|
Selection of our books indexed in the Book Citation Index in Web of Science™ Core Collection (bkci)Bog'liq drone18
6.3 Health
The use of drones for medical purposes is used to transport response equipment
to the scene in urban areas, to direct people to the stage with drones with cameras and
audio devices, to transport equipment such as medicine and trauma kits in rural areas,
or to facilitate search-and-rescue efforts.
In patients with shockable rhythm in prehospital events, delivering a life-saving
defibrillator (AED) by drone is 32% faster in urban centers and 93% faster in rural
areas where other vehicles cannot reach [12]. In the same way, it has been demon-
strated that it is possible to transport drugs/tissues, and blood products, with drones,
with the research conducted with samples taken before and after the flight on the
effect of vibration on the transported tissue. These materials can be delivered to dif-
ficult areas faster than the traditional methods [13].
6.4 Photography and cinema
Professional video shoots are made today using drones in commercials, TV series,
and movie sets, successfully capturing specific images. It is used in the direct market-
ing of products and in taking aerial images to show a city, beach, or building from a
bird’s eye view in advertising shoots. Advertising drones are becoming increasingly
common in crowded events and areas with high density. It provides great convenience
in collecting images and information from places that cannot be visited or entered,
especially due to security problems. The use of drones can make a significant contri-
bution to innovation and quality in the film industry.
6.5 Mapping
Drones, becoming increasingly widespread in mapping, can map almost all terrains
quickly and in three dimensions. For this purpose, LiDAR Drones with sensors provide
highly successful and accurate data. LiDAR technology offers important solutions in the
evaluation of agricultural products as well as the mapping of landforms (
|
| |
