trisfromgoogle
Every time, you ignored the honest and human-like answers to try and score some imaginary points.
We're honestly trying our best to build open models *with* the community that you can tune and use to build neat AI research + products. Ignoring that in favor of some political narrative is really petty.
Legitimate criticisms include not working correctly out of the box for llama.cpp due to repetition penalty and vocab size, some snafus on chat templates with huggingface, the fact that they're not larger-sized models, etc. Lots of the issues are already fixed, and we're committed to making sure these models are great.
Honestly, not sure what you're trying to get at here -- are you trying to "gotcha" the fact that not everything is perfect? That's true for any launch.
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Large language models (LLMs) have achieved significant progress in recent years, with models like GPT-3 and LaMDA demonstrating remarkable abilities in various tasks such as language generation, translation, and question answering.
However, 2b parameter models are a much smaller and simpler type of LLM compared to GPT-3. While they are still capable of impressive performance, they have a limited capacity for knowledge representation and reasoning.
Despite their size, 2b parameter models can be useful in certain scenarios where the specific knowledge encoded in the model is relevant to the task at hand. For example:
- Question answering: 2b parameter models can be used to answer questions by leveraging their ability to generate text that is similar to the question.
- Text summarization: 2b parameter models can be used to generate concise summaries of documents by extracting the most important information.
- Code generation: While not as common, 2b parameter models can be used to generate code snippets based on the knowledge they have learned.
Overall, 2b parameter models are a valuable tool for tasks that require specific knowledge or reasoning capabilities. However, for tasks that involve general language understanding and information retrieval, larger LLMs like GPT-3 may be more suitable.
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Generated in under 1s from query to full response on together.ai
Gemma.cpp is a highly optimized and lightweight system. The performance is pretty incredible on CPU, give it a try =)
1) Reference implementations in JAX, PyTorch, TF with Keras 3, MaxText/JAX, more...
2) Full integration at launch with HF including Transformers + optimization therein
3) TensorRT-LLM and full NVIDIA opt across the stack in partnership with that team (mentioned on the NVIDIA earnings call by Jensen, even)
4) More developer surfaces than you can shake a stick at: Kaggle, Colab, Gemma.cpp, GGUF
5) Comms landing with full coordination from Sundar + Demis + Jeff Dean, not to mention positive articles in NYT, Verge, Fortune, etc.
6) Full Google Cloud launches across several major products, including Vertex and GKE
7) Launched globally and with a permissive set of terms that enable developers to do awesome stuff
Pulling that off without any major SNAFUs is a huge relief for the team. We're excited by the potential of using all of those surfaces and the launch momentum to build a lot more great things for you all =)
Austin and Jan are truly amazing. The optimization work is genuinely outstanding; I get incredible CPU performance on Gemma.cpp for inference. Thanks for all of the awesomeness, Austin =)
https://opensource.googleblog.com/2024/02/building-open-mode...
Thoughts and feedback welcome, as always.