- Python (v2.7)
- PyTorch (v0.2.20)
- scikit-learn

  $ cat klcpd_py2.7_pt0.2.0_conda.txt

python klcpd.py [OPTIONS]
OPTIONS:
    --data_path DATA_PATH         data path to dataset.mat
    --trn_ratio TRN_RATIO         how much data used for training
    --val_ratio VAL_RATIO         how much data used for validation
    --gpu GPU                     gpu device id
    --cuda CUDA                   use gpu or not
    --random_seed RANDOM_SEED     random seed
    --wnd_dim WND_DIM             window size (past and future)
    --sub_dim SUB_DIM             dimension of subspace embedding
    --RNN_hid_dim RNN_HID_DIM     number of RNN hidden units
    --batch_size BATCH_SIZE       batch size for training
    --max_iter MAX_ITER           max iteration for pretraining RNN
    --optim OPTIM                 sgd|rmsprop|adam for optimization method
    --lr LR                       learning rate
    --weight_decay WEIGHT_DECAY   weight decay (L2 regularization)
    --momentum MOMENTUM           momentum for sgd
    --grad_clip GRAD_CLIP         gradient clipping for RNN (both netG and netD)
    --eval_freq EVAL_FREQ         evaluation frequency per generator update
    --CRITIC_ITERS CRITIC_ITERS   number of updates for critic per generator
    --weight_clip WEIGHT_CLIP     weight clipping for crtic
    --lambda_ae LAMBDA_AE         coefficient for the reconstruction loss
    --lambda_real LAMBDA_REAL     coefficient for the real MMD2 loss
    --save_path SAVE_PATH         path to save the final model
    --save_name SAVE_NAME         model/prediction names   

    $ python run_klcpd.py --dataroot ./data --dataset beedance --wnd_dim_list 25 --max_iter 2000 --batch_size 64 

@article{chang2019kernel,
  title={Kernel change-point detection with auxiliary deep generative models},
  author={Chang, Wei-Cheng and Li, Chun-Liang and Yang, Yiming and P{\'o}czos, Barnab{\'a}s},
  journal={arXiv preprint arXiv:1901.06077},
  year={2019}
}