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supergoose/
medmcqa

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medmcqa LoRA Models

This repository contains LoRA (Low-Rank Adaptation) models trained on the medmcqa dataset.

Models in this repository:

llama_finetune_medmcqa_r16_alpha=32_dropout=0.05_lr0.0002_data_size1000_max_steps=500_seed=123/: LoRA adapter for llama_finetune_medmcqa_r16_alpha=32_dropout=0.05_lr0.0002_data_size1000_max_steps=500_seed=123
llama_finetune_medmcqa_r16_alpha=32_dropout=0.05_lr0.0001_data_size1000_max_steps=100_seed=123/: LoRA adapter for llama_finetune_medmcqa_r16_alpha=32_dropout=0.05_lr0.0001_data_size1000_max_steps=100_seed=123
llama_finetune_medmcqa_r16_alpha=32_dropout=0.05_lr5e-06_data_size1000_max_steps=500_seed=123/: LoRA adapter for llama_finetune_medmcqa_r16_alpha=32_dropout=0.05_lr5e-06_data_size1000_max_steps=500_seed=123
llama_finetune_medmcqa_r16_alpha=32_dropout=0.05_lr0.0003_data_size1000_max_steps=500_seed=123/: LoRA adapter for llama_finetune_medmcqa_r16_alpha=32_dropout=0.05_lr0.0003_data_size1000_max_steps=500_seed=123
llama_finetune_medmcqa_r16_alpha=32_dropout=0.05_lr1e-05_data_size1000_max_steps=500_seed=123/: LoRA adapter for llama_finetune_medmcqa_r16_alpha=32_dropout=0.05_lr1e-05_data_size1000_max_steps=500_seed=123
llama_finetune_medmcqa_r16_alpha=32_dropout=0.05_lr0.0001_data_size1000_max_steps=500_seed=123/: LoRA adapter for llama_finetune_medmcqa_r16_alpha=32_dropout=0.05_lr0.0001_data_size1000_max_steps=500_seed=123
llama_finetune_medmcqa_r16_alpha=32_dropout=0.05_lr0.0002_data_size1000_max_steps=100_seed=123/: LoRA adapter for llama_finetune_medmcqa_r16_alpha=32_dropout=0.05_lr0.0002_data_size1000_max_steps=100_seed=123
llama_finetune_medmcqa_r16_alpha=32_dropout=0.05_lr0.0003_data_size1000_max_steps=100_seed=123/: LoRA adapter for llama_finetune_medmcqa_r16_alpha=32_dropout=0.05_lr0.0003_data_size1000_max_steps=100_seed=123
llama_finetune_medmcqa_r16_alpha=32_dropout=0.05_lr1e-05_data_size1000_max_steps=1000_seed=123/: LoRA adapter for llama_finetune_medmcqa_r16_alpha=32_dropout=0.05_lr1e-05_data_size1000_max_steps=1000_seed=123
llama_finetune_medmcqa_r16_alpha=32_dropout=0.05_lr5e-06_data_size1000_max_steps=1000_seed=123/: LoRA adapter for llama_finetune_medmcqa_r16_alpha=32_dropout=0.05_lr5e-06_data_size1000_max_steps=1000_seed=123
llama_finetune_medmcqa_r16_alpha=32_dropout=0.05_lr5e-05_data_size1000_max_steps=500_seed=123/: LoRA adapter for llama_finetune_medmcqa_r16_alpha=32_dropout=0.05_lr5e-05_data_size1000_max_steps=500_seed=123

Usage

To use these LoRA models, you'll need the peft library:

pip install peft transformers torch

Example usage:

python

from peft import PeftModel
from transformers import AutoModelForCausalLM, AutoTokenizer

# Load base model
base_model_name = "your-base-model"  # Replace with actual base model
model = AutoModelForCausalLM.from_pretrained(base_model_name)
tokenizer = AutoTokenizer.from_pretrained(base_model_name)

# Load LoRA adapter
model = PeftModel.from_pretrained(
    model, 
    "supergoose/medmcqa",
    subfolder="model_name_here"  # Replace with specific model folder
)

# Use the model
inputs = tokenizer("Your prompt here", return_tensors="pt")
outputs = model.generate(**inputs)

Training Details

Dataset: medmcqa
Training framework: LoRA/PEFT
Models included: 11 variants

Files Structure

Each model folder contains:

adapter_config.json: LoRA configuration
adapter_model.safetensors: LoRA weights
tokenizer.json: Tokenizer configuration
Additional training artifacts

Generated automatically by LoRA uploader script