ADG 2010 - Munich
ADG 2010 - Munich
Différences entre les versions de « Schedule »
De ADG 2010 - Munich
| Ligne 19 : | Ligne 19 : | ||
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14h-15h10 <center><big><big>'''Session 2'''</big></big></center><br> | 14h-15h10 <center><big><big>'''Session 2'''</big></big></center><br> | ||
| − | 14h-14h30 '''Phil Scott and Jacques Fleuriot:'''Idle time discovery in geometry theorem proving <br> | + | 14h-14h30 <br> |
| − | 14h35-15h05 '''Jean Duprat''': The Euclid's plane: formalization and implementation in Coq | + | '''Phil Scott and Jacques Fleuriot:'''Idle time discovery in geometry theorem proving <br> |
| + | 14h35-15h05 <br> | ||
| + | '''Jean Duprat''': The Euclid's plane: formalization and implementation in Coq | ||
------- | ------- | ||
15h10-15h30 '''Coffee break''' | 15h10-15h30 '''Coffee break''' | ||
------- | ------- | ||
15h30-17h10 <center><big><big>'''Session 3'''</big></big></center><br> | 15h30-17h10 <center><big><big>'''Session 3'''</big></big></center><br> | ||
| − | 15h30-16h '''Sana Stojanovic, | + | 15h30-16h <br> |
| − | 16h05-16h35 '''Tuan Minh Pham''': An additional tool about the orientation for theorem proving in the Coq proof assistant <br> | + | '''Sana Stojanovic, Vesna Pavlovic and Predrag Janicic''': Automated generation of formal and readable proofs in geometry using coherent logic<br> |
| − | 16h40-17h10 '''Laurent Fuchs and laurent Théry''': A formalization of Grassmann-Cayley Algebra in Coq | + | 16h05-16h35 <br> |
| + | '''Tuan Minh Pham''': An additional tool about the orientation for theorem proving in the Coq proof assistant <br> | ||
| + | 16h40-17h10 <br> | ||
| + | '''Laurent Fuchs and laurent Théry''': A formalization of Grassmann-Cayley Algebra in Coq | ||
----- | ----- | ||
17h20-18h '''Business Meeting''' | 17h20-18h '''Business Meeting''' | ||
| Ligne 34 : | Ligne 39 : | ||
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9h-10h40 <center><big><big>'''Session 4'''</big></big></center><br> | 9h-10h40 <center><big><big>'''Session 4'''</big></big></center><br> | ||
| − | 9h-9h30 '''Dominique Michelucci''': What is a line ? <br> | + | 9h-9h30 <br> |
| − | 9h35-10h05 Daniel Lichtblau Midpoint locus of a triangle in a comer<br> | + | '''Dominique Michelucci''': What is a line ? <br> |
| − | 10h10-10h40 '''Nico Magaud, Agathe Chollet and Laurent Fuchs''': Formalizing a discrete model of the continuum in Coq from a discrete geometry perspective | + | 9h35-10h05 <br> |
| + | '''Daniel Lichtblau''': Midpoint locus of a triangle in a comer<br> | ||
| + | 10h10-10h40 <br> | ||
| + | '''Nico Magaud, Agathe Chollet and Laurent Fuchs''': Formalizing a discrete model of the continuum in Coq from a discrete geometry perspective | ||
--------------- | --------------- | ||
10h40-11h '''Coffe break''' | 10h40-11h '''Coffe break''' | ||
----- | ----- | ||
11h-12h40 <center><big><big>'''Session 5'''</big></big></center><br> | 11h-12h40 <center><big><big>'''Session 5'''</big></big></center><br> | ||
| − | 11h-11h30 '''Pavel Pech''': Equivalent formulas for a quadrilateral being cyclic <br> | + | 11h-11h30 <br> |
| − | 11h35-12h05 '''Simon Thierry, Pascal Schreck and Pascal Mathis''': Why under-constrained systems are not that bad<br> | + | '''Pavel Pech''': Equivalent formulas for a quadrilateral being cyclic <br> |
| − | 12h10-12h40 '''Fadoua Ghourabi, Tetsuo Ida and Asem Kasem''': Proof documents of Origami theorems. | + | 11h35-12h05 <br> |
| + | '''Simon Thierry, Pascal Schreck and Pascal Mathis''': Why under-constrained systems are not that bad<br> | ||
| + | 12h10-12h40 <br> | ||
| + | '''Fadoua Ghourabi, Tetsuo Ida and Asem Kasem''': Proof documents of Origami theorems. | ||
---- | ---- | ||
12h40- : '''Lunch <br> | 12h40- : '''Lunch <br> | ||
| Ligne 51 : | Ligne 62 : | ||
---- | ---- | ||
9h-10h40<center><big><big>'''Session 6'''</big></big></center><br> | 9h-10h40<center><big><big>'''Session 6'''</big></big></center><br> | ||
| − | 9h-9h30 | + | 9h-9h30 <br> |
'''Tomas Reccio, Rafael Losada and Jose Luis Valcarce''': On the automatic discovery of Steiner-Lehmus generalizations<br> | '''Tomas Reccio, Rafael Losada and Jose Luis Valcarce''': On the automatic discovery of Steiner-Lehmus generalizations<br> | ||
