The good news? Everything works smoothly now! We'd love for you to try it out and see what you think.
503 karma · joined February 29, 2008
founder of Tulip.io. founder of Well.ca.
The good news? Everything works smoothly now! We'd love for you to try it out and see what you think.
Will get this merged as soon as we can test across platforms.
Short story, run: “npm run start:cloud” in the git repo.
Will make this more known soon.
Our vision is that the sphere of people who do these types of tasks will grow as LLMs become more accessible and the tooling becomes more reliable.
Let us know what other types of functionality you'd like to see. I will record Assistant-type functionality for our team to look into!
Right now we have export plugins for going to GGUF, MLX and LlamaFile but if you know a good library for exporting to TensorRT, let's make a plugin for this! (Feel free to join our Discord if you want help)
Apple seems to get most of their recycled titanium from IperionX:
https://www.linkedin.com/posts/iperionx_over-20-years-ago-ap...
IperionX announced they get their recycled source Ti from ELG Utica Alloys:
https://www.aero-mag.com/new-partnership-creates-100-recycle...
From ELG we can read that a source of scrap Ti comes from companies like GE, Boeing, etc:
https://cdn.ymaws.com/titanium.org/resource/resmgr/2010_2014...
But this article from 1990 (may be outdated) states that a misunderstanding of the public is thinking that scrap mostly comes from old devices or planes. But these types of things last long and don't get recycled enough to provide enough volume. This seems to say that the bulk of scrap comes as a byproduct of the smelting process:
https://link.springer.com/article/10.1007/s11837-018-3278-1
The following article from 2004 however says that recycled Ti comes from 10% old scrap (old recycled parts we normally think of as recycled metal) and 90% "new scrap" which is partly wasted Ti generated when making parts. For example in 2004, the aerospace industry used 12000t of Ti but wasted 10000t of that.
Our tool, https://github.com/transformerlab/transformerlab-app also supports the latter (document search) using local llms.
Many of the opensource tools that run these models let you also edit the system prompt, which lets you tweak their personality.
The more advanced tools let you train them, but most of the time, people are downloading pre-existing models and using them directly.
If you are training models, it depends what you are doing. Finetuning an existing pre-trained model requires lots of examples but you can often do a lot with, say, 1000 examples in a dataset.
If you are training a large model completely from scratch, then, yes, you need tons of data and very few people are doing that on their local machines.
Apple Mac M2 or M3's are becoming a viable option because of MLX https://github.com/ml-explore/mlx . If you are getting an M series Mac for LLMs, I'd recommend getting something with 24GB or more of RAM.
* 2000 IU of D3 in the form of a softgel and [1] * 1 gram of Omega 3 [1]
But it's important to note that the the Omega 3 was in the form of prescription Omacor [1] which has been renamed to Lovaza [2]
The D3 supplement was donated by Pharmavite [1] which probably means that the brand name was Nature Made https://www.pharmavite.com/what-we-make/nature-made/
1 gram of Lovaza contains 465 mg EPA and 375 mg DHA [4] and note that "Prescription medications may contain up to 90% omega-3 fatty acids, whereas over-the-counter fish oil supplements contain roughly between 30% and 50% omega-3 fatty acids" [3] so you should look at the label on your Omega-3 supplement to see how much EPA and DHA it contains. And finally, note that the ratio of EPA to DHA might matter too [5].
[1] https://clinicaltrials.gov/ct2/show/NCT01169259 [2] http://www.ncbop.org/pdf/omacorbecomeslovazajuly2007.pdf [3] https://www.verywellhealth.com/prescription-and-supplement-o... [4] https://lovaza.com/ [5] https://pubmed.ncbi.nlm.nih.gov/33418065/
http://www.quora.com/When-did-Steve-Ballmer-join-Microsofts-...