Method Details


Details for method 'ML-CRNN'

 

Method overview

name ML-CRNN
challenge pixel-level semantic labeling
details A framework based on CNNs and RNNs is proposed, in which the RNNs are used to model spatial dependencies among image units. Besides, to enrich deep features, we use different features from multiple levels, and adopt a novel attention model to fuse them.
publication Multi-level Contextual RNNs with Attention Model for Scene Labeling
Heng Fan, Xue Mei, Danil Prokhorov, Haibin Ling
arXiv
https://arxiv.org/abs/1607.02537
project page / code
used Cityscapes data fine annotations
used external data ImageNet
runtime n/a
subsampling no
submission date June, 2017
previous submissions

 

Average results

Metric Value
IoU Classes 71.218
iIoU Classes 47.0848
IoU Categories 87.7232
iIoU Categories 72.4519

 

Class results

Class IoU iIoU
road 97.8648 -
sidewalk 81.0139 -
building 91.0405 -
wall 50.283 -
fence 52.4399 -
pole 56.7126 -
traffic light 65.67 -
traffic sign 71.3757 -
vegetation 92.1972 -
terrain 69.622 -
sky 94.567 -
person 80.1716 59.1065
rider 59.3308 39.0266
car 93.92 85.7646
truck 51.069 30.2938
bus 67.5987 40.0635
train 54.4953 34.1028
motorcycle 55.1275 34.7232
bicycle 68.643 53.597

 

Category results

Category IoU iIoU
flat 98.3405 -
nature 91.8483 -
object 64.6669 -
sky 94.567 -
construction 91.2092 -
human 80.6882 60.8517
vehicle 92.7421 84.0521

 

Links

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Benchmark page