Abstract
ИСПОЛЬЗОВАНИЕ СИНЕРГЕТИЧЕСКОГО МЕТОДА ДЛЯ УЛУЧШЕНИЯ ТОЧНОСТИ ГЕОПОЗИЦИОННОЙ ДОПОЛНЕННОЙ РЕАЛЬНОСТИ
Highlights
These are: limited charge of a portable power source, low performance in comparison with desktop computers, inefficient cooling system and limited set of built-in sensors
Augmented reality applications are focused on visualization of supplemented data at the right time and in the right place
Location-based augmented reality relates to technologies that use the device capabilities to determine its spatial position based on GNSS data, as well as compass, gyro, depth camera and other sensors displaying the augmented reality around
Summary
These are: limited charge of a portable power source, low performance in comparison with desktop computers, inefficient cooling system and limited set of built-in sensors. Location-based augmented reality relates to technologies that use the device capabilities to determine its spatial position based on GNSS data, as well as compass, gyro, depth camera and other sensors displaying the augmented reality around. The need to research and analyse the data obtained from smartphone sensors is caused by the fact that in the location-based augmented reality application, developed by the authors, there were problems with the accuracy and stability of the visualization of 3D objects in virtual space.
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