Ключові файли

REFERENCES

[1] Unmanned Aircraft Systems (UAS) Roadmap. 2005-2030. Office of the Secretary of Defense.

[2] Chris J. Hodson. CIVIL AIRWORTHINESS FOR A UAV CONTROL STATION. // The University of York. September 2008.

[3] Mark Dali. Unmanned Aerial Vehicles and Targets / Jan´es Printed in UK by Hobbs the Printers. 2010. p.553- 600. // Control Station.

[4] Romaniuk S., Gosiewski Z., Ambroziak L. A ground control station for the uav flight simulator. //Department of Automatic Control and Robotics, Faculty of Mechanical Engineering, Bialystok University of Technology. https://yadda.icm.edu.pl/.../05_2015_084_romaniuk

[5] Natarajan G. Ground Control Stations for Unmanned Air Vehicles Aeronautical Development Establishment, Bangalore – 560 075. https://publications.drdo.gov.in/ojs/index.php/dsj/article

[6] Papanek V. Design for the real world. Human ecology and social change. – N.-Y. Rein hold, 2008. – 416 p.

[7] HUMAN FACTORS CONCERNS IN UAV FLIGHT. Jason S. McCarley & Christopher D. Wickens. Institute of Aviation, Aviation Human Factors Division University of Illinois at Urbana-Champaign. // Proceedings of the Human Factors and Ergonomics Society 46th Annual Meeting, 2144-2148. 2009.

[8] Osipov Yu. Requirements for tools and training programs for UAV operators in unmanned aircraft systems. “Armament. Politics. Conversion "No. 3 (99), 2011

[9] DSTU 7247: 2011 Design and ergonomics. Examination of the quality of industrial products. General provisions.

[10] DSTU 7251: 2011 Design and ergonomics. Design and ergonomics requirements. Nomenclature and selection procedure.

[11] DSTU 7895: 2015 Design and ergonomics. Rules for assessing the ergonomic level of the quality of industrial products / Rubtsov A., Svirko V., Boichuk O., Goloborodko V. - Kyiv,                SE UkrNDNC of Ukraine, 2016. - 14 p.

[12] DSTU 7299: 2013 Design and ergonomics. Operator's workstation. Relative position of workstation elements. General ergonomic requirements

[13] Matiichik M., Rubtsov A., Svirko V., Kharchenko V., Fuzik M. Ergodesign of unmanned aerial vehicles. - Kyiv, UkrNDI DE, 2019. – 192 p.

[14] DSTU 3963-2000 Design and ergonomics. Classification and nomenclature of design and ergonomic quality indicators of household devices and appliances.

[15] DSTU 4055-2001 Design and ergonomics. Nomenclature of design and ergonomic product quality indicators for industrial and technical purposes.

[16] DSTU 7298: 2013 Design and ergonomics. Rules for assessing the aesthetic quality level of industrial products / Rubtsov A., Svirko V., Asherov A., Goloborodko V. - Kyiv, Ministry of Economic Development of Ukraine, 2013. - 13p.

[17] DSTU 8603 Design and ergonomics. Rules for assessing the quality level of an automated workstation.

[18] DSTU 7896: 2015 Design and ergonomics. Rules for assessing the functional quality level of industrial products / Rubtsov A., Svirko V. - Kyiv, SE UkrNDNC of Ukraine, 2016. - 18 p.

[19] DSTU ISO 11064-1 (ISO 11064-1: 2000, IDT) Ergonomic control center design. Part 1. Principles of design.

[20] DSTU EN ISO 11064-2 (EN ISO 11064-2: 2000, IDT) Ergonomic control center design. Part 2. Principles of the organization of control units.

[21] DSTU EN ISO 11064-3 (EN ISO 11064-3: 2002; AC: 2002, IDT; ISO 11064-3: 1999; Cor.1: 2002, IDT) Ergonomic control center design. Part 3. Layout of control rooms.

[22] DSTU ISO 11064-4 (ISO 11064-4: 2000, IDT) Ergonomic Design of control centers.     Part 4. Layout and size of automated workstations.

[23] DSTU EN ISO 11064-5 (EN ISO 11064-5: 2008, IDT; ISO 11064-5: 2008, IDT) Ergonomic control center design. Part 5. Means of displaying information and controls.

[24] DSTU ISO 11064-6: 2013 (ISO 11064-6: 2005, IDT) Ergonomic design of control centers. Part 6. Requirements for the environment of control centers.

[25] DSTU 7234: 2011 Design and ergonomics. Production equipment. General requirements for design and ergonomics.