| − | 9h35-10h05 '''Susanne Apel and Jürgen Richter-Gebert''': Cancellation patterns in automatic geometric theorem proving<br> | + | 9h35-10h05 <br> |
| − | 10h10-10h40 '''Zou Yu and Zhang Jingzhong''': Readable Machine proofs for particle geometry<br> | + | '''Susanne Apel and Jürgen Richter-Gebert''': Cancellation patterns in automatic geometric theorem proving<br> |
| + | 10h10-10h40 <br> | ||
| + | '''Zou Yu and Zhang Jingzhong''': Readable Machine proofs for particle geometry<br> | ||
---- | ---- | ||
10h40-11h '''Coffee break''' | 10h40-11h '''Coffee break''' | ||
| Ligne 60 : | Ligne 73 : | ||
11h - 12h40 | 11h - 12h40 | ||
<center><big><big>'''Session 7'''</big></big></center> | <center><big><big>'''Session 7'''</big></big></center> | ||
| − | 11h-11h30 | + | 11h-11h30 <br> |
'''Francisco Botana, José Luis Valcarce, Miguel A. Abadanades and Jesus Escribano''': On perfprming automatic discovery in dynamic geometry environments<br> | '''Francisco Botana, José Luis Valcarce, Miguel A. Abadanades and Jesus Escribano''': On perfprming automatic discovery in dynamic geometry environments<br> | ||
| − | 11h35-12h05 | + | 11h35-12h05 <br> |
'''Thorsten Orendt''': On the complexity of the reachability problem in dynamic geometry<br> | '''Thorsten Orendt''': On the complexity of the reachability problem in dynamic geometry<br> | ||
| − | 12h10-12h40 | + | 12h10-12h40 <br> |
'''Michael Gerhaüser and Alfred Wassermann''': Autmatic calculation of plane loci using Groebner bases and integration into a dynamic geometryc system | '''Michael Gerhaüser and Alfred Wassermann''': Autmatic calculation of plane loci using Groebner bases and integration into a dynamic geometryc system | ||
---- | ---- | ||
12h40 - : '''Lunch''' | 12h40 - : '''Lunch''' | ||
<center><big><big><big>Saturday, July 24</big></big></big></center> | <center><big><big><big>Saturday, July 24</big></big></big></center> | ||
Version du 17 mai 2010 à 09:13
9h-9h45 Registration
9h45-10h Welcome
10h-11h Invited Talk
Robert Joan-Arynio:
11h-11h20 Coffee break
11h20-12h30
11h20-11h50
Xiaoyu Chen: Formal representation and Automated transformation of geometric statements
11h55-12h25
Pedro Quaresma: TGTP - Thousands of geometric problems for geometric theorems provers
12h30-14h Lunch
14h-15h10
14h-14h30
Phil Scott and Jacques Fleuriot:Idle time discovery in geometry theorem proving
14h35-15h05
Jean Duprat: The Euclid's plane: formalization and implementation in Coq
15h10-15h30 Coffee break
15h30-17h10
15h30-16h
Sana Stojanovic, Vesna Pavlovic and Predrag Janicic: Automated generation of formal and readable proofs in geometry using coherent logic
16h05-16h35
Tuan Minh Pham: An additional tool about the orientation for theorem proving in the Coq proof assistant
16h40-17h10
Laurent Fuchs and laurent Théry: A formalization of Grassmann-Cayley Algebra in Coq
17h20-18h Business Meeting
9h-10h40
9h-9h30
Dominique Michelucci: What is a line ?
9h35-10h05
Daniel Lichtblau: Midpoint locus of a triangle in a comer
10h10-10h40
Nico Magaud, Agathe Chollet and Laurent Fuchs: Formalizing a discrete model of the continuum in Coq from a discrete geometry perspective
10h40-11h Coffe break
11h-12h40
11h-11h30
Pavel Pech: Equivalent formulas for a quadrilateral being cyclic
11h35-12h05
Simon Thierry, Pascal Schreck and Pascal Mathis: Why under-constrained systems are not that bad
12h10-12h40
Fadoua Ghourabi, Tetsuo Ida and Asem Kasem: Proof documents of Origami theorems.
12h40- : Lunch
afternoon : tourism + social event
9h-10h40
9h-9h30
Tomas Reccio, Rafael Losada and Jose Luis Valcarce: On the automatic discovery of Steiner-Lehmus generalizations
9h35-10h05
Susanne Apel and Jürgen Richter-Gebert: Cancellation patterns in automatic geometric theorem proving
10h10-10h40
Zou Yu and Zhang Jingzhong: Readable Machine proofs for particle geometry
10h40-11h Coffee break
11h - 12h40
11h-11h30
Francisco Botana, José Luis Valcarce, Miguel A. Abadanades and Jesus Escribano: On perfprming automatic discovery in dynamic geometry environments
11h35-12h05
Thorsten Orendt: On the complexity of the reachability problem in dynamic geometry
12h10-12h40
Michael Gerhaüser and Alfred Wassermann: Autmatic calculation of plane loci using Groebner bases and integration into a dynamic geometryc system
12h40 - : Lunch
