A while back, I was looking for a project amateurs could do for experimenting with Transformer alternatives and optimization algorithms. My concept was grabbing objective, test functions from the literature, making custom ones based on realistic data, and layering them together based on real-world depth. Then, training various approaches on them using consumer GPU’s or spot instances of high-end GPU’s.
What I read in this paper blew that idea out the water! I mean, it’s still doable but you’ve far exceeded it.
I love that you covered many types of structures, used 8x consumer GPU’s more like OSS folks do (widely-accessible pretraining), claim no copyright infringement for pretraining, and use enough techniques in ML that people can enjoy Googling stuff for days.
I do have some questions about what I might have overlooked in the paper.
1. Is the training data and code available to reproduce the model? And iteratively improve its architectural decisions?
2. Most authors claiming their data was legal or open were actually committing copyright infringement. Your method might dodge that if users generate their own synthetic data using methods they can verify aren’t themselves encumbered. Is that code available under open licensing? If not, would you offer it for a fee for companies or free for researchers?
3. What specific, common uses could amateurs try that would display the model’s ability in a business setting? (Both to drive more research or build products on the model.)
I thank you for your time.
What I read in this paper blew that idea out the water! I mean, it’s still doable but you’ve far exceeded it.
I love that you covered many types of structures, used 8x consumer GPU’s more like OSS folks do (widely-accessible pretraining), claim no copyright infringement for pretraining, and use enough techniques in ML that people can enjoy Googling stuff for days.
I do have some questions about what I might have overlooked in the paper.
1. Is the training data and code available to reproduce the model? And iteratively improve its architectural decisions?
2. Most authors claiming their data was legal or open were actually committing copyright infringement. Your method might dodge that if users generate their own synthetic data using methods they can verify aren’t themselves encumbered. Is that code available under open licensing? If not, would you offer it for a fee for companies or free for researchers?
3. What specific, common uses could amateurs try that would display the model’s ability in a business setting? (Both to drive more research or build products on the model.)
I thank you for your time.