Results for each model and variants.
Use requirements_eval.txt for venv.
All plots and table scripts to visualize data are located here.
Answers.html can load multiple results and display question, answers, references for each model and variant.
Use requirements.txt for venv.
Add Model to models list, set model_index, save.
Then py train_ll.py.
Trained models are saved here.
Use requirements.txt for venv.
for basemodel "Qwen/Qwen2-0.5B-Instruct"
python evaluate_llm.py --modelname "<full_model_name>"
for basemodel with rag
python evaluate_llm.py --modelname "<full_model_name>" --use_rag
for ft model
python evaluate_llm.py --modelname "<full_model_name>" --use_ft
for ft model with rag
python evaluate_llm.py --modelname "<full_model_name>" --use_ft --use_rag
if using ft model, local ft model will be loaded
watch -n 0.5 nvidia-smi
Results for each model and variants.
Use requirements_eval.txt for venv.
All plots and table scripts to visualize data are located here.
Answers.html can load multiple results and display question, answers, references for each model and variant.
Use requirements.txt for venv.
Add Model to models list, set model_index, save.
Then py train_ll.py.
Trained models are saved here.
Use requirements.txt for venv.
for basemodel "Qwen/Qwen2-0.5B-Instruct"
python evaluate_llm.py --modelname "<full_model_name>"
for basemodel with rag
python evaluate_llm.py --modelname "<full_model_name>" --use_rag
for ft model
python evaluate_llm.py --modelname "<full_model_name>" --use_ft
for ft model with rag
python evaluate_llm.py --modelname "<full_model_name>" --use_ft --use_rag
if using ft model, local ft model will be loaded
watch -n 0.5 nvidia-smi