OP seems to have run a programming language detector on the generated texts, and made a graph of programming language frecuencies: https://pbs.twimg.com/media/Gx2kvNxXEAAkBO0.jpg?name=orig As a result, OP seems to think…
The beginning of the text feels really odd, almost GPT-3-like at some points. At least, that's the way it seems when you do not know the jargon. It just rambles on and on. Thankfully it gets more coherent later on, but…
This video (wanderers) does not give a reason, but it sums up quite nicely the way I feel it: https://youtu.be/YH3c1QZzRK4
Whoa! Quite similar to the "magic" behind compressed sensing (as noted by the authors of the paper linked by the OP): https://en.wikipedia.org/wiki/Compressed_sensing Nice to see that similar mathematical tools are…
Vitter's algorithm is for when you need to generate a random list of unique items with sequential reads. If you drop that requirement, you can just use a substitution-permutation network:…
OP seems to have run a programming language detector on the generated texts, and made a graph of programming language frecuencies: https://pbs.twimg.com/media/Gx2kvNxXEAAkBO0.jpg?name=orig As a result, OP seems to think…
The beginning of the text feels really odd, almost GPT-3-like at some points. At least, that's the way it seems when you do not know the jargon. It just rambles on and on. Thankfully it gets more coherent later on, but…
This video (wanderers) does not give a reason, but it sums up quite nicely the way I feel it: https://youtu.be/YH3c1QZzRK4
Whoa! Quite similar to the "magic" behind compressed sensing (as noted by the authors of the paper linked by the OP): https://en.wikipedia.org/wiki/Compressed_sensing Nice to see that similar mathematical tools are…
Vitter's algorithm is for when you need to generate a random list of unique items with sequential reads. If you drop that requirement, you can just use a substitution-permutation network:…