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That model was trained in part utilizing their unreleased R1 "thinking" model. Today they have actually launched R1 itself, together with an entire family of brand-new models obtained from that base.

That design was trained in part using their unreleased R1 "thinking" model. Today they have actually released R1 itself, along with a whole household of new designs obtained from that base.


There's a great deal of things in the brand-new release.


DeepSeek-R1-Zero appears to be the base model. It's over 650GB in size and, like most of their other releases, is under a clean MIT license. DeepSeek alert that "DeepSeek-R1-Zero experiences challenges such as endless repetition, bad readability, and language blending." ... so they likewise launched:


DeepSeek-R1-which "integrates cold-start information before RL" and "attains performance similar to OpenAI-o1 across math, code, and thinking jobs". That a person is likewise MIT accredited, and is a similar size.


I do not have the ability to run models bigger than about 50GB (I have an M2 with 64GB of RAM), so neither of these 2 designs are something I can quickly play with myself. That's where the brand-new distilled models are available in.


To support the research study community, we have open-sourced DeepSeek-R1-Zero, users.atw.hu DeepSeek-R1, and wiki.whenparked.com 6 dense models distilled from DeepSeek-R1 based upon Llama and Qwen.


This is a fascinating flex! They have designs based on Qwen 2.5 (14B, 32B, Math 1.5 B and Math 7B) and Llama 3 (Llama-3.1 8B and Llama 3.3 70B Instruct).


Weirdly those Llama models have an MIT license connected, which I'm uncertain works with the underlying Llama license. Qwen designs are Apache certified so possibly MIT is OK?


(I also just observed the MIT license files say "Copyright (c) 2023 DeepSeek" so they might need to pay a bit more attention to how they copied those in.)


Licensing aside, these distilled designs are interesting beasts.


Running DeepSeek-R1-Distill-Llama-8B-GGUF


Quantized versions are currently beginning to appear. So far I've attempted simply one of those- unsloth/DeepSeek-R 1-Distill-Llama-8B-GGUF launched by Unsloth AI-and chessdatabase.science it's truly enjoyable to play with.


I'm running it using the combination of Ollama, LLM and the llm-ollama plugin.


First I fetched and ran the model utilizing Ollama itself:


This downloads around 8.5 GB of model information and starts an interactive chat interface.


Once the design has actually been brought, LLM can speak with it also. I choose using LLM for experiments since it logs everything to SQLite for later exploration.


I installed the plugin and ran it like this:


Each action begins with a ... pseudo-XML tag containing the chain of idea used to assist generate the reaction. For "a joke about a pelican and a walrus who run a tea room together" that began like this:


Okay, trademarketclassifieds.com so I need to come up with a joke about a pelican and it-viking.ch a walrus running a tea space together. Hmm, that's a fascinating combination. Let me consider how these 2 characters might interact in an amusing circumstance.


First, let's consider their attributes. Pelicans are understood for their long beaks and Webbed feet, frequently seen near the beach or water. Walruses have big teeth, thick fur, and they're generally discovered in chillier environments, like icebergs or snowy locations. So, integrating these two into a tea space setting is already an amusing image.


[...]

It then believed for 20 paragraphs before outputting the joke! Here's the full records and here's the output at the end, after the tag:


The Joke:


A pelican and fishtanklive.wiki a walrus decide to open a quaint little tea room together. The walrus, with its big size, struggles to discover comfortable chairs, so it sits on the table by accident, knocking over the teapot. Meanwhile, the pelican, attempting to assist, utilizes its beak to place dishes on the table, triggering a few spills.


After a series of funny accidents, the walrus looks up and says with a smile, "This isn't so fishy anymore." The pelican smirks and mentions, "Maybe not, however we do have a great deal of krill in our tea!"


Explanation:


- Setup: Pelican and Walrus run an unlikely tea space. Their sizes cause comedic chaos.
- Punchline: "This isn't so fishy any longer" is a pun on the situation becoming less absurd. The follow-up joke introduces "krill," a play on words that ties into both marine life ("fish") and tea, garagesale.es making it amusing while fitting the style.


So yeah, the joke is dreadful. But the procedure of getting there was such a fascinating insight into how these brand-new models work.


This was a fairly little 8B design. I'm looking forward to checking out the Llama 70B variation, which isn't yet available in a GGUF I can run with Ollama. Given the strength of Llama 3.3 70B-currently my preferred GPT-4 class model that I have actually worked on my own machine-I have high expectations.


Update 21st January 2025: I got this quantized version of that Llama 3.3 70B R1 distilled design working like this-a 34GB download:


Can it draw a pelican?


I attempted my traditional Generate an SVG of a pelican riding a bike prompt too. It did refrain from doing extremely well:


It aimed to me like it got the order of the aspects incorrect, so I followed up with:


the background ended up covering the remainder of the image


It thought some more and provided me this:


As with the earlier joke, the chain of believed in the transcript was even more fascinating than completion result.


Other ways to attempt DeepSeek-R1


If you desire to try the design out without setting up anything you can do so using chat.deepseek.com-you'll require to produce an account (check in with Google, utilize an email address or provide a Chinese +86 telephone number) and then pick the "DeepThink" choice listed below the prompt input box.


DeepSeek provide the model through their API, using an OpenAI-imitating endpoint. You can access that by means of LLM by dropping this into your extra-openai-models. yaml setup file:


Then run llm keys set deepseek and paste in your API key, then utilize llm -m deepseek-reasoner 'prompt' to run prompts.


This will not reveal you the thinking tokens, unfortunately. Those are dished out by the API (example here) but LLM does not yet have a method to display them.

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