| Version |
Date |
Utilisateur |
ID du Champ |
Champ |
Difference |
| 9 |
17 Jun 2013 09:38 |
christian.jacquemin |
225 |
Domain - extra |
| - | Fluid dynamics, Digital performance |
+ | Color Compensation, Schlieren photography, Fluid dynamics, Digital performance |
|
| 8 |
29 Mar 2013 08:08 |
christian.jacquemin |
180 |
Abstract |
| - | This thesis focuses on the detection, the visualization (and conversely the concealment) of warm objects or individuals, using two complementary techniques that rely on high precision image analysis: object detection /tracking, color analysis and compensation for masking an object in a scene and make it similar to its background, and schlierer photography for visualizing thermal plumes of warm objects or of individuals. |
+ | This thesis focuses on the visualization and conversely the concealment of objects or individuals, using two complementary techniques based on high precision image analysis: object detection /tracking, color analysis and compensation for masking an object in a scene and make it similar to its background, and inverted schlieren technique for visualizing invisible object like thermal plumes of warm objects or individuals by a disalignment of a compensated background and its projection. |
| | This is an important issue in the performing arts: how to conceal or visualize the presence of an individual (performer, actor, dancer, public ...) in a scene, and possibly perform this selection interactively on moving targets. | | This is an important issue in the performing arts: how to conceal or visualize the presence of an individual (performer, actor, dancer, public ...) in a scene, and possibly perform this selection interactively on moving targets. |
| - | The art-science context of the work will allow for a wide range of artistic exploration and various physical set-ups that would not be possible in an academic laboratory: theater stage, outdoor installations, heritage applications... The research can also be extended to augmented reality and to hidden presence detection for video survey. |
+ | The art-science context of the work will allow for a wide range of artistic exploration and various physical set-ups that would not be possible in an academic laboratory. The work also applies to augmented reality and to hidden presence detection for video survey. |
|
| |
|
|
183 |
Objectives |
| | Expected scientific advances: | | Expected scientific advances: |
| | - original techniques in computer vision and image processing for real-time augmented reality on moving complex surfaces. Comparing sparse features matching with dense stuctured light techniques. | | - original techniques in computer vision and image processing for real-time augmented reality on moving complex surfaces. Comparing sparse features matching with dense stuctured light techniques. |
| - | - a prototype system for artistic performances - augmented reality on warm objects or moving people using schlieren photography |
+ | - a prototype system for artistic performances in various physical environments: theater stage, outdoor installations, heritage applications...- augmented reality on warm objects or moving people using schlieren technique |
| | Expected methodology : | | Expected methodology : |
| | - recommendations for achieving person concealment in performing arts : choices made on the clothes, the background, etc | | - recommendations for achieving person concealment in performing arts : choices made on the clothes, the background, etc |
|
| 6 |
28 Mar 2013 11:53 |
christian.jacquemin |
180 |
Abstract |
| | This thesis focuses on the detection, the visualization (and conversely the concealment) of warm objects or individuals, using two complementary techniques that rely on high precision image analysis: object detection /tracking, color analysis and compensation for masking an object in a scene and make it similar to its background, and schlierer photography for visualizing thermal plumes of warm objects or of individuals. | | This thesis focuses on the detection, the visualization (and conversely the concealment) of warm objects or individuals, using two complementary techniques that rely on high precision image analysis: object detection /tracking, color analysis and compensation for masking an object in a scene and make it similar to its background, and schlierer photography for visualizing thermal plumes of warm objects or of individuals. |
| | This is an important issue in the performing arts: how to conceal or visualize the presence of an individual (performer, actor, dancer, public ...) in a scene, and possibly perform this selection interactively on moving targets. | | This is an important issue in the performing arts: how to conceal or visualize the presence of an individual (performer, actor, dancer, public ...) in a scene, and possibly perform this selection interactively on moving targets. |
| - | The art-science context of the work will allow for a wide range of artistic exploration and various physical set-ups that would not be possible in an academic laboratory: theater stage, outdoor installations, heritage applications... The research can also be extended to augmented reality and to hidden presence detection for video surve |
+ | The art-science context of the work will allow for a wide range of artistic exploration and various physical set-ups that would not be possible in an academic laboratory: theater stage, outdoor installations, heritage applications... The research can also be extended to augmented reality and to hidden presence detection for video survey. |
|
| 4 |
28 Mar 2013 11:18 |
christian.jacquemin |
180 |
Abstract |
| | This thesis focuses on the detection, the visualization (and conversely the concealment) of warm objects or individuals, using two complementary techniques that rely on high precision image analysis: object detection /tracking, color analysis and compensation for masking an object in a scene and make it similar to its background, and schlierer photography for visualizing thermal plumes of warm objects or of individuals. | | This thesis focuses on the detection, the visualization (and conversely the concealment) of warm objects or individuals, using two complementary techniques that rely on high precision image analysis: object detection /tracking, color analysis and compensation for masking an object in a scene and make it similar to its background, and schlierer photography for visualizing thermal plumes of warm objects or of individuals. |
| | This is an important issue in the performing arts: how to conceal or visualize the presence of an individual (performer, actor, dancer, public ...) in a scene, and possibly perform this selection interactively on moving targets. | | This is an important issue in the performing arts: how to conceal or visualize the presence of an individual (performer, actor, dancer, public ...) in a scene, and possibly perform this selection interactively on moving targets. |
| | The art-science context of the work will allow for a wide range of artistic exploration and various physical set-ups that would not be possible in an academic laboratory: theater stage, outdoor installations, heritage applications... The research can also be extended to augmented reality and to hidden presence detection for video surve | | The art-science context of the work will allow for a wide range of artistic exploration and various physical set-ups that would not be possible in an academic laboratory: theater stage, outdoor installations, heritage applications... The research can also be extended to augmented reality and to hidden presence detection for video surve |
|
| 3 |
28 Mar 2013 11:17 |
christian.jacquemin |
180 |
Abstract |
| - | This thesis focuses on an important issue in the performing arts: how to conceal or visualize the presence of an individual (performer, actor, dancer, public ...) in a scene, and possibly perform this selection interactively on moving targets. For this purpose two complementary techniques are used that rely on high precision image analysis: color analysis and compensation for masking an object in a scene and make it similar to its background, and schlierer photography for visualizing thermal plumes of warm objects or of individuals. The art-science context of the work will allow for a wide range of artistic exploration and various physical set-ups that would not be possible in an academic laboratory: theater stage, outdoor installations, heritage applications...This thesis can also have applications on video survey and hidden presence detection. |
+ | This thesis focuses on the detection, the visualization (and conversely the concealment) of warm objects or individuals, using two complementary techniques that rely on high precision image analysis: object detection /tracking, color analysis and compensation for masking an object in a scene and make it similar to its background, and schlierer photography for visualizing thermal plumes of warm objects or of individuals. |
| | + | This is an important issue in the performing arts: how to conceal or visualize the presence of an individual (performer, actor, dancer, public ...) in a scene, and possibly perform this selection interactively on moving targets. |
| | + | The art-science context of the work will allow for a wide range of artistic exploration and various physical set-ups that would not be possible in an academic laboratory: theater stage, outdoor installations, heritage applications... The research can also be extended to augmented reality and to hidden presence detection for video surve |
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