Chen Jin

State Key Laboratory of Estuarine and Coastal Research

East China Normal University, North Zhongshan Road 3663, Shanghai, China, 200062

  • Moblie: (+86)18816550607
  • E-mail: cj_captain@qq.com
  • Country: China
  • Birth: 1995.06.07
  • Research Area: UAV; LiDAR; Coastal Area

Education Background

Exchange 2019- National University of Singapore Geography
M.A. 2017- East China Normal University Physical Geography
Exchange 2016 Tokyo University of Marine Science and Technology
B.S. 2013 Shanghai Ocean Unviersity Marine Fishery

Research Area

  1. Detect geomorphology change by using UAV and LiDAR (2018-)
    1. In preparation
  2. Correction of Intensity Data for Long-Distance Terrestrial Laser Scanners:An Application to Target Differentiation in Intertidal Zones (2017-)
    1. The operation of Terrestrial Laser Scanning (TLS, Riegl VZ-400), RTK-GPS, Electronic Total Station
    2. Use of MATLAB and point cloud software to target differentiation
    3. Indoor control experiment to correct the intensity data
  3. Detecting surface moisture in tidal flat using terrestrial laser scanning (2017-)
    1. The operation of grain size measurement (Coulter LS13320) to analysis sediment types
    2. Use of MATLAB and C to simulate the surface moisture in tidal flat
  4. Correction of Terrestrial LiDAR Ranging Errors from Specular Reflections Based on Original Intensity Data (2017-2018)
    1. Establishing the model of range error caused by specular reflection
    2. Analyzing the relationship between the range error and intensity data
  5. Research progress and prospects of ground LiDAR laser intensity datacorrection (2017-)
    1. Summarizing the research progress of ground LiDAR laser intensity data correction and the inadequacies of existing methods, and analyzes and looks into the future research focus
  6. Optical dating of Holocene sediments from the Yangtze River Delta (2017-)
    1. The operation of OSL dating
    2. Analysis the results by environmental magnetism and sediment size

Publications

  1. Chen J, Tan, K, Zhang WG. Correction of Terrestrial LiDAR Ranging Errors from Specular Reflections Based on Original Intensity Data[J]. 2018, Laser & Optoelectronics Progress. (In press)
  2. Tan K, Chen J, Qian WW, et al. Correction of Intensity Data for Long-Distance Terrestrial Laser Scanners: An Application to Target Differentiation in Intertidal Zones[J]. 2019, Remote Sensing
  3. Tan K, Cheng X J, Chen J. Research progress and prospects of ground LiDAR laser intensity data correction[J]. 2018, Remote Sensing Information. (In submission)

Language and Computer Skills