Publications - 3.Data Reduction

• 18. 基于直方图规范化的太阳图像增强方法 [Chinese,中文]

  Wang, R., Xu, Zhi.,Yang, L., Ji, K. ,2018,《天文研究与技术》  Vol.15. No.2

• 17. Field Calibration of Multiband High Resolution Imaing System with New Vaccum Solar Telescope [Chinese,中文]

  Wang, R., Xu, Zhi., Chen, Y.C., Jin, Z.Y. et al., 2018, 《光学学报》  Vol. 38. No.1

• 16. High Resolution Solar Image Reconstruction [Chinese,中文]

  Y. Y. Xiang, Z. Liu, Z.Y. JIn, 2016, 天文学进展  Vol. 134. p.94-110.

• 15. Low-cost high performance distributed data storage for multi-channel observations

  Ying-bo Liu, Feng Wang, Hui Deng, Kai-fan Ji, Wei Dai, Shou-lin Wei, Bo Liang, Xiao-li Zhang, 2015, NewA, Vol. 40, p. 78-86

• 14. High-performance parallel image reconstruction for the New Vacuum Solar Telescope

  Xue-Bao Li, Zhong Liu, Feng Wang, Zhen-Yu Jin, Yong-Yuan Xiang, Yan-Fang Zheng, 2015, PASJ, Vol. 67, Issue 3, p. 479

• 13. A Synchronized Data Acquisition System in the Multi-Channel Observation System on the NVST of the YNAO [Chinese,中文]

  李玉艳,陈宇超,杨磊等, 2015, 天文研究与技术

• 12. Objective Image-Quality Assessment for High-Resolution Photospheric Images by Median Filter-Gradient Similarity

  Hui Deng, Dandan Zhang, Tianyu Wang, Kaifan Ji, Feng Wang, Zhong Liu, Yongyuan Xiang, Zhenyu Jin, Wenda Cao, 2015, Solar Physics, Vol. 290, Issue 5, p. 1479-1489

• 11. A Study of Influences of Atmospheric Dispersion on the Multi-Waveband Synchronous High-resolution reconstruction Applied to Solar Images [Chinese,中文]

  姚绘玲,金振宇,向永源, 2014, 天文研究与技术, Vol. 12, No. 2, p. 189-195.

• 10.An Analysis of Spectrum Curvatures for the Multi-Wavelength Spectrometer of the New Vaccum Solar Telescope of the Yunnan Observatories [Chinese,中文]

  王瑞,徐稚,刘忠, 2014, 天文研究与技术, Vol. 11, No. 2, p. 165-167.

• 9.Image Processing with Frame Selection for Hα Solar Chromosphere Images [Chinese,中文]

  刘长玉,向永源,金振宇, 2014, 天文研究与技术, Vol. 11, No. 2, p. 140-144.