#LeetGPU - Twitter Hashtag

about 12 hours ago

Solved LeetGPU Softmax problem. Now, every thread here independently calculates the max and sum, which makes this highly inefficient. So, my next goal is to learn how to optimise this. #leetgpu #gpu #CUDA

RedJOe_0608's tweet photo. Solved LeetGPU Softmax problem. Now, every thread here independently calculates the max and sum, which makes this highly inefficient. So, my next goal is to learn how to optimise this.

#leetgpu #gpu #CUDA https://t.co/de1nDFuLpH

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Joe @RedJOe_0608

2 days ago

Implemented Matrix transpose kernel problem on LeetGPU. It was a simple problem, just keeping track of indexes. Thought I could squeeze in another problem, but one of those days where life caught up 😅. Consistency over intensity. Always. #leetgpu #GPU

RedJOe_0608's tweet photo. Implemented Matrix transpose kernel problem on LeetGPU. It was a simple problem, just keeping track of indexes.

Thought I could squeeze in another problem, but one of those days where life caught up 😅. Consistency over intensity. Always.

#leetgpu #GPU https://t.co/zN3kZZGUS9

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Joe @RedJOe_0608

3 days ago

Implemented the matrix multiplication kernel on LeetGPU. This problem is the backbone of deep learning. My goal is to solve at least one LeetGPU problem a day. Solved 2 days in a row. Onwards to day 3 💪🏼 #leetgpu #gpu

RedJOe_0608's tweet photo. Implemented the matrix multiplication kernel on LeetGPU. This problem is the backbone of deep learning.

My goal is to solve at least one LeetGPU problem a day. Solved 2 days in a row. Onwards to day 3 💪🏼

#leetgpu #gpu https://t.co/oAoXofPQuc

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Thakur @iamthakur404

about 2 months ago

From LeetCode → LeetGPU From CPU → GPU First challenge: Vector Addition. Maybe this is just me promoting myself to myself. When everything else in life feels stuck, I can still keep moving forward, one problem at a time. #GPUProgramming #CUDA #LeetGPU #CPlusPlus @nvidia

Thakur @iamthakur404

about 2 months ago

Solved my first LeetGPU CUDA challenge: Vector Addition. Turning CUDA concepts into actual GPU code, one kernel at a time. #CUDA #GPUProgramming #NVIDIA #CPlusPlus

iamthakur404's tweet photo. Solved my first LeetGPU CUDA challenge: Vector Addition. Turning CUDA concepts into actual GPU code, one kernel at a time.

#CUDA #GPUProgramming #NVIDIA #CPlusPlus https://t.co/sHY9KLbby5

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Arayz

@ArayzDev

9 months ago

New post: LeetGPU Challenge #7: Reverse Array! 🚀 We're gonna go over implementing an in place array reversal GPU kernel with Triton. #LeetGPU #GPUProgramming #Triton #CUDA https://t.co/JmSJe48QCY

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Arayz

@ArayzDev

10 months ago

Blog post for day 3 of one LeetGPU challenge a day is live!! 🔥 We're going to learn how memory coalescing works and build an intuition on how to use it to optimize GPU kernels while implementing a matrix transpose kernel 🚀 https://t.co/715sohFfIn #leetgpu #gpu

ArayzDev's tweet photo. Blog post for day 3 of one LeetGPU challenge a day is live!! 🔥
We're going to learn how memory coalescing works and build an intuition on how to use it to optimize GPU kernels while implementing a matrix transpose kernel 🚀
https://t.co/715sohFfIn
#leetgpu #gpu https://t.co/lnFAzJBbMH

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Arayz

@ArayzDev

10 months ago

Making illustrations to help visualize and make memory coalescing intuitive for my upcoming blog post on the matrix transpose challenge in LeetGPU! We'll start from a naive kernel and optimize it into a tiled one that utilizes this as an optimization technique 🚀 #leetgpu #gpu

ArayzDev's tweet photo. Making illustrations to help visualize and make memory coalescing intuitive for my upcoming blog post on the matrix transpose challenge in LeetGPU!

We'll start from a naive kernel and optimize it into a tiled one that utilizes this as an optimization technique 🚀
#leetgpu #gpu https://t.co/myTS4Gp0rF

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Subham Acharya 🚀 @Subham_Acharya_

over 1 year ago

Just crushed the Matrix Multiplication challenge on #LeetGPU! 🚀 Optimized my CUDA kernel to efficiently multiply matrices on the GPU. The parallel computing power is amazing - love seeing those performance gains when you get the thread blocks and shared memory just right. #CUDA

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Pranav Doma

@Pranavdoma0323

over 1 year ago

Just dropped my CUDA practice repo! Riding the #LeetGPU wave & inspired by @AcceleratorNick Building my GPU skills one kernel at a time. Just started and looking forward to writing and practicing more. #CUDA #GPU. https://t.co/j3cZgggo8V

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