Факультети

Постійний URI для цього фонду

https://openarchive.nure.ua/handle/document/9

Перегляд

Перегляд Факультети за темою "3D scanning"

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  • Зображення мініатюри
    Публікація
    Module of 3d-scanning of biological objects
    (ХНУРЕ, 2022) Abdelwahed Hossameldin
    This work consists of developed program module of 3D Laser Scanning of Biological Objects and will help the Doctor for 3D scanning. Which will help user to make 3D image clear
  • Зображення мініатюри
    Публікація
    Possibilities of application of 3D-Scanning in determining of damaged areas of scin
    (Іnternational Science Group, 2020) Аврунін, О. Г.; Ісаєва, О. А.; Avrunin, O. G.; Isaieva, O. A.
    The work is devoted to the use of spatial scanning in the diagnosis of skin diseases. It is proposed to use the 3D scanning method to determine the surface area of the affected area on the skin with generalized dermatitis. The principles of operation of modern equipment for 3D scanning are considered. The basic principles of 3D scanning are analyzed to obtain spatial models of the human body or its individual parts.
  • Зображення мініатюри
    Публікація
    Universal mobile cartographic systems for geospatial data collection
    (2021) Zakharov, I. P.; Varvanskyi, V.; Zadorozhna, I.
    The work of the mobile cartographic 3D scanning system Trimble MX 2 is considered. It is a spatial visualization complex that combines high-resolution laser scanning and precise positioning for capturing point clouds using georeferencing. Positioning accuracy is achieved through the combined use of GNSS and an Inertial Measurement Unit (IMU). The main components of the system are: the G360 high-resolution digital panoramic camera, which takes continuous color photography using five cameras located around the perimeter and one on top; laser system with one or two rotating lasers, which operate at a distance of up to 420 m, have a 360 ° viewing angle and allow data collection with an error of up to 3 mm; navigation subsystem Aplanix AP60 with a GNSS receiver and high-quality IMU, which are responsible for the accuracy of geolocation; odometer – a device for measuring distance in difficult GNSS conditions.