LLM-Drop/scripts/dropping/nbl_linearize.sh

#!/usr/bin/bash

port="21305"
GPUs="4,5,6,7"

dataset="c4_val"
prune_data_type="pt"
n_calibration_samples=64
seq_len=2048

prune_method="nbl_linearize"
num_layers_to_linearize=32

model_name=llama3-8b-base
model_name_or_path=/workspace/1016_qif/Meta-Llama-3-8B

# model_name=llama3.1-8b-base
# model_name_or_path=/workspace/1016_qif/Llama-3.1-8B

folder_name="${model_name}-${prune_method}-linearize${num_layers_to_linearize}"
nbl_metric_cache_file="../results_prune/cache/${model_name}-${prune_method}-${dataset}-${n_calibration_samples}samples.pt"

echo ${folder_name}

output_dir=../results_prune/${folder_name}
prune_model_save_path=${output_dir}/checkpoint

CUDA_VISIBLE_DEVICES=$GPUs accelerate launch --main_process_port $port \
  src/compress.py \
  --stage prune \
  --model_name_or_path ${model_name_or_path} \
  --dataset ${dataset} \
  --dataset_dir ./src/llmtuner/data \
  --split "train" \
  --prune_data_type ${prune_data_type} \
  --cutoff_len ${seq_len} \
  --output_dir ${output_dir} \
  --logging_steps 10 \
  --bf16 \
  --n_calibration_samples ${n_calibration_samples} \
  --prune_method ${prune_method} \
  --num_layers_to_linearize ${num_layers_to_linearize} \
  --nbl_metric_cache_file ${nbl_metric_cache_file} \
  --prune_model_save_path ${prune_model_save_path}

# After running this script, the pruned model with linearized layers will be saved
# in the specified `prune_model_save_path`.
# The model can be loaded as usual, and the specified attention layers will be
# replaced by the learned linear layers.