Monografie
6D-Posenbestimmung und 3D-Objektrekonstruktion mittels der 2D-Form von Bildsegmenten
- Sprache
-
Deutsch
- Identifier
-
125584700X
Thema
Maschinelles Lernen; Bildsegmentierung; Szenenanalyse; Dreidimensionale Rekonstruktion; Objekterkennung; Kalibrieren
Beteiligte Personen und Organisationen
Wolnitza, Marcell Michael
Wörgötter, Florentin
Wörgötter, Florentin
Dellen, Babette
Kurth, Winfried
Wörgötter, Florentin
Wörgötter, Florentin
Dellen, Babette
Kurth, Winfried
- URN
- Rechteinformation
-
Der Zugriff auf das Objekt ist unbeschränkt möglich.
- Letzte Aktualisierung
-
03.06.2022, 09:17 MESZ
Objekttyp
- Monografie
Beteiligte
- Wolnitza, Marcell Michael
- Wörgötter, Florentin
- Wörgötter, Florentin
- Dellen, Babette
- Kurth, Winfried
Ähnliche Objekte (12)
Partitioning Point Clouds and Meshes with Deep Learning : Striving for a more Efficient and Effective Process in the Development of 3D Applications
Point clouds and keypoint graphs in 3D deep learning for medical image analysis
Elements of Unsupervised Scene Understanding: Objectives, Structures, and Modalities
Neural Network Based Methods for the Conformational Landscape Determination in High Resolution Cryo-Electron Microscopy
Scan2BIM: Automatisierte Detektion von Störobjekten in Wänden in Punktwolken und Visualisierung mit Hilfe von BIM
Towards Practical Real-time Reflectance Estimation
Prozesskette zur automatischen Szenarienrekonstruktion für den Einsatz in Fahrsimulatoren
Scene Understanding for Intelligent Transportation and Mobility Assistance Systems
Using computer vision to study animal behavior in natural environments
On Sinusoidal Structured Light Reconstruction - An Entire Pipeline with Improvements in Accuracy, Stability, Robustness and Speed
Extracting scene and object information from natural stimuli: the influence of scene structure and eye movements
Compression of visual data into symbol-like descriptors in terms of a cognitive real-time vision system
Partitioning Point Clouds and Meshes with Deep Learning : Striving for a more Efficient and Effective Process in the Development of 3D Applications
Point clouds and keypoint graphs in 3D deep learning for medical image analysis
Elements of Unsupervised Scene Understanding: Objectives, Structures, and Modalities
Neural Network Based Methods for the Conformational Landscape Determination in High Resolution Cryo-Electron Microscopy
Scan2BIM: Automatisierte Detektion von Störobjekten in Wänden in Punktwolken und Visualisierung mit Hilfe von BIM
Towards Practical Real-time Reflectance Estimation
Prozesskette zur automatischen Szenarienrekonstruktion für den Einsatz in Fahrsimulatoren
Scene Understanding for Intelligent Transportation and Mobility Assistance Systems
Using computer vision to study animal behavior in natural environments
On Sinusoidal Structured Light Reconstruction - An Entire Pipeline with Improvements in Accuracy, Stability, Robustness and Speed
Extracting scene and object information from natural stimuli: the influence of scene structure and eye movements
Compression of visual data into symbol-like descriptors in terms of a cognitive real-time vision system
Partitioning Point Clouds and Meshes with Deep Learning : Striving for a more Efficient and Effective Process in the Development of 3D Applications
Point clouds and keypoint graphs in 3D deep learning for medical image analysis
Elements of Unsupervised Scene Understanding: Objectives, Structures, and Modalities
Neural Network Based Methods for the Conformational Landscape Determination in High Resolution Cryo-Electron Microscopy
Scan2BIM: Automatisierte Detektion von Störobjekten in Wänden in Punktwolken und Visualisierung mit Hilfe von BIM
Towards Practical Real-time Reflectance Estimation
Prozesskette zur automatischen Szenarienrekonstruktion für den Einsatz in Fahrsimulatoren
Scene Understanding for Intelligent Transportation and Mobility Assistance Systems
Using computer vision to study animal behavior in natural environments
On Sinusoidal Structured Light Reconstruction - An Entire Pipeline with Improvements in Accuracy, Stability, Robustness and Speed
Extracting scene and object information from natural stimuli: the influence of scene structure and eye movements