrency

• Parallel and distributed genetic algorithms

  (towardsdatascience.com)

  #algorithms #parallel-computing

• Data Pre-Processing in Python: How I learned to love parallelized applies with Dask and Numba

  (towardsdatascience.com)

  #data-analytics #python #parallel-computing

• Building Infrastructure in Parallel

  (engineering.remind.com)

  #graph-processing #parallel-computing

• Using CUDA Warp-Level Primitives

  (devblogs.nvidia.com)

  #GPU #parallel-computing #CUDA

• Using CUDA Warp-Level Primitives

  (devblogs.nvidia.com)

  #GPU #parallel-computing #CUDA

• Seastar: The future is Here

  (www.scylladb.com)

  #opensource #systems #parallel-computing #C++

• Hybridizer: High-Performance C# on GPUs

  (devblogs.nvidia.com)

  #performance #GPU #parallel-computing

• How Jet Built a GPU-Powered Fulfillment Engine with F# and CUDA

  (devblogs.nvidia.com)

  #algorithms #optimisation #GPU #functional-programming #parallel-computing

• High-Performance GPU Computing in the Julia Programming Language

  (devblogs.nvidia.com)

  #performance #GPU #parallel-computing #julia

• Executing Parallel Statements to Improve Performance

  (www.cockroachlabs.com)

  #DBMS #performance #cockroachDB #systems #parallel-computing

• Open-sourcing RacerD: Fast static race detection at scale

  (code.facebook.com)

  #testing #mobile #android #parallel-computing

• Cooperative Groups: Flexible CUDA Thread Programming

  (devblogs.nvidia.com)

  #GPU #parallel-computing #CUDA

• Waiting in Parallel - Parallel Processing in Ruby

  (tech.showmax.com)

  #performance #ruby #parallel-computing