Wyniki wyszukiwania - BazTech

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The Quality of Unmanned Aerial Vehicles: Ergodesign Aspect. Part 2

Kharchenko Volodymyr, Rubtsov Anatolii, Svirko Volodymyr, Zhudova Irina

Logistics and Transport

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2022

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Vol. 53-54, No. 1-2

133--159

EN

In the modern world, scientific and practical ergodesign activity on the development and use of drones, the concept of "human factor" is becoming more and more important. It is one of the main studies in improving the safety, efficiency and comfort of the "man - unmanned aerial vehicle" system operation. The most promising research is aimed at the application and development of new approaches to the evaluation of algorithms for unmanned aircraft maintenance and the organization of their operators' activities. The system of unmanned aerial vehicles ergodesign quality indicators developed and presented in a tabular form reflects practically all design and ergonomic properties of modern unmanned aerial systems. It is based on the existing normative documentation in Ukraine developed by the authors, harmonized with international and European standards. It allows the analysis and evaluation of unmanned aerial vehicles in order to take into account consumer interests at the beginning of their design reducing the assimilation time of products and preventing irrational production costs. The results of such an analysis underlie the development of technical documentation, standards, and specifications. They should be taken into account when putting products into production.

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The Quality of Unmanned Aerial Vehicles: Ergo-Design Aspect

Kharchenko Volodymyr, Rubtsov Anatolii, Svirko Volodymyr, Zhudova Irina

Logistics and Transport

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2021

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Vol. 51-52, No. 3-4

35--78

EN

In the modern world, scientific and practical ergo-design activity on the development and use of drones, the concept of "human factor" is becoming more and more important. It is one of the main studies in improving the safety, efficiency and comfort of the "man - unmanned aerial vehicle" system operation. The most promising research is aimed at the application and development of new approaches to the evaluation of algorithms for unmanned aircraft maintenance and the organization of their operators’ activities. The system of unmanned aerial vehicles ergo-design quality indicators developed and presented in a tabular form reflects practically all design and ergonomic properties of modern unmanned aerial systems. It is based on the existing normative documentation in Ukraine developed by the authors, harmonized with international and European standards. It allows the analysis and evaluation of unmanned aerial vehicles in order to take into account consumer interests at the beginning of their design reducing the assimilation time of products and preventing irrational production costs. The results of such an analysis underlie the development of technical documentation, standards, and specifications. They should be taken into account when putting products into production.

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The Use of Unmanned Aircraft Systems for Fast Delivery Goods

Kharchenko Volodymyr

Logistics and Transport

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2020

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Vol. 47-48, No. 3-4

89--101

EN

The unmanned aircraft systems are used for different purposes by logistics companies as also for fast delivery goods in aviation industry. The article provides the advantages, functions and characteristics of unmanned aircraft systems which can improve fast delivery of goods that is a complex process, including not only transport but also effective system management.

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Hardware and Software Complex for Laboratory of Satellite Technologies

Kharchenko Volodymyr, Konin Valeriy, Pogurelskiy Olexiy

Logistics and Transport

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2020

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Vol. 45-46, No. 1-2

95--102

EN

Satellite technologies of communication, navigation and surveillance play an important role in modern transport, and particularly in aviation. High effectiveness of global air navigation system is provided by applying data broadcasted from great numbers of satellites, located on Earth orbits. The totality of existing satellite navigation system forms global radio navigation field which parameters should be constantly monitored and controlled for providing safety requirements. The aim of this article is to share experience of creating a laboratory of satellite technologies at the National Aviation University that performs simultaneously educational and scientific tasks.