PURPOSE:
For use in communication systems with unmanned aerial vehicles.
DESCRIPTION:
The main results obtained are the development of scientific and technical foundations for the creation of next-generation heterogeneous telecommunication systems with high throughput, the nodes of which are located on the platform of a stratospheric unmanned aerial vehicle, which allows such a system to integrate with existing local communications located in the aircraft zone.
ADVANTAGES:
He demonstrated great accuracy in tracking a given flight route and the uninterrupted operation of a data channel at different heights, speeds and distances. The spatial position control system of a highly directional antenna of the aircraft platform system, which provides optimization of the process of entering into communication and the possibility of restoring communication in case of loss by using an original discrete scanning algorithm.
RECOMMENDED FIELD OF APPLICATION:
In telecommunication systems based on stratospheric airport platforms. In the construction of the unmanned aerial vehicles.
TECHNICAL AND ECONOMIC EFFECT:
The application of the developed methods, algorithms, system architectures can reduce the cost by 30-70% and improve the quality of work on the creation and deployment of stratospheric telecommunication systems based on high-altitude aircraft platforms.
RESULTS OF THE RESEARCH:
Provides consistent results.
STAGE OF THE DEVELOPMENT READINESS:
Prototype manufactured.
TRANSFER OPPORTUNITY:
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- Sale of patents.
- Joint bringing to the industrial level.
- Joint production, sale, operation.
NOVELTY:
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- 3 patents of Ukraine.
- 1 certificate of Ukraine.
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