At a Glance: NVIDIA's new CUDA Tile programming model brings a high-level, portable abstraction for writing high-performance GPU kernels. In this video we discuss how you can accurately benchmark your code so you can test which parts of your code are slow,

12 Optimisation Tips Tricks Hpc In Julia -

NVIDIA's new CUDA Tile programming model brings a high-level, portable abstraction for writing high-performance GPU kernels. In this video we discuss how you can accurately benchmark your code so you can test which parts of your code are slow, In this video we make small changes to our N body simulation example to show various easy

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  • NVIDIA's new CUDA Tile programming model brings a high-level, portable abstraction for writing high-performance GPU kernels.
  • In this video we discuss how you can accurately benchmark your code so you can test which parts of your code are slow,
  • In this video we make small changes to our N body simulation example to show various easy
  • We take a look at the first assignment for this course, along with some ...

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Code Profiling and Optimization (in Julia)
Performance Optimization (5/8) - Julia for HPC Course 2025
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02. Assessment Information [HPC in Julia]
Optimizing Serial Code in Julia 1: Memory Models, Mutation, and Vectorization
08. Benchmarking [HPC in Julia]
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12. Optimisation Tips & Tricks [HPC in Julia]

12. Optimisation Tips & Tricks [HPC in Julia]

In this video we make small changes to our N body simulation example to show various easy

Optimisation & Type Stability​ (HPC in Julia 4/10)

Optimisation & Type Stability​ (HPC in Julia 4/10)

Read more details and related context about Optimisation & Type Stability​ (HPC in Julia 4/10).

16. HPC Cluster Essentials: Tools, Techniques, and Best Practices [HPC in Julia]

16. HPC Cluster Essentials: Tools, Techniques, and Best Practices [HPC in Julia]

Read more details and related context about 16. HPC Cluster Essentials: Tools, Techniques, and Best Practices [HPC in Julia].

13. Intro to Parallel Computing [HPC in Julia]

13. Intro to Parallel Computing [HPC in Julia]

In this video we will be introducing the idea of parallel computing. We'll cover the concept of DAGs, Amdahl's law

Code Profiling and Optimization (in Julia)

Code Profiling and Optimization (in Julia)

Read more details and related context about Code Profiling and Optimization (in Julia).

Performance Optimization (5/8) - Julia for HPC Course 2025

Performance Optimization (5/8) - Julia for HPC Course 2025

Read more details and related context about Performance Optimization (5/8) - Julia for HPC Course 2025.

cuTile.jl for High-Performance Computing in Julia

cuTile.jl for High-Performance Computing in Julia

NVIDIA's new CUDA Tile programming model brings a high-level, portable abstraction for writing high-performance GPU kernels.

02. Assessment Information [HPC in Julia]

02. Assessment Information [HPC in Julia]

In this video I will describe how this module is assessed. We take a look at the first assignment for this course, along with some ...

Optimizing Serial Code in Julia 1: Memory Models, Mutation, and Vectorization

Optimizing Serial Code in Julia 1: Memory Models, Mutation, and Vectorization

Read more details and related context about Optimizing Serial Code in Julia 1: Memory Models, Mutation, and Vectorization.

08. Benchmarking [HPC in Julia]

08. Benchmarking [HPC in Julia]

In this video we discuss how you can accurately benchmark your code so you can test which parts of your code are slow,