TAUR-dev/rankalign-v6-gemma-2-2b-d0.15-e2-hc-b2d-dbl-all-p0-nv1-ng1-fsx-lo0.1
The TAUR-dev/rankalign-v6-gemma-2-2b-d0.15-e2-hc-b2d-dbl-all-p0-nv1-ng1-fsx-lo0.1 model is a 2.6 billion parameter language model fine-tuned from Google's Gemma-2-2b base. Developed as part of the rankalign project, this model is specifically optimized for hypernym prediction tasks, focusing on identifying 'is-a' relationships between concepts. Its training regimen emphasizes precise semantic alignment for classification and validation of hierarchical relationships.
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Model Overview
This model, rankalign-v6-gemma-2-2b-d0.15-e2-hc-b2d-dbl-all-p0-nv1-ng1-fsx-lo0.1, is a fine-tuned checkpoint derived from the google/gemma-2-2b base model. It is part of the rankalign project, which focuses on improving the alignment and ranking capabilities of language models.
Key Training Details
The model underwent specific fine-tuning with the following parameters:
- Base Model:
google/gemma-2-2b - Version: v6 of the rankalign project
- Task:
hypernym-concat-bananas-to-dogs-double-all, indicating a focus on hypernym (is-a relationship) identification across a broad range of concepts. - Epochs: Trained for 2 epochs.
- Delta: A delta value of 0.15 was used.
- Loss Weights: Preference loss weight was 0, while NLL validator and generator weights were both 1, suggesting a strong emphasis on negative log-likelihood for both validation and generation.
- Constraints:
Force same-xwas set to True, and aLabeled-only ratioof 0.1 was applied during training.
Use Cases
This model is particularly suited for:
- Hypernym Prediction: Identifying and validating hierarchical relationships between words or concepts (e.g., 'banana is a fruit').
- Semantic Relationship Extraction: Tasks requiring precise understanding of 'is-a' or 'kind-of' relationships.
- Knowledge Graph Construction: Assisting in the automated creation or validation of knowledge graphs based on semantic hierarchies.
- Linguistic Research: Exploring the effectiveness of specific fine-tuning strategies for semantic alignment in LLMs.