I actually graduated around 5 months ago. The only thing that makes me sad is that I don't have a job yet and am finding it difficult to find one because there are no opportunities where I live (like seriously not a…
Nice! I cloned the repo so I can read through it. I already took some basic haskell so this looks like it's going to be fun to go through!
I unironically enjoy CS. I like programming and I like being close to the metal. I have an interest in the engineering part but I don't know if I'd pick it over CS. Life is hard. Also like compilers, and most compiler…
Don't know anything about GPUs and am a CS undergrad. How does this apply to compute workloads? What's wrong with treating it like an IMR GPU when it comes to compute? is the tile buffer used for compute? ELI 5 please.
I'm an undergrad and know nothing about GPUs so forgive me for these questions (I tried reading a bit just now). Where does the tile buffer come into play for GPGPU workloads? From my simple understanding of it. TBDR…
I actually graduated around 5 months ago. The only thing that makes me sad is that I don't have a job yet and am finding it difficult to find one because there are no opportunities where I live (like seriously not a…
Nice! I cloned the repo so I can read through it. I already took some basic haskell so this looks like it's going to be fun to go through!
I unironically enjoy CS. I like programming and I like being close to the metal. I have an interest in the engineering part but I don't know if I'd pick it over CS. Life is hard. Also like compilers, and most compiler…
Don't know anything about GPUs and am a CS undergrad. How does this apply to compute workloads? What's wrong with treating it like an IMR GPU when it comes to compute? is the tile buffer used for compute? ELI 5 please.
I'm an undergrad and know nothing about GPUs so forgive me for these questions (I tried reading a bit just now). Where does the tile buffer come into play for GPGPU workloads? From my simple understanding of it. TBDR…