Spectral Imaging
We aim to develop the commercial integrated imaging spectrometer remote sensing system. The research interests focus on the remote sensing imaging principle and the hardware/software integration method. Such as UAV based, ground based, and portable based imaging spectrometer system, such as light weight airborne hyperspectral remote sensing system, field imaging spectrometer system (HyScan-VNIR and SWIR), core drill imaging spectrometer system(HyCore), imaging micro-spectrometer system, cultural relic hyperspectral imaging system (HyPerspectral Analysis expert on Cultural relics HyPAC) and series light weight airborne remote sensing payload etc.
Researchers:
Taixia Wu, Hongming Zhang, Peng Zhang, Bo Peng, Xinlei Guo, Jie Chen, Mingyuan Peng
Research Projects：
1. Beijing Science and Technology Program：10Kg class UAV infrared three-dimensional imaging system for emergency monitoring，2015-2016.
2. Ministry of Land and Resources: key technology and equipment development for spectrum of satellite-airborne-ground integration，2011-2015.
3. The state 863 program: High-precision payload in-orbit performance and data quality testing and evaluation technologies，2011-2015.
4. National Natural Science Fund of China for Young Scholars: The mechanism of land-atmosphere polarization effect separation using the atmosphere neutral point，2012-2014.
5. National Natural Science Fund of China: Theory and Equipment of full-polarization hyperspectral remote sensing measurement based on interference imaging technology，2012-2015.
6. State Science and Technology Support Program: Small Satellite intelligent control and transmission，2011-2013.
7. Chinese Academy of Sciences：Testing Application of using TG-1 hyperspectral data for Mineral Oil and Gas Resources Exploration，2011-2013.
8. Youth Foundation in Institute of Remote Sensing and Digital Earth, Chinese Academy of Sciences：Hyperspectral polarization measurements and imaging system reform and inverse model research，2011-2012.
9. The Palace Museum: Cultural relic multimode automatic hyperspectral imaging scan platform developed，2015-2016.
