| --- |
| license: mit |
| language: |
| - en |
| base_model: |
| - google-bert/bert-base-uncased |
| pipeline_tag: text-classification |
| --- |
| # News Relevancy Classifiers |
|
|
| ## bert-ft-v2 |
|
|
|  |
|
|
| ### Model Description |
| - **Purpose**: This model is trained for a specific task in research, it is not a commmercial product and should not be used in for-profit. |
| - **Architecture**: `bert-base-uncased` |
| - **Fine-tuning task**: Four-class English healthcare and AI news-headline relevancy classification |
| - **Dataset**: ~254 English headlines (2024β2025) manually labeled into: |
| - 0 β Not Relevant |
| - 1 β Least Relevant |
| - 2 β Highly Relevant |
| - 3 β Most Relevant |
| - **HF Repo**: [`cloud0day3/bert-ft-v2`](https://huggingface.co/cloud0day3/bert-ft-v2) (latest v3 checkpoint, 6 June 2025) |
| - **Date Trained**: 2025-06-06 |
|
|
| #### Model Inputs |
|
|
| - A raw English headline (string), truncated/padded to 96 tokens. |
| - Tokenization handled by the bundled `vocab.txt` + `tokenizer_config.json` + `special_tokens_map.json`. |
|
|
| #### Model Outputs |
|
|
| - A single integer label (0β3). Mapped to human-readable categories: |
| ```python |
| LABELS = { |
| 0: "Not Relevant", |
| 1: "Least Relevant", |
| 2: "Highly Relevant", |
| 3: "Most Relevant" |
| } |
| |
| |
| #### Intended Use |
| - **Primary**: Automatically assign a relevancy score to healthcare and AI English news headlines so that downstream pipelines (e.g., filtering, ranking) can operate without manual triage. |
| |
| #### Examples of use: |
| |
| - Pre-filtering a news aggregation feed to capture healthcare and AI news. |
| |
| - Prioritizing headlines for editorial review. |
| |
| - Input to summarization/retrieval pipelines. |
| |
| #### Out-of-Scope Uses |
| - Any non-English text. |
| |
| - Multi-sentence inputs or full articles (this model is tuned on single-sentence headlines). |
| |
| - Tasks other than healthcare-tech relevancy (e.g., sentiment analysis, topic modeling). |
| |
| - High-risk decision making without human oversight (e.g., emergency alerts). |