Virtual Human Imaging

Given 3D scanned anthropological models and the physical parameters of it microwave imaging system, we develop it virtual human surface imagery system with it finite multi physics Surface model. The concealed object detection algorithms are developed based on the wave intensity and surface characteristics. The virtual human image system can be integrated into a systematic design process, enabling multidisciplinary innovations in security, privacy, healthcare, computer vision, and information visualization. This forward-thinking approach intends to transform the development of human imaging technologies from being device-specific and proprietary to being device-independent and open source-oriented. It also transforms the research into a systematic design process, enabling Multidisciplinary innovations in digital human modeling, computer vision, information Visualization, and Computational aesthetics. This Study can help to design privacy-aware imaging systems in airports and medical systems.