Affiliation:
1. Penza State Technological University
Abstract
The relevance is due to insufficient knowledge and development of movement patterns for unmanned aerial vehicles (UAVs), which include all possible drones and, in particular, various copters in mobile and turbulent atmosphere. Unmanned aerial vehicles are used both in civilian industries and in military affairs [1 – 4]. When operating UAVs in real conditions, their movement is affected by disturbances from air masses [5, 6], which are generally random in nature. At the same time, the operator is faced with inadequate UAV behaviour caused by disturbances, which makes it difficult to control. The aim of the article is to simulate the complex movement of UAVs, mainly quadrocopters, in space to understand the dynamics of UAV flight under the influence of several forces. The models are based on kinematics and dynamics of a material point, in the form of which the UAV is represented, involved in complex relative and translational movements. Kinematic models of drone movement patterns based on coordinate transformation are de-scribed. Planar and spatial trajectories of UAV movement are presented.
Publisher
Bryansk State Technical University BSTU
Reference16 articles.
1. Туев А.В. Применение робототехники и БПЛА в сельском хозяйстве // Молодежь и наука. 2020. № 4. С. 30., Tuev A.V. Application of Robotics and UAVs in Agriculture. Youth and Science. 2020;4:30.
2. Ахмедов Б., Ахмедова Г. Применение БПЛА при сборе геопространственных данных с целью решения инженерных задач в городском строительстве // Danish Scientific Journal. 2021. № 46-1. С. 41-45., Akhmedov B., Akhmedova G. Using UAV in Collecting Geospatial Data for the Purpose of Solving Engineering Problems in Urban Construction. Danish Scientific Journal. 2021;46-1:41-45.
3. The use of modern methods of aerophotography based on UAVs for the project of engineering protection measures against dangerous geological processes
4. Турик А.А., Мирошников В.И., Гончаров С.А. Применение БПЛА сторонами при ведении боевых действий в СА // Вестник научных конференций. 2018. № 5-1(33). С. 112-115., Turik A.A., Miroshnikov V.I., Goncharov S.A. The Use of UAVs by the Parties in the Conduct of Hostilities in the SAR. Bulletin of Scientific Conferences. 2018;5-1(33):112-115.
5. Малкин В.А., Рожков И.В., Санько А.А. Влияние ветровых возмущений и нелинейностей сервопривода на контур стабилизации высоты полета беспилотного летательного аппарата // Системный анализ и прикладная информатика. вып. 2. 2019. стр. 23-30., Malkin V.A., Rozhkov I.V., Sanko A.A. Influence of Wind Disturbances and Nonlinearities of Servo Drive on the Contour of Stabilization of the Flight Height of Unmanned Aerial Vehicle. System Analysis and Applied Information Science. 2019;2:23-30.