Xidian University

Yuanbin Shi

Huan Li

Jun Zhou

Bo Yao

Hanlin Qin

Xiuping Jia

Jiangluqi Song

Yue Yu

Bingjian Wang

Huixin Zhou

Dong Zhao

Lixin Guo

Jiajia Zhang

Rui Lai

A feature fusion and dense connection-based method for infrared plane object detection includes: constructing an infrared image dataset containing an object to be recognized, calibrating a position and class of the object to be recognized in the infrared image dataset, and obtaining an original known label image; dividing the infrared image dataset into a training set and a validation set; performing image enhancement preprocessing on images in the training set, performing feature extraction and feature fusion, and obtaining classification results and bounding boxes through a regression network; calculating a loss function according to the classification results and the bounding boxes in combination with the original known label image, and updating parameter values of a convolutional neural network; repeating the steps to iteratively update the parameters of the convolutional neural network; and processing images in the validation set through the parameters to obtain a final object detection result map.

Feature fusion and dense connection-based method for infrared plane object detection

Growing community of inventors

Xi'an, China

Yuanbin Shi