Papers › FRNet: Factorized and Regular Blocks Network for Semantic Segmentation in Road Scene
FRNet: Factorized and Regular Blocks Network for Semantic Segmentation in Road Scene
Mengxu Lu; Zhenxue Chen; Q. M. Jonathan Wu; Nannan Wang; Xuewen Rong; Xinghe Yan
Nowadays, semantic segmentation methods for systems in road scene have a great demand. Most existing methods focus on high accuracy with low inference speed. And some approaches emphasize on speed, significantly sacrificing model accuracy. To make a trade-off between accuracy and inference speed, we propose a real-time network for semantic segmentation titled Factorized and Regular Network (FRNet), which employs an asymmetric encoder-decoder architecture with Factorized and Regular (FR) blocks. Our method achieves 70.4% mIoU on the Cityscapes test set with 1 million parameters at a speed of 127 frames per second (FPS) on a single Titan Xp at a resolution of 512×1024 . We evaluate FRNet on Cityscapes, Camvid, Kitti, and Gatech datasets to identify that our network stands out from other state-of-the-art networks.
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