Data Science and Artificial Intelligence

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=== Temporary program ===
 
=== Temporary program ===
 
  
 
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! Texte de l’en-tête !! Texte de l’en-tête !! Texte de l’en-tête
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| 09:00 Introduction
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| Romain Orhand     ||  CSTB || Towards autonomy and explainability in Artificial Intelligence
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| Vinkle Srivastav  || AVR || Human Pose Estimation on Privacy-Preserving Low-Resolution Depth Images
 
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| Texte de la cellule || Texte de la cellule || Texte de la cellule
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|       Pascal Guehl     || IGG || Creative AI for Texture Synthesis
 
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| Texte de la cellule || Texte de la cellule || Texte de la cellule
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| Hugo Gangloff    || IMAGeS || Automatic Segmentation of Atherosclerotic Cross-Sections of Arteries with Deep Learning
 
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| Texte de la cellule || Texte de la cellule || Texte de la cellule
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| Yves-Andre Chapuis || MaCEPV || Accelerated Development of Materials and Devices via Data Analytics and Artificial Intelligence
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09:00 Introduction
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| Pei Zhang || CSIP || Inventive design in AI context
 
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| Romain Orhand     ||   CSTB || Towards autonomy and explainability in Artificial Intelligence
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| Enagnon Aguénounon || IPP || Fast spatial frequency imaging parameters extraction using generative network
 
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| Vinkle Srivastav  || AVR || Human Pose Estimation on Privacy-Preserving Low-Resolution Depth Images
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| Morgan Madec || SMH || Optical recognition of bacteria
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| 10:30 Break
 
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3 Pascal Guehl IGG Creative AI for Texture Synthesis
+
 
4 Hugo Gangloff IMAGeS Automatic Segmentation of Atherosclerotic Cross-Sections of Arteries with Deep Learning
+
 
5 Yves-Andre Chapuis MaCEPV Accelerated Development of Materials and Devices via Data Analytics and Artificial Intelligence
 
6 Pei Zhang CSIP Inventive design in AI context
 
7 Enagnon Aguénounon IPP Fast spatial frequency imaging parameters extraction using generative network
 
8 Morgan MADEC SMH Optical recognition of bacteria
 
10:30 Break
 
 
11:00
 
11:00
 
1 Emmanuelle Claeys SDC Reinforcement learning with time series
 
1 Emmanuelle Claeys SDC Reinforcement learning with time series

Version du 30 septembre 2019 à 18:22

ICube Data Science and Artificial Intelligence

When

Thursday November 7th, 2019

9:00am - 15:30pm

Where

ICube Laboratory, 300 Bd Sébastien Brant, 67400 Illkirch-Graffenstaden
(Room A207).

Google map direction

Registration

If you want to attend the workshop, please register here: [link]

Temporary program

09:00 Introduction
Romain Orhand CSTB Towards autonomy and explainability in Artificial Intelligence
Vinkle Srivastav AVR Human Pose Estimation on Privacy-Preserving Low-Resolution Depth Images
Pascal Guehl IGG Creative AI for Texture Synthesis
Hugo Gangloff IMAGeS Automatic Segmentation of Atherosclerotic Cross-Sections of Arteries with Deep Learning
Yves-Andre Chapuis MaCEPV Accelerated Development of Materials and Devices via Data Analytics and Artificial Intelligence
Pei Zhang CSIP Inventive design in AI context
Enagnon Aguénounon IPP Fast spatial frequency imaging parameters extraction using generative network
Morgan Madec SMH Optical recognition of bacteria 10:30 Break


11:00 1 Emmanuelle Claeys SDC Reinforcement learning with time series 2 Anne Jeannin-Girardon CSTB Transfer Learning: review and recent advances 3 Bertrand Goldman Other Stellar streams in the Gaia mission area 4 Chinedu Nwoye AVR Weakly-supervised convolutional LSTM approach for surgical tool tracking in laparoscopic videos. 5 Xin Ni CSIP An approach merging the IDM-related knowledge 6 Michal Parusinski Other AI at SERTIT for remote sensing 12:20 Lunch 14:00 1 Argheesh Bhanot IMAGeS Online dictionary learning for single-subject fMRI data unmixing 2 Birgitta Dresp-Langley IGG The quantization error in the Self-Organizing Map (SOM) output as a diagnostic tool for single-pixel change in complex patterns 3 Hyewon Seo Other Generating 3D Facial Expressions with RNN 4 Simon Chatelin AVR Machine learning for elasticity imaging in biological soft tissue 5 Stella MARC-ZWECKER SDC Spatio-temporal data modeling using graphs 6 Thomas Weber CSTB RADMEL: An ensemble predictor to reveal disease-relevant missense variants with low degree of uncertainty 7 Baptiste Lafabregue SDC A comparison of unsupervised representation learning methods for time series