Name: |
Viktor Korytskyi |
Date of Birth |
20.02.1990 |
Position: |
Associated Professor of Computer Technologies and Information Security department of Admiral Makarov National University of Shipbuilding (Ukraine) |
Address: |
9, Heroiv Ukrainy Avenue, Admiral Makarov National University of Shipbuilding, Mykolaiv, Ukraine, 54025 |
Telephone: |
+380996017322 |
Email: |
viktor.korytskyi@nuos.edu.ua |
Nationality: |
Ukrainian |
Languages: |
Ukrainian (native), Russian, English |
Academic degree: |
– |
Academic rank: |
– |
Honours: |
Honor certificate of Southern Scientific Center of National Academy of Sciences of Ukraine and Ministry of Education and Science of Ukraine (2017), Honor certificate of Mykolaiv Regional Council(2019) |
Work Experience: |
11.2012 – 08.2013 – Engineer of Scientific Research Institute of Underwater Technologies of Admiral Makarov National University of Shipbuilding; 09.2013 – 11.2016 – Assistant of Ships Electric Equipment and Information Security department of Admiral Makarov National University of Shipbuilding; 12.2016 – 11.2017 – Lecturer of Ships Electric Equipment and Information Security department of Admiral Makarov National University of Shipbuilding; 12.2017 – present – Lecturer of Computer Technologies and Information Security department of Admiral Makarov National University of Shipbuilding; |
Basic educational courses: |
«Programming», «Electronics», «Microprocessor Systems», «Computer Networks» |
Research Interests |
Programming, Automation, Underwater Vehicles |
Publications |
Author and co-author of over 40 publications, 44 from them have scientific direction and 3 – educational. The list of the most important publications is listed below: |
Articles in Technical Journals |
1. Blintsov O., Korytskyi V., Sokolov V. Synthesis of Precise Automatic Control System of a Second Order Object in Uncertainty Conditions. ARPN Journal of Engineering and Applied Sciences, 2019. № 14(6). P. 1218-1228. (Scopus) 2. Blintsov O.V., Korytskyi V.I. Design of Automatic Control System of Spatial