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workshops:tutorials_pma25 [2025/10/03 11:44] MHworkshops:tutorials_pma25 [2025/10/31 17:31] (current) MH
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 ====== FSPM and GroIMP tutorials at PMA conference 2025 ====== ====== FSPM and GroIMP tutorials at PMA conference 2025 ======
  
-**!!! Semi-final version -- only minor changes expected !!!** +Version: //2025-11-0100:30 (GMT+7)//
- +
-Version: //2025-10-0317:45 (GMT+7)//+
  
 Along with the 8th International Symposium on Plant Growth Modelling, Simulation, Along with the 8th International Symposium on Plant Growth Modelling, Simulation,
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 He is teaching horticultural engineers and is doing research on functional-structural plant modelling on fruit trees, glasshouse crops, and digital twins. During his career, he was working as Lecturer at Zhejiang University, and senior scientist at Wageningen University. He has about 20 years of experiences in FSPM using GroIMP and other tools.  He is teaching horticultural engineers and is doing research on functional-structural plant modelling on fruit trees, glasshouse crops, and digital twins. During his career, he was working as Lecturer at Zhejiang University, and senior scientist at Wageningen University. He has about 20 years of experiences in FSPM using GroIMP and other tools. 
  
-  * **Gaëtan Heidsieck**, Ph.D., University of Goettingne, Germany (joining in person)+  * **Gaëtan Heidsieck**, Ph.D., University of Goettingen, Germany (joining in person)
 Full-time developer of GroIMP. Currently working on the extension and improvement of all kind of aspects of the GroIMP modelling platform. Full-time developer of GroIMP. Currently working on the extension and improvement of all kind of aspects of the GroIMP modelling platform.
  
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 He is working highly interdisciplinary between plant phenotyping and plant modelling. He is an expert in plant phenotyping and in developing phenotyping facilities and algorithms. His current focus is integrating phenotypic data into plant‑modelling frameworks, including digital‑twin models. As a member of the GroIMP development team for more than 15 years, he has contributed to numerous projects throughout that time. He is working highly interdisciplinary between plant phenotyping and plant modelling. He is an expert in plant phenotyping and in developing phenotyping facilities and algorithms. His current focus is integrating phenotypic data into plant‑modelling frameworks, including digital‑twin models. As a member of the GroIMP development team for more than 15 years, he has contributed to numerous projects throughout that time.
  
-  * **Tim Oberländer**, Ph.D. student, University of Goettingne, Germany (joining in person)+  * **Tim Oberländer**, Ph.D. student, University of Goettingen, Germany (joining in person)
  His is a developer of several new GroIMP plugins and currently working on the evolutionary adaption of graph transformation rules.   His is a developer of several new GroIMP plugins and currently working on the evolutionary adaption of graph transformation rules. 
  
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   * **Junqi Zhu**, Ph.D., Senior Scientist at New Zealand Institute for Bioeconomy Science Limited, New Zealand (joining in person)   * **Junqi Zhu**, Ph.D., Senior Scientist at New Zealand Institute for Bioeconomy Science Limited, New Zealand (joining in person)
-After his Ph.D.he obtained from Wageningen University on FSP modelling wheat and maize, he moved to a Postdoc position at INRA Bordeaux, France, to model grapevine and fruits before he switched to  Plant & Food Research in New Zealand to continue his work work on grapevine and fruit modelling. As expert in plant architectural development and their response to environmental conditions and neighbouring plants, his main interest is understanding and modelling the effects of the environment and the source / sink relationships.+After his Ph.D. that he obtained from Wageningen University on FSP modelling of wheat and maize, he moved to a Postdoc position at INRA Bordeaux, France, to model grapevine and fruits before he switched to  Plant & Food Research in New Zealand to continue his work work on grapevine and fruit modelling. As expert in plant architectural development and their response to environmental conditions and neighbouring plants, his main interest is understanding and modelling the effects of the environment and the source / sink relationships.
  
  
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 ===== Daily schedule ===== ===== Daily schedule =====
- 
-//The program will be updated.// 
  
 The two days will consist mainly of short lectures and interactive tutorials with exercises. The two days will consist mainly of short lectures and interactive tutorials with exercises.
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 Please make sure that everything works by following the steps shown here: https://wiki.grogra.de/doku.php?id=user-manual:ch01#testing_groimp_for_the_first_time. Please make sure that everything works by following the steps shown here: https://wiki.grogra.de/doku.php?id=user-manual:ch01#testing_groimp_for_the_first_time.
  
-Note: This version requires Java 21. Make sure you have it installed.+Note: GroIMP 2.2 requires the installation of a **Java runtime environment of version 21**. This 
 +can be obtained, e.g., from [[https://www.oracle.com/de/java/technologies/downloads/#java21|Oracle]] or [[https://adoptium.net/|Eclipse Adoptium]].
  
 ==== OpenGL/OpenCL ==== ==== OpenGL/OpenCL ====
workshops/tutorials_pma25.1759484666.txt.gz · Last modified: 2025/10/03 11:44 by MH