报告题目：Next generation plant phenotyping systems development at Purdue University

报告人：美国普渡大学   金剑  博士

时   间：2017年5月3日(周三)上午9:00

地   点：生科楼A5002

 

 

Current  Project:

• To develop the next generation single  plant phenotyping platform with:

• Hyperspectral, 3D, Thermal, Fluorescent,  etc.

• Smart robotic sensors arms for localized  precise measurements

• Next generation plant image processing  algorithms

• Super computing capability for big data  modeling

• The goal is to push plant phenotyping  activities to the next level for:

• Stress tolerance gene selection

• Best practice in plant protection

• Higher crop yield to meet world’s  increasing food demand

• Improved food quality and  nutrition

PROFESSIONAL  EXPERIENCE:

08/2015 -  present: Assistant Professor, Department of Agricultural and  Biological Engineering, Purdue University
Research Area:  Sensor/Imaging for Plant Phenotyping
06/2010 - 08/2015: Research  Scientist / Technology Leader, Analytical-Genomics  Technologies, DuPont Pioneer, Leading DuPont Pioneer’s  Hyperspectral Imaging team for crop plant phenotyping.

EDUCATION:
2005-2009:        PhD  in Agricultural and Biosystems Engineering, Iowa State  University
2003-2005:        ME in Computer Engineering, Denmark Technical  University
1999-2003:        BS in Computer Science, Zhejiang  University

AWARDS AND  LEADERSHIP

1. Vice President of IET-348  Electromagnetics and Spectroscopy Committee, American Society of Agricultural  and Biological Engineers. (2012-present)

2. Vice President of IET-318 Mechatronics  and Biorobotics Committee, American Society of Agricultural and Biological  Engineers. (2011-present)

3. Vice President of Iowa Chinese In  Agriculture (2012-2013)

4. University Research Excellence Award,  Iowa State University, 2009

5. President of International Student  Council of Iowa State University (2008-2009)

6. Outstanding Leadership Award, Iowa State  University, 2008

7. Community Leadership Award, with  Certificate of Recognition from Iowa Governor Chester J. Culver,  2007

INVENTIONS/PATENTS

1. 3 DuPont Pioneer Internal CMIs  (Confidential Memorandum Invention)

2. Crop Stand Analyzer Using Reflective  Laser Proximity Sensors, Invention Disclosure (ISURF #04224), Mar 27,  2014

PUBLICATIONS

1. Jian Jin and Lie Tang. 2011. Coverage Path  Planning on Three-dimensional Terrain for Arable Farming. Journal of Field  Robotics, Volume 28, Issue 3, Pages 424-440

2. .Jin, J. and L. Tang.  2010. Optimal Coverage Path Planning on 3D Terrain. ASABE Paper No. 1009220, St.  Joseph, MI.

3. Jian Jin and Lie Tang. 2010. Optimal Coverage  Path Planning for Arable Farming on 2D Surfaces. Transactions of the  ASABE. 53(1): 283-295. 

4. Jian Jin and Lie Tang. 2009. Corn Plant Sensing  Using Real-Time Stereo Vision. Journal of Field Robotics, Volume 26, Issue 6-7,  Pages 591-608.

5. Jian Jin, Lie Tang, Zuzana Hruska, Haibo Yao.  2009. Classification of Toxigenic and Atoxigenic Strains of Aspergillus Flavus  with Hyperspectral Imaging. Computers and Electronics in Agriculture, Volumn 69,  Issue 2, Pages 158-164.

6. Jin, J. and L. Tang. 2008 Optimal planning for  farming on 3D terrain. ASABE Paper No. 084516, St. Joseph, MI.

7. Jin, J. and L. Tang. 2008. Crop plants  recognition and spacing sensing with real-time 3D vision. ASABE Paper No.  084517, St. Joseph, MI.

8. Jin, J., L. Tang. 2007. 3D terrain modeling with  discrete elevation points. ASABE Paper No. 071008, St. Joseph, MI.

9. Jin, J., L. Tang, S. Han. 2007. Corn plant  population sensing using real-time 3D vision. ASABE Paper No. 073130, St.  Joseph, MI.

10. Jin, J., L. Tang, S. Han. 2007. Corn plant  population sensing with laser proximity sensor array. ASABE Paper No. 073131,  St. Joseph, MI.

11. Jin, J., H. Yao, L. Tang. 2007. Classification  of toxigenic and atoxigenic strains of A.flavus with hyperspectral imaging.  ASABE Paper No. 073024, St. Joseph, MI.

12. Jin, J., L. Tang. 2006. Optimal path planning  for arable farming. ASABE Paper No. 061158, St. Joseph,  MI.