waternn

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predict broken waterpipe

waternn 최신버젼 다운로드

최종 버전 다운로드 (.zip)

// repository documentation

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# Fully-linear DenseNet
Implementation of a Fully-linear DenseNet for pipe busrt location of a water distribution network.

## Some cmd arguments:
*    --arch  choose a kind of architecture to use
*    --out   the file name of predict result
*    --lr    learning rate 
*    --epoch training epochs
*    --kind   the name of the log file recording information during running
*    --lr_decay learning rate decay
*    --data_dir the path of dataset
*    --save_path the path of saving model (need to change code)
*    --num_init_features an argument of arch waterdsnetf_self_define 
*    --growth_rate an argument of arch waterdsnetf_self_define

### example cmd 1 (default Anytown dataset) :
python train.py main --arch waterdsnetf --lr 0.6 --epoch 120 --kind Anytown_P10C10_B0105_4M --data_dir ~/water/Anytown_P10C10_B0105_4M  --save_path './water/modelparams' --out Anytown_P10C10_B0105_4M

### example cmd 2 (dataset Anytown with Duration changed) :
python train.py main --arch waterdsnetf_self_define --num_init_features 320 --growth_rate 32 --lr 0.6 --epoch 120 --kind Anytown_P10C10_B1030_Duration5 --data_dir ~/water/Anytown_P10C10_B1030_Duration5   --save_path './water/modelparams' --out Anytown_P10C10_B1030_Duration5

### example cmd 3 (Mudu dataset) ：
CUDA_VISIBLE_DEVICES=0 python train.py main --arch waterdsnetf_in4_out58 --lr 0.6 --epoch 120 --kind Mudu_P10C10_B1030_4M --data_dir ~/water/Mudu_P10C10_B1030_4M  --save_path './water/modelparams' --out Mudu_P10C10_B1030_4M

## Tricks during training

* diminish learning rate with traning epochs increasing
```
You can directly changde the codes to set the periods of diminishing.
```

## other super-parameters:
* batch_size
```
Default batch_size is 128, you can change it in the train.py
```
* weight_decay
```
Default weight_decay is 0.00005, you can change it in config.py
```

waternn

waternn 최신버젼 다운로드

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waternn 최신버젼 다운로드

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