Parisian Master of Research in Computer Science
Master Parisien de Recherche en Informatique (MPRI)

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cours:c-2-39 [2019/10/11 18:17]
tierny [Computer Graphics and Scientific Visualization]
cours:c-2-39 [2019/11/07 14:22] (current)
tierny [Computer Graphics and Scientific Visualization]
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   - [04/10] **Modeling** (D. Rohmer) [[https://imagecomputing.net/damien.rohmer/teaching/2019_2020/semester_1/MPRI_2-39/class/02_surface/html/index.html|Surface representation]] ([[https://imagecomputing.net/damien.rohmer/teaching/2019_2020/semester_1/MPRI_2-39/class/02_surface/presentation.pdf|pdf]]) [[https://imagecomputing.net/damien.rohmer/teaching/2019_2020/semester_1/MPRI_2-39/class/03_modeling/html/index.html|Modeling approaches]] ([[https://imagecomputing.net/damien.rohmer/teaching/2019_2020/semester_1/MPRI_2-39/class/03_modeling/presentation.pdf|pdf]])   - [04/10] **Modeling** (D. Rohmer) [[https://imagecomputing.net/damien.rohmer/teaching/2019_2020/semester_1/MPRI_2-39/class/02_surface/html/index.html|Surface representation]] ([[https://imagecomputing.net/damien.rohmer/teaching/2019_2020/semester_1/MPRI_2-39/class/02_surface/presentation.pdf|pdf]]) [[https://imagecomputing.net/damien.rohmer/teaching/2019_2020/semester_1/MPRI_2-39/class/03_modeling/html/index.html|Modeling approaches]] ([[https://imagecomputing.net/damien.rohmer/teaching/2019_2020/semester_1/MPRI_2-39/class/03_modeling/presentation.pdf|pdf]])
   - [11/10] **<color gray>Research seminar</color>**   - [11/10] **<color gray>Research seminar</color>**
-  - [18/10] **Animation I** (D. Rohmer) [[https://imagecomputing.net/damien.rohmer/teaching/2018_2019/semester_1/m2_mpri_cg_viz/class/06_animation/01_kinematics/index.html|Kinematics]] [[https://imagecomputing.net/damien.rohmer/teaching/2018_2019/semester_1/m2_mpri_cg_viz/class/06_animation/02_simulation/physically_based_animation.pdf|Simulation]] +  - [18/10] **Animation I** (D. Rohmer) [[https://imagecomputing.net/damien.rohmer/teaching/2019_2020/semester_1/MPRI_2-39/class/04_animation/html/index.html|Animation]] ([[https://imagecomputing.net/damien.rohmer/teaching/2019_2020/semester_1/MPRI_2-39/class/04_animation/presentation.pdf|pdf]]) 
-  - [25/10] **Animation II** (D. Rohmer) [[https://imagecomputing.net/damien.rohmer/teaching/2018_2019/semester_1/m2_mpri_cg_viz/class/07_animation2/01_skeleton_animation/html/index.html|Skeleton Animation]] [[https://imagecomputing.net/damien.rohmer/teaching/2018_2019/semester_1/m2_mpri_cg_viz/class/07_animation2/02_character_animation/character_animation.pdf|Character Animation]]+  - [25/10] **Animation II** (D. Rohmer) [[https://imagecomputing.net/damien.rohmer/teaching/2019_2020/semester_1/MPRI_2-39/class/04_animation2/html/index.html|Animation2]] ([[https://imagecomputing.net/damien.rohmer/teaching/2019_2020/semester_1/MPRI_2-39/class/04_animation2/presentation.pdf|pdf]])
   - [08/11] **<color gray>Presentation of your practical project</color>**   - [08/11] **<color gray>Presentation of your practical project</color>**
  
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   - Classes in <color gray>gray</color> correspond to your evaluation.   - Classes in <color gray>gray</color> correspond to your evaluation.
   - Article presentation in the research seminar is individual. You must prepare a slide based presentation of the research article of your choice from the proposed list.   - Article presentation in the research seminar is individual. You must prepare a slide based presentation of the research article of your choice from the proposed list.
-  - Written exam will be based on case based study. Paper documents are allowed.+  - Written exam: One A4 sheet of paper allowed, all other documents are forbidden.
  
 === Practical project instructions === === Practical project instructions ===
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 - Projects are individual. - Projects are individual.
  
-- On November 1, you are expected to present the objectives, the main +- On November 8, you are expected to present the objectives, the main 
 algorithms your developed, the results you obtained in an oral presentation  algorithms your developed, the results you obtained in an oral presentation 
 (expected to be 15 minutes + 5 Q/A) with a **demo**. (expected to be 15 minutes + 5 Q/A) with a **demo**.
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 === M2R offers === === M2R offers ===
 +  * [[https://www.lix.polytechnique.fr/stream/wp-content/uploads/2019/11/sujet_M2_Learning-RobustControl2019.pdf|Walking on loose grounds: Exploring robust locomotion control on dynamically evolving grounds, LIX-Ecole Polytechnique]]
 +  * [[https://www.lix.polytechnique.fr/stream/wp-content/uploads/2019/10/sujet_stage_master-UBER2019.pdf|Résumé expressif du parcours d’une flotte de taxis volants / Expressive summary of flying taxis trajectories, LIX-Ecole Polytechnique]]
   * [[https://annonces.asso-afig.fr/annonces/data_base/20191006/20191006_inria_sophiaantipolis.pdf|Reconstructing3Ddrawingsby predicting implicit surfaces, Inria Sophia Antipolis]]   * [[https://annonces.asso-afig.fr/annonces/data_base/20191006/20191006_inria_sophiaantipolis.pdf|Reconstructing3Ddrawingsby predicting implicit surfaces, Inria Sophia Antipolis]]
   * [[https://www-pequan.lip6.fr/~tierny/stuff/openPositions/internship2019a.pdf|Open Master Internship 1 on topological data analysis at Sorbonne (with Ph.D. continuation)]]   * [[https://www-pequan.lip6.fr/~tierny/stuff/openPositions/internship2019a.pdf|Open Master Internship 1 on topological data analysis at Sorbonne (with Ph.D. continuation)]]
 
Universités partenaires Université Paris-Diderot
Université Paris-Saclay
ENS Cachan École polytechnique Télécom ParisTech
ENS
Établissements associés Université Pierre-et-Marie-Curie CNRS INRIA CEA