搜索结果: 1-6 共查到“测绘科学技术 Texturing”相关记录6条 . 查询时间(0.043 秒)
INTEGRATION OF IMAGES AND LIDAR POINT CLOUDS FOR BUILDING FA茿DE TEXTURING
Fa鏰de Texture GLCM Image
2016/7/8
This paper proposes a model-based method for texture mapping using close-range images and Lidar point clouds. Lidar point clouds are used to aid occlusion detection. For occluded areas, we compensate ...
Case Study of the 5-Point Algorithm for Texturing Existing Building Models from Iinfrared Image Sequences
Urban Image Acquisition Texture Extraction Thermal Infrared
2015/12/9
Today, thermal inspections of buildings are normally done in recorded single infrared images directly. Thus, no 3d references of found objects and features like i.e. heating pipes or leakages is possi...
A SEMI-AUTOMATIC PROCEDURE FOR TEXTURING OF LASER SCANNING POINT CLOUDS WITH GOOGLE STREETVIEW IMAGES
Point Clouds Terrestrial Laser Scanning Structure from Motion (SfM) Texturing Google Streetview
2015/9/21
We introduce a method to texture 3D urban models with photographs that even works for Google Streetview images and can be done with currently available free software. This allows realistic texturing, ...
Multi-image Fusion for Occlusion-free Fa鏰de Texturing
Texture Fusion Rectification Terrestrial Imagery
2015/7/15
Fa鏰de texturing is a key point for realistic rendering of virtual city models, since it suggests to the viewer a level of detail that is much
higher than actually provided by the geometry. Fa鏰de text...
RANGE AND IMAGE BASED MODELLING: A WAY FOR FRESCOED VAULT TEXTURING OPTIMIZATION
Structure From Motion Laser scanning Photogrammetry Cultural Heritage Texture Precision
2015/3/3
In the restoration of the frescoed vaults it is not only important to know the geometric shape of the painted surface, but it is essential to document its chromatic characterization and conservation s...
A NEW APPROACH FOR SEGMENTATION-BASED TEXTURING OF LASER SCANNING DATA
Laser scanning Texturing Segmentation Boundary detection
2015/3/3
In recent years, laser scanning systems have been recognized as a fast and accurate technology for the acquisition of high density spatial data. The advent of these systems has reduced the cost and in...