359 karma · joined March 23, 2020
If anyone has set up Paisa (successfully or unsuccessfully) and has anything to share, I'd love to hear it.
https://paisa.fyi/ https://demo.paisa.fyi/ https://ledger-cli.org/
When comparing the two programs here, I can't immediately see any big differences. Sorry if this reads like a shallow plug
QFT
What an unbelievably pissy and deserving tone from the author. If you want to be an archivist and you've permanently lost data that was stored in a single, external location, hopefully it's a learning experience
I need to integrate distil whisper large v3, aider, and shell_gpt to tidy up a lot of my disjointed LLM use. As someone else mentioned, the commits created by aider allow me to "skip" some intermediate steps that would be required when working on coding tasks with other frameworks.
https://vb-audio.com/Cable/index.htm
So, if you wanted to transcribe the audio from one of your physical output devices (say you had your meeting software outputting on external headphones), you could set the virtual audio device as the monitoring device on the physical external headphones. Therefore, you end up with a virtual audio input device containing the audio from your meeting software. I also do this to apply a chain of filters to my condenser mic in OBS because it picks up everything.
They mention this model's relative weakness in the TruthfulQA eval, since it's more lossy trying to pack 'knowledge' into a small model relative to problem-solving skills (which shine on MMLU)
Regardless - still a very useful thing to have offline and on the fly. Those scores are nothing to scoff at.
Given that these pipelines are likely harder harder to imitate than new architectures like Transformers, I assume there has been and will be an intense focus on synthetic data generation and cleansing. Llama 3 used 15T of tokens in its training corpus vs 4.8T in the "scaled-up" version of phi-3. If you made it to the end of this disjointed ramble I'm sorry
They're working on MLX but it only recently got swift bindings. They just don't have the DEVELOPERS DEVELOPERS DEVELOPERS coked out attitude i guess
GPT-3.5 answering questions through the OAI API alone is not an acceptable method of testing problem solving ability across a range of temperatures. OpenAI does some blackbox wizardry on their end.
There are many complex and clever sampling techniques for which temperature is just one (possibly dynamic) component
One example from the llama.cpp codebase is dynamic temperature sampling
https://github.com/ggerganov/llama.cpp/pull/4972/files
Not sure what you mean by whole model state given that there are tens of thousands of possible tokens and the models have billions of parameters in XX,XXX-dimensional space. How many queries across how many sampling methods might you need? Err..how much time? :)
While the 4090 can run models that use less than 24GB of memory at blistering speeds, models are going to continue to scale up and 24GB is fairly limiting. Because LLM inference can take advantage of splitting the layers among multiple GPUs, high memory GPUs that aren't super expensive are desirable.
To share a personal perspective, I have a desktop with a 3090 and an M1 Max Studio with 64GB of memory. I use the M1 for local LLMs because I can use up to 57~GB of memory, even though the output (in terms of tok/s) is much slower than ones I can fit on a 3090.
In related news, v2 of the "stack" dataset was recently released
> 3.28B unique files belonging to 104.2M github repositories were collected by traversing the Software Heritage 2023-09-06 graph dataset. Additional repository-level metadata was collected from GitHub Archive data up to 2023-09-14. The total uncompressed size of all files is 67.53TB. Near-deduplication was implemented in the pre-processing pipeline on top of exact deduplication.
V1 vs V2 by Deduped Size Tokens
V1: 2.9TB and 200B
V2: 32.1TB and 900B
I imagine we'll see some fairly powerful open coding models soon. The ones I'm looking at testing are:
dolphincoder-starcoder2-15b-iMat.GGUF
CodeFuse-DeepSeek-33B-iMat.GGUF
OpenCodeInterpreter-DS-33B-iMat.GGUF
starcoder2-15b-instruct-iMat.GGUF
more info
dataset https://huggingface.co/datasets/bigcode/the-stack-v2
gguf quants https://huggingface.co/dranger003