Team:USTC Software/teamSponsorship

From 2010.igem.org

(Difference between revisions)
(New page: =Attribution and Contributions= <br/> No iGEM project is done in a day. It requires good team work for 12 months to achieve it. USTC_Software team is built up by 10 students (7 undergradu...)
 
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=Attribution and Contributions=
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= Attribution and Contributions =
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No iGEM project is done in a day. It requires good team work for 12 months to achieve it. USTC_Software team is built up by 10 students (7 undergraduates, 3 graduates) and two main instructors. Throughout the summer of 2010, our team members have been working cooperatively with our instructors to realize the idea of iGaME. We also appreciate the help from numerous people caring about USTC Software team. Our thank goes to all the listed and unlisted names on the [[Team:USTC_Software/acknowledgments| Acknowledgments]] page.
No iGEM project is done in a day. It requires good team work for 12 months to achieve it. USTC_Software team is built up by 10 students (7 undergraduates, 3 graduates) and two main instructors. Throughout the summer of 2010, our team members have been working cooperatively with our instructors to realize the idea of iGaME. We also appreciate the help from numerous people caring about USTC Software team. Our thank goes to all the listed and unlisted names on the [[Team:USTC_Software/acknowledgments| Acknowledgments]] page.
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Instructors:
Instructors:
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<br/>
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'''Zhaofeng Luo'''
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=='''Zhaofeng Luo'''==
<br/>
<br/>
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Build up the team, organize the early training of iGEM, which includes brainstorming, previous work summary, and basic training on synthetic biology experiments.
+
* Build up the team, organize the early training of iGEM, which includes brainstorming, previous work summary, and basic training on synthetic biology experiments.
<br/>
<br/>
-
'''Hao Jiang'''
+
=='''Hao Jiang'''==
<br/>
<br/>
-
Brainstorm together with team members, and raise the prototype of Chain-Node Model in the process. Contribute to develop the concept of Chain-Node Model into a complete language of MoDeL. Answering questions for non-biological students. Help with the parameter adjustment in our process of modeling.
+
* Brainstorm together with team members, and raise the prototype of Chain-Node Model in the process. Contribute to develop the concept of Chain-Node Model into a complete language of MoDeL. Answering questions for non-biological students. Help with the parameter adjustment in our process of modeling.
<br/>
<br/>
-
'''Chen Liao'''
+
=='''Chen Liao'''==
<br/>
<br/>
-
Contribute to develop the concept of Chain-Node Model into a complete language of MoDeL. Construct the automatic modeling algorithm for MoDeL, and finish most of the relevant codes. Cooperate in the structure constructing of MoDeL. Do the modeling of our demos, and related wiki editing.
+
* Contribute to develop the concept of Chain-Node Model into a complete language of MoDeL. Construct the automatic modeling algorithm for MoDeL, and finish most of the relevant codes. Cooperate in the structure constructing of MoDeL. Do the modeling of our demos, and related wiki editing.
<br/>
<br/>
-
'''Zhen Wang'''
+
=='''Zhen Wang'''==
<br/>
<br/>
-
Contribute to develop the concept of Chain-Node Model into a complete language of MoDeL. Construct database examples in MoDeL. Define the syntax and refine the language. Finish the RFC and other documents on MoDeL and edit related wiki pages. Design the User Interface of input process. Cooperate in algorithm developing and modeling.  
+
* Contribute to develop the concept of Chain-Node Model into a complete language of MoDeL. Construct database examples in MoDeL. Define the syntax and refine the language. Finish the RFC and other documents on MoDeL and edit related wiki pages. Design the User Interface of input process. Cooperate in algorithm developing and modeling.  
<br/>
<br/>
-
'''Kun Jiang'''
+
=='''Kun Jiang'''==
<br/>
<br/>
-
Write codes on DBXML interface, UI and so on. Integrate the core algorithm with Qt, COPASI and DBXML. Take charge of code merging on Github. Design and construct wiki.
+
* Write codes on DBXML interface, UI and so on. Integrate the core algorithm with Qt, COPASI and DBXML. Take charge of code merging on Github. Design and construct wiki.
<br/>
<br/>
-
'''Soimort Yao'''
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=='''Luojun Wang'''==
<br/>
<br/>
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Cooperate in the design of UI and write relevant codes. Design and construct our wiki.
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* Take charge of our human practice – the C project, and write related wiki contents. Correct grammar errors in documents and wiki pages.
<br/>
<br/>
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'''Luojun Wang'''
+
 
 +
=='''Jue Wang'''==
<br/>
<br/>
-
Take charge of our human practice – the C project, and write related wiki contents. Correct grammar errors in documents and wiki pages.
+
* Take charge of trip scheduling, sponsor contact, T-shirt designing, and so on. Write related wiki contents.
<br/>
<br/>
-
 
+
=='''Zhaoyi Li'''==
-
'''Jue Wang'''
+
<br/>
<br/>
-
Take charge of trip scheduling, sponsor contact, T-shirt designing, and so on. Write related wiki contents.
+
* Investigate the work of synchronized E.coli clock and finish the database for it in MoDeL with Zhen Wang. Correct grammar errors in documents and wiki pages.
<br/>
<br/>
-
'''Zhaoyi Li'''
+
=='''Yubo Qi'''==
<br/>
<br/>
-
Investigate the work of synchronized E.coli clock and finish the database for it in MoDeL with Zhen Wang. Correct grammar errors in documents and wiki pages.
+
* Investigate the work of EPF-Lausanne 2009 and finish the database for it in MoDeL with Zhen Wang and Zhengda He.  
<br/>
<br/>
-
'''Yubo Qi'''
+
=='''Zhengda He'''==
<br/>
<br/>
-
Investigate the work of EPF-Lausanne 2009 and finish the database for it in MoDeL with Zhen Wang and Zhengda He.  
+
* Investigate the work of EPF-Lausanne 2009 and finish the database for it in MoDeL with Yubo Qi and Zhen Wang. Summarize some of the previous work briefly. Raise ideas about User Interface.
-
<br/>
+
-
 
+
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'''Zhengda He'''
+
<br/>
<br/>
-
Investigate the work of EPF-Lausanne 2009 and finish the database for it in MoDeL with Yubo Qi and Zhen Wang. Summarize some of the previous work briefly. Raise ideas about User Interface.
+
=='''Shangyu Luo'''==
<br/>
<br/>
-
'''Shangyu Luo'''
+
* Join the brainstorming about MoDeL structure. Investigate on database formats. Summarize useful information from previous work.
 +
=='''Mort Yao'''==
<br/>
<br/>
-
Join the brainstorming about MoDeL structure. Investigate on database formats. Summarize useful information from previous work.
+
* Wiki, team logo and uniform design, the MosQt UI library built on C++ and Qt.

Latest revision as of 23:11, 27 October 2010

Contents

Attribution and Contributions


No iGEM project is done in a day. It requires good team work for 12 months to achieve it. USTC_Software team is built up by 10 students (7 undergraduates, 3 graduates) and two main instructors. Throughout the summer of 2010, our team members have been working cooperatively with our instructors to realize the idea of iGaME. We also appreciate the help from numerous people caring about USTC Software team. Our thank goes to all the listed and unlisted names on the Acknowledgments page.

Details about each team member's work are listed below: Instructors:

Zhaofeng Luo


  • Build up the team, organize the early training of iGEM, which includes brainstorming, previous work summary, and basic training on synthetic biology experiments.


Hao Jiang


  • Brainstorm together with team members, and raise the prototype of Chain-Node Model in the process. Contribute to develop the concept of Chain-Node Model into a complete language of MoDeL. Answering questions for non-biological students. Help with the parameter adjustment in our process of modeling.


Chen Liao


  • Contribute to develop the concept of Chain-Node Model into a complete language of MoDeL. Construct the automatic modeling algorithm for MoDeL, and finish most of the relevant codes. Cooperate in the structure constructing of MoDeL. Do the modeling of our demos, and related wiki editing.


Zhen Wang


  • Contribute to develop the concept of Chain-Node Model into a complete language of MoDeL. Construct database examples in MoDeL. Define the syntax and refine the language. Finish the RFC and other documents on MoDeL and edit related wiki pages. Design the User Interface of input process. Cooperate in algorithm developing and modeling.


Kun Jiang


  • Write codes on DBXML interface, UI and so on. Integrate the core algorithm with Qt, COPASI and DBXML. Take charge of code merging on Github. Design and construct wiki.


Luojun Wang


  • Take charge of our human practice – the C project, and write related wiki contents. Correct grammar errors in documents and wiki pages.


Jue Wang


  • Take charge of trip scheduling, sponsor contact, T-shirt designing, and so on. Write related wiki contents.


Zhaoyi Li


  • Investigate the work of synchronized E.coli clock and finish the database for it in MoDeL with Zhen Wang. Correct grammar errors in documents and wiki pages.


Yubo Qi


  • Investigate the work of EPF-Lausanne 2009 and finish the database for it in MoDeL with Zhen Wang and Zhengda He.


Zhengda He


  • Investigate the work of EPF-Lausanne 2009 and finish the database for it in MoDeL with Yubo Qi and Zhen Wang. Summarize some of the previous work briefly. Raise ideas about User Interface.


Shangyu Luo


  • Join the brainstorming about MoDeL structure. Investigate on database formats. Summarize useful information from previous work.

Mort Yao


  • Wiki, team logo and uniform design, the MosQt UI library built on C++ and Qt.