Deqing Huangshi Lingyun MdtInfoTech Ltd. was founded in 2018, relying on the industrial layout of the "geographic information town" an d the superior resources an d technology of the CAS. It is committed to the industrial application of RS, 3D-GIS an d VR/AR, an d promotes the technical transformation of scientific research institutes, service industry an d regional development.
On the basis of the core technologies an d capabilities of aerospace RS information acquisition an d processing, VR an d AR, an d the development of 3D visualization GIS platform, the company focuses on3D reconstruction of tilted photography, 3D virtual environment supported by RS, 3D-GIS an d VR, an d RS industrial detection baAR. It provides integrated solutions in such fields as smart Park, smart tourism, intelligent ocean, ecological environment, an d new energy development.
Tilted photography is to collect images from a vertical, four tilted, five different angle of view, an d obtain a high resolution two-dimensional image on the top an d side view of the building. Through advanced positioning, fusion, modeling an d other techniques, the real three-dimensional city model is generated, an d the real ob.With the advantages of high precision an d speed, low labor cost, it has been widely applied in city wide 3D modeling.
The aerial an d space remote sensing images can be used to generate digital surface model an d digital elevation model, an d integrate Digital Orthophoto Image DOM to quickly construct the 3D terrain with texture in large scene. ba
3DGIS an d VR are the new technologies that combine spatial information management, data interpretation, spatial analysis an d prediction, geoscience statistics, entity content analysis an d graphic visualization in the three-dimensional space environment. It can transform the three-dimensional scene in the real world into a realistic virtual scene with which the users can experience more directly. It is enough to control roaming, browsing, query an d other interactive operations through body movements.
By using remote sensing spectral bands beyond the visible light range, the perceptual ability of human eyes is enhanced an d the "super visual" information processed by the computer is superimposed on the actual scene, an d the failure an d dissimilarity of the industrial instruments an d equipment that cannot be observed under the normal state can be found. The application of virtual information to the real world is perceived by human senses, so as to achieve the sensory experience beyond reality.