automatic detection of fires on the earth's surface and atmospheric phenomena such as clouds, fog cover ups, or similar, by means of satellite system

• 1. 通过卫星系统自动探测地球表面的火点和例如云、薄雾、尘雾或类似的大气现象 [P] . 中国专利： CN102542248B . 2015.05.27
• 2. 通过卫星系统自动探测地球表面的火点和例如云、薄雾、尘雾或类似的大气现象 [P] . 中国专利： CN102542248A . 2012-07-04
• 3. Automatic detection of fires on earth's surface and of atmospheric phenomena such as clouds, veils, fog or the like, using a satellite system [P] . 美国专利： US8369563B2 . 2013-02-05

  机译： 使用卫星系统自动检测地球表面的火灾和诸如云，面纱，雾气等大气现象

• 4. Automatic detection of fires on earth's surface and of atmospheric phenomena such as clouds, veils, fog or the like, by means of a satellite system [P] . 美国专利： US8594369B2 . 2013-11-26

  机译： 通过卫星系统自动检测地球表面的火灾和诸如云，面纱，雾等类似大气现象

• 5. AUTOMATIC DETECTION OF FIRES ON EARTH'S SURFACE AND OF ATMOSPHERIC PHENOMENA SUCH AS CLOUDS, VEILS, FOG OR THE LIKE, BY MEANS OF A SATELLITE SYSTEM [P] . 美国专利： US2013129147A1 . 2013-05-23

  机译： 通过卫星系统自动检测地球表面和大气现象，如云，气孔，雾气或类似气体

• 1. Detecting Aerosols over Land from Satellites by Measuring Far IR Radiation from the Earth-Atmospheric System [J] . SHI Guang-Yu, SUN Yuan-Long 大气和海洋科学快报（英文版） . 2010,第002期
• 2. The New Detection and the Basic Characteristics of the Structural System of Taiwan Region of China -Using the Earth Satellite＇s Remote-sensing Images to Explain the Structural System of Taiwan Region of China. [J] . Hu, Dongsheng, Zhang, 工程科学：英文版 . 2006,第003期
• 3. Non-coherent sequence detection scheme for satellite-based automatic identification system [J] . Haosu Zhou, Jianxin Wang 系统工程与电子技术（英文版） . 2017,第003期
• 4. Fog/low clouds detection over the Delhi Earth Station using the Ceilometer and the INSAT-3D/3DR satellite data [J] . Arun S. H., Sharma Som Kumar, Chaurasia Sasmita, International journal of remote sensing . 2018,第11a12期
• 5. Fog Stability Index: A novel technique for fog/low clouds detection using multi-satellites data over the Indo-Gangetic plains during winter season [J] . Arun S. H., Chaurasia Sasmita, Misra Arundhati, International journal of remote sensing . 2018,第21a22期
• 6. Numerical simulation of optical phenomena in atmospheric clouds and fogs [J] . Zakovryashin Andrey V, Prigarin Sergei M. Russian Journal of Numerical Analysis and Mathematical Modelling . 2020,第6期
• 7. Detection and analysis of fog/low cloud using Ceilometer and INSAT-3D satellite data over Delhi Earth Station, New Delhi [C] . Arun S H, Som Kumar Sharma, Sasmita Chaurasia, Asian conference on remote sensing;ACRS . 2017
• 8. Assimilation of satellite-derived cloud cover into the Regional Atmospheric Model System (RAMS) and its impacts on modeled surface fields. [D] . Yucel, Ismail. 2001
• 9. The Spatial and Temporal Influence of Cloud Cover on Satellite-Based Emergency Mapping of Earthquake Disasters [O] . Tom R. Robinson, Nick Rosser, Richard J. Walters -1
• 10. Assimilation of satellite-derived cloud cover into the Regional Atmospheric Model System (RAMS) and its impacts on modeled surface fields [O] . Yucel Ismail 2001

• 1. Detecting Aerosols over Land from Satellites by Measuring Far IR Radiation from the Earth-Atmospheric System [J] . SHI Guang-Yu ,SUN Yuan-Long . 大气和海洋科学快报 . 2010,第002期
• 2. A Review of Anomaly Detection Systems in Cloud Networks and Survey of Cloud Security Measures in Cloud Storage Applications [J] . Arif Sari . 信息安全（英文） . 2015,第2期
• 3. 曲光线追踪在非均匀大气现象模拟中的研究与实现 [C] . 何丽君 ,刘勇奎 ,王鹏杰 . 第六届全国虚拟现实与可视化学术会议(CCVRV'06) . 2006
• 4. 大气现象的真实感建模及绘制技术研究 [A] . 刘世光 . 2007