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AC2 adds custom decision-model training

Applied Compute says teams can use the feature for request routing, content classification and anomaly detection.

Rhythm GargRG
4 Sources, 1h ago, first seen 1h ago

TLDR

Applied Compute says AC2 now supports training custom decision models. An accompanying post describes adding a trainable decision head to an open-weight language model. In a test starting from Perplexity’s pplx-decider-v1-27b, the author reports toxic-comment detection F1 rising from 0.482 to 0.677 using 50,000 sampled training examples and 20,000 sampled evaluation examples, and says training took less than an hour on four B300 GPUs.

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4 Sources, first seen 1h ago

64 likes3 comments25 saves13 reposts

Combined views

4.2K

4 Sources, first seen 1h ago

64 likes3 comments25 saves13 reposts

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4 Sources

Rhythm Garg@rhythmrgYou can now train your own decision model in our platform AC2! Jev-like models, custom fit for your use case :) We implement decision models through a language-model backbone with a small learned output layer called a decision head. The backbone processes the input, question, and answer choices, and the head produces scores which are softmaxed to produce a probability distribution over answer choices. Our software interface makes it easy to add a variable-sized decision head to frontier open-weight models. Choose any open source model, and train it as a decision model using Brier loss or cross-entropy loss. Training updates both the decision head and the language backbone. We tried it on 50k sampled training datapoints from the Civil Comments dataset, starting from Perplexity’s pplx-decider-v1-27b, and F1 for detecting toxic comments increased from 0.482 to 0.677 on 20k sampled eval datapoints. The training job took less than an hour on four B300 GPUs. Reach out to get started with your own classification task: https://docs.appliedcompute.com/platform/training/decisions1h
Applied Compute@appliedcomputeAC2 now supports decision model training. Teams can build custom Jev-like models for use cases like request routing, content classification, and anomaly detection. Reach out to get started with your own classification task!1h
Yash Patil@ypatil125Excited to announce that we have added training and inference support for Decision Models in our platform! Reach out to give it a try!1h
Linden Li@lindensliCustomized decision models to train/serve! Speed + cost + efficiency of these models is unmatched, will be a crucial part of most AI deployments.55m
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    4 Sources

    Rhythm Garg@rhythmrgYou can now train your own decision model in our platform AC2! Jev-like models, custom fit for your use case :) We implement decision models through a language-model backbone with a small learned output layer called a decision head. The backbone processes the input, question, and answer choices, and the head produces scores which are softmaxed to produce a probability distribution over answer choices. Our software interface makes it easy to add a variable-sized decision head to frontier open-weight models. Choose any open source model, and train it as a decision model using Brier loss or cross-entropy loss. Training updates both the decision head and the language backbone. We tried it on 50k sampled training datapoints from the Civil Comments dataset, starting from Perplexity’s pplx-decider-v1-27b, and F1 for detecting toxic comments increased from 0.482 to 0.677 on 20k sampled eval datapoints. The training job took less than an hour on four B300 GPUs. Reach out to get started with your own classification task: https://docs.appliedcompute.com/platform/training/decisions1h
    Applied Compute@appliedcomputeAC2 now supports decision model training. Teams can build custom Jev-like models for use cases like request routing, content classification, and anomaly detection. Reach out to get started with your own classification task!1h
    Yash Patil@ypatil125Excited to announce that we have added training and inference support for Decision Models in our platform! Reach out to give it a try!1h
    Linden Li@lindensliCustomized decision models to train/serve! Speed + cost + efficiency of these models is unmatched, will be a crucial part of most AI deployments.55m
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    Today's Rank

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