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www.cherryservers.com | ||
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logins.github.io
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| | | | | Compute Shaders in D3D12 Why Talking About Compute Shaders Direct Compute has been part of DirectX since version 10. Its usages are multiple, but in general we can use the compute pipeline whenever we want to calculate something without the need of a rasterizer. This ability to generically adapt to any type of calculus makes the compute pipeline really useful in many areas, not only for real-time applications, but also for many science-related computations. In science, every operation that involves the word "GPGPU" (General Purpose GPU) has some kind of compute shader usage in it: high performance computing, physics simulations, classification, image processing are just to scratch the surface among the multitude of use cases. In a game engine, compute shader... | |
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blog.paperspace.com
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| | | | | In this article, we look at and compare the A100 with the powerful, new Nvidia GPU, the Hopper H100. | |
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raphlinus.github.io
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| | | | | The GPU in your computer is about 10 to 100 times more powerful than the CPU, depending on workload. For real-time graphics rendering and machine learning, you are enjoying that power, and doing those workloads on a CPU is not viable. Why aren't we exploiting that power for other workloads? What prevents a GPU from being a more general purpose computer? | |
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listverse.com
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| | | We are so far away now, from the original computer games, it doesn't seem outrageous to claim that in a few years we might achieve complete virtual reality, and indeed become a race unsure of what is real and what is unreal, like films such as The Matrix portray. Most people have only experienced fully functioning 3D games with decent graphics, but games had beginnings routed in the very basics of electronics and computing. Here are 15 past advancements in video game technology that have made the industry what it is today, given birth to it, shaped it, and is steering it towards a future. | ||