Webinar

Incrementally Porting Applications to GPUs Using CUDA.jl v5.4

Webinar

Incrementally Porting Applications to GPUs Using CUDA.jl v5.4

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Event Date & Time

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Porting your CPU-based applications to GPUs can be a challenging task. The all-or-nothing approach to GPU migration can be overwhelming, leading to performance challenges and bottlenecks. Join our subject matter expert Tim Besard to learn how CUDA.jl v5.4 introduces features to ease this transition. Learn how unified memory enables you to incrementally port your applications using GPU parallelism without compromising on performance.

In this webinar, learn about:

  • Unified Memory: Simplifies the porting process by enabling both CPU and GPU access to memory..

  • Incremental Porting: Incrementally move parts of your codebase to GPUs. 

  • Performance: See examples of accessing elements of unified CuArray, now made faster.

Secure your spot today. 

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Speakers

Tim Besard is a software engineer at JuliaHub, where he leads GPU support and development for the Julia programming language. He holds a Ph.D. in computer science engineering from Ghent University, Belgium, and has been a key contributor to Julia's GPU ecosystem since 2014. Tim maintains several foundational GPU packages including CUDA.jl, GPUArrays.jl, GPUCompiler.jl, and LLVM.jl, which together form the backbone of GPU computing in Julia.

Speakers

Tim Besard is a software engineer at JuliaHub, where he leads GPU support and development for the Julia programming language. He holds a Ph.D. in computer science engineering from Ghent University, Belgium, and has been a key contributor to Julia's GPU ecosystem since 2014. Tim maintains several foundational GPU packages including CUDA.jl, GPUArrays.jl, GPUCompiler.jl, and LLVM.jl, which together form the backbone of GPU computing in Julia.

Speakers

Tim Besard is a software engineer at JuliaHub, where he leads GPU support and development for the Julia programming language. He holds a Ph.D. in computer science engineering from Ghent University, Belgium, and has been a key contributor to Julia's GPU ecosystem since 2014. Tim maintains several foundational GPU packages including CUDA.jl, GPUArrays.jl, GPUCompiler.jl, and LLVM.jl, which together form the backbone of GPU computing in Julia.

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Incrementally Porting Applications to GPUs Using CUDA.jl v5.4