project1/README.md

Install

• Python>=3.8

  We recommend you to use Anaconda to create a conda environment:

  conda create -n MVSOD python=3.8 pip
  

  Then, activate the environment:

  conda activate MVSOD
  

• Other requirements

  pip install -r requirements.txt
  

• Build MultiScaleDeformableAttention

  cd ./models/ops
  sh ./make.sh # or python setup.py build install
  

Usage

Dataset preparation

1. Please download sky_data3 from here. The numbers of RGB/IR images in the train, validation and test sets are 8782, 1999, and 1858. The json file can be genetated by './tools/covert2coco.py' And the path structure should be as follows:

project_root/
└── data/
    └── vid/
        ├── Data
            ├── sky_data3/
        └── annotations/
        	├── sky_data_vid_test.json
            ├── sky_data_vid_train.json
        	└── sky_data_vid_val.json

Training on multi-gpus

export CUDA_VISIBLE_DEVICES=0,1,2,3,4,5,6,7
python tools/launch.py --nnodes 1 --node_rank 0 --master_addr 127.0.0.1 --master_port 3000 --nproc_per_node 2 configs/r101_train_multi_mine_multi.sh

Evaling on multi-gpus

export CUDA_VISIBLE_DEVICES=0,1,2,3,4,5,6,7
python tools/launch.py --nnodes 1 --node_rank 0 --master_addr 127.0.0.1 --master_port 3000 --nproc_per_node 2 configs/r101_eval_multi_mine_multi.sh

1. Pretrained model from here.

Training on single-gpus

python main.py --backbone resnet101 \
               --epochs 10 \
               --num_feature_levels 1 \
               --num_queries 300 \
                --dilation \
                --batch_size 1 \
                --num_ref_frames 14 \
                --lr_drop_epochs 7 9 \
                --num_workers 8 \
                --with_box_refine \
                --coco_pretrain  \
                --dataset_file vid_multi_mine_multi \
                --resume exps/COCO_pretrained_model/checkpoint0020.pth \
                --output_dir exps/singlebaseline/r101_e8_nf4_ld6,7_lr0.0002_nq300_bs4_wbox_joint_MEGA_detrNorm_class31_pretrain_coco_dc5

                #--resume exps/our_models/COCO_pretrained_model/r101_deformable_detr_single_scale_bbox_refinement-dc5_checkpoint0049.pth \
                #./exps/COCO_pretrained_model/checkpoint0020.pth

Validating on single-gpus

python main.py --backbone resnet101 \
               --epochs 6 \
               --eval \
               --num_feature_levels 1 \
               --num_queries 300 \
               --dilation \
               --batch_size 1 \
               --num_ref_frames 14 \
               --resume /home/fty/Documents/fty/mvsod/exps/multibaseline/r101_grad/e7_nf1_ld4,6_lr0.0002_nq300_wbox_MEGA_detrNorm_preSingle_nr14_dc5_nql3_filter150_75_40/checkpoint0012.pth \
               --lr_drop_epochs 4 6 \
               --num_workers 16 \
               --with_box_refine \
               --dataset_file vid_multi_mine_multi \
               --output_dir exps/our_models/exps_multi/r101_81.7

Testing on single-gpus

python test.py  --backbone resnet101 \
                --epochs 7 \
                --eval  \
                --num_feature_levels 1 \
                --num_queries 300 \
                --dilation \
                --batch_size 1 \
                --num_ref_frames 14 \
                --resume /home/fty/Documents/fty/mvsod/exps/multibaseline/r101_grad/e7_nf1_ld4,6_lr0.0002_nq300_wbox_MEGA_detrNorm_preSingle_nr14_dc5_nql3_filter150_75_40/checkpoint0099.pth \
                --lr_drop_epochs 4 6 \
                --num_workers 16 \
                --with_box_refine \
                --dataset_file \
                vid_multi_mine_multi \
                --output_dir exps/our_models/exps_multi/epoch100

The you will get a 'test_save.json' file for evaluation.

Acknowledgment

This code is based on TransVOD(https://github.com/SJTU-LuHe/TransVOD)