Parameterization of Dynamic Objects Using 3D Scanning Technology

In today's world the use of 3D cameras is becoming increasingly common for analyzing physical objects and spaces. This technology makes it easier to obtain comprehensive data about the shape and appearance of various objects. Applications of 3D scanning systems cover various fields such as automation and control, medicine, construction, autonomous driving and the automotive industry. It is noteworthy that in modern professional training, much attention is paid to the use of 3D scanning capabilities. For students of various disciplines, mastering 3D data processing algorithms opens up valuable opportunities to integrate advanced technologies in their respective fields. This highlights the growing importance of 3D scanning in shaping the skills and knowledge of future professionals in various fields. This underscores the growing significance of 3D scanning in shaping the skill sets and expertise of future professionals. The article highlights a specific case where a 3D camera was utilized to evaluate the condition of cows on a farm. In this scenario, the cows were surveyed and algorithms were employed to carry out various tasks, including extracting the region of interest, preparing the data for analysis, positioning the subject of study, performing segmentation, and ultimately extracting the parameter of interest. Through these processes, the 3D images of the cows on the farm were leveraged to extract and evaluate key parameters.