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Program
[ Program flyer (PDF) ]
| SEP-3 (THURSDAY) | | SEP-4 (FRIDAY) |
08:00 | | Registration | 08:00 | | |
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| | Session 5: SAR |
09:00 | | Opening | 09:00 | |
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| Session 1: Invited Talk | |
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10:00 | | 10:00 | |
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| Coffee break | | Coffee break |
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11:00 | | Session 2: Roads | 11:00 | | Session 6: Traffic & Navigation |
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12:00 | | 12:00 | |
| | Lunch |
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| Lunch | |
13:00 | | 13:00 | |
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| | Session 7: Street scenes |
14:00 | | Session 3: Poster session | 14:00 | |
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15:00 | | 15:00 | | Coffee break |
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| Coffee break | | Session 8: Buildings II |
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16:00 | | Session 4: Buildings I | 16:00 | |
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17:00 | | 17:00 | |
| | Closing |
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18:00 | | 18:00 | |
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19:00 | | 19:00 | |
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20:00 | | Dinner and Boat Cruise | 20:00 | |
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21:00 | | 21:00 | |
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22:00 | | 22:00 | |
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23:00 | | | 23:00 | |
| SEP-3 (THURSDAY) | |
09:00 | Opening | Paparoditis N, Stilla U, Rottensteiner F |
| Session 1: Invited Talk | Paparoditis N |
09:30 | Marked point processes for object extraction in high resolution images. Application to Earth observation and cartography.
[ Abstract ] [ Presentation ] | Zerubia J |
10:30 | Coffee Break | |
| Session 2: Roads | Gerke M |
11:00 | Efficient road mapping via interactive image segmentation | Barinova O, Shapovalov R, Sudakov S, Velizhev A, Konushin A |
11:25 | Surface modelling for road networks using multi-source geodata | Lo CY, Chen LC, Chen CT, Chen JX |
11:50 | Automatic extraction of urban objects from multi-source aerial data | Mancini A, Frontoni E, Zingaretti P |
12:15 | Road roundabout extraction from very high resolution aerial imagery | Ravanbakhsh M, Fraser CS |
12:45 | Lunch | |
14:00 | Session 3: Poster Session | |
| Assessing the impact of digital surface models on road extraction in suburban areas by region-based road subgraph extraction | Grote A, Rottensteiner F |
| Vehicle activity indication from airborne lidar data of urban areas by binary shape classification of point sets | Yao W, Hinz S, Stilla U |
| Trajectory-based scene description and classification by analytical functions | Pfeiffer D, Reulke R |
| 3d building reconstruction from lidar based on a cell decomposition approach | Kada M, McKinley L |
| A semi-Automatic approach to object extraction from a combination of image and laser data | Mumtaz SA, Mooney K |
| Complex scene analysis in urban areas based on an ensemble clustering method applied on lidar data | Ramzi P, Samadzadegan F |
| Automated selection of terrestrial images from sequences for the texture mapping of 3d city models | Bnitez S, Baillard C |
| Extracting building footprints from 3d point clouds using terrestrial laser scanning at street level | Hammoudi K, Dornaika F, Paparoditis N |
| Comparison of methods for automated building extraction from high resolution image data | Vozikis G |
| Dense matching in high resolution oblique airborne images | Gerke M |
| Classification system of gis-objects using multi-sensorial imagery for near-realtime disaster management | Frey D, Butenuth M |
| Graph-based urban object model processing | Falkowski K, Ebert J |
| Semi-automatic city model extraction from tri-stereoscopic VHR satellite imagery | Tack F, Goossens R, Buyuksalih G |
| A proof of concept of iterative dsm improvement through sar scene simulation | Derauw D |
| An approach for navigation in 3d models on mobile devices | Jiang W, Yuguo W, Fan W |
| Extraction of buildings using images & lidar data and a combination of various methods | Demir N, Poli D, Baltsavias E |
15:30 | Coffee Break | |
| Session 4: Buildings I | Rottensteiner F |
16:00 | Competing 3d priors for object extraction in remote sensing data | Karantzalos K, Paragios N |
16:25 | Object extraction from lidar data using an artificial swarm bee colony clustering algorithm | Saeedi S, Samadzadegan F, El-Sheimy N |
16:55 | Building footprint database improvement for 3d reconstruction: a direction aware split and merge approach | Vallet B, Pierrot-Deseilligny M, Boldo D |
17:20 | A test of automatic building change detection approaches | Champion N, Rottensteiner F, Matikainen L, Liang X, Hyyppä J, Olsen BP |
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20:00 | Dinner and Boat Cruise | |
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| SEP-4 (FRIDAY) | |
| Session 5: SAR | Stilla U |
08:45 | Structure enhancement, and change detection | Schmitt A, Wessel B, Roth A |
09:10 | Ray tracing and sar-tomography for 3d analysis of microwave scattering at man-made objects | Auer S, Zhu X, Hinz S, Bamler R |
09:35 | Theoretical analysis of building height estimation using spaceborne SAR-interferometry for rapid mapping applications | Hinz S, Abelen S |
10:00 | Fusion of optical and insar features for building recognition in urban areas | Wegner JD, Thiele A, Soergel U |
10:30 | Coffee Break | |
| Session 6: Traffic & Navigation | Hinz S |
11:00 | Fast vehicle detection and tracking in aerial image bursts | Kozempel K,Reulke R |
11:25 | Refining correctness of vehicle detection and tracking in aerial image sequences by means of velocity and trajectory evaluation | Lenhart D, Hinz S |
11:50 | Utilization of 3d city models and airborne laser scanning for terrain-based navigation of helicopters and UAVs | Hebel M, Arens M, Stilla U |
12:15 | Lunch | |
| Session 7: Street Scenes | Butenuth M |
13:45 | study of sift descriptors for image matching based localization in urban street view context | Picard D, Cord M, Valle E |
14:10 | Text extraction from street level images | Fabrizio J, Cord M, Marcotegui B |
14:35 | Circular road sign extraction from street level images using colour, shape and texture database maps | Arlicot A, Soheilian B,Paparoditis N |
15:00 | Coffee Break | |
| Session 8: Buildings II | Baillard C |
15:30 | Improving image segmentation using multiple view analysis | Drauschke M, Roscher R, Läbe T, Förstner F |
15:55 | Refining building facade models with images | Pu S, Vosselman G |
16:20 | An unsupervised hierarchical segmentation of a facade building image in elementary 2d - models | Burochin JP, Tournaire O, Paparoditis N |
16:45 | Grammar supported facade reconstruction from mobile lidar mapping | Becker S, Haala N |
17:15 | Closing | Stilla U |
Note for Poster presenters
Those presenting posters in the conference will hang their posters on tack boards. Push pins will be supplied. The usable space on these tack boards is 150 x 120 cm wide.
- Format = portrait
- Size = A0
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