HealthHistoryBio_ClinicalBERT-en-ft

Health History Bio_ClinicalBERT-en-ft

The HealthHistoryBio_ClinicalBERT-en-ft was fine-tuned on the pre-trained model efbaro/HealthHistoryBio_ClinicalBERT-en and with patient data from health insurances organized in the form of historical sentences. The initial objective of the training was to predict hospitalizations, however, due to the possibility of applications in other tasks, we made these models available to the scientific community. This model was trained with English data translated from Portuguese Health Insurance Data. There are also other training approaches that can be seen at:

Other pre-trained models

• HealthHistoryRoBERTa-en
• HealthHistoryRoBERTa-pt
• HealthHistoryBERT-en
• HealthHistoryBioBERT-en
• HealthHistoryBio_ClinicalBERT-en
• HealthHistoryBERTimbau-pt

Other Models trained to predict hospitalizations (fine-tune)

• HealthHistoryOpenLLaMA3Bv2-en-ft
• HealthHistoryOpenLLaMA7Bv2-en-ft
• HealthHistoryOpenLLaMA13B-en-ft
• HealthHistoryOpenCabrita3B-pt-ft
• HealthHistoryRoBERTa-en-ft
• HealthHistoryRoBERTa-pt-ft
• HealthHistoryBERTimbau-pt-ft
• HealthHistoryBERT-en-ft
• HealthHistoryBioBERT-en-ft
• HealthHistoryBio_ClinicalBERT-en-ft

Fine-tune Data

The model was fine-tuned from 83,715 historical sentences from health insurance patients generated using the approach described in this paper Predicting Hospitalization from Health Insurance Data.

Model Fine-tune

Fine-tune Procedures

The model was fine-tuned on a GeForce NVIDIA RTX A5000 24GB GPU from laboratories of IT departament at UFPR (Federal University of Paraná).

Fine-tune Hyperparameters

We use a batch size of 16, a maximum sequence length of 512 tokens, accumulation steps of 4, number of epochs = 1 and a learning rate of 1.10−4 to fine-tune this model.

How to use the model

Load the model via the transformers library:

from transformers import AutoTokenizer, AutoModel
tokenizer = AutoTokenizer.from_pretrained("efbaro/HealthHistoryBio_ClinicalBERT-en-ft")
model = AutoModel.from_pretrained("efbaro/HealthHistoryBio_ClinicalBERT-en-ft")

More Information

Refer to the original paper, Predicting Hospitalization with LLMs from Health Insurance Data

Refert to another article related to this research, Predicting Hospitalization from Health Insurance Data

Questions?

Email:

• Everton F. Baro: [email protected], [email protected]
• Luiz S. Oliveira: [email protected]
• Alceu de Souza Britto Junior: [email protected]