Research Of Low Altitude Remote Sense Technology Based On UAV In The Realm Of Architecture And Correlative

The Low Altitude Remote Sense System for architecture is based on unmanned aerial vehicle platform. It's cheaper, safer, more convenient and efficient than traditional RS equipments. To serve as a info-acquiring instrument for architectural design, urban planning, cultural heritage protection, it can be used for investigation, photogrammetry, air sampling, and so on. This LARS system will become a new facility in the realm of architecture, agriculture, environment and archeology in few years. On the basis of experimentation with real situation, the author give us the most sorts of the UAV and their capability, specialty, and so on. The key points to establish a basic platform is selecting a fit type of aircraft, technical training of user and equipment assembly. First, the parameters and assembly works of each parts on the platform is shown in the article. Second, on the analysis of many experimentations, the author acquire the methods of upgrade the system in order to fit using for architectural information acquiring. After the presentation of all the technical preparations, this dissertation give us the usage of the LARS system in each study of architecture. At last, we compare this system with traditional RS equipments, such us satellite, manned aircraft and new info-acquiring facilities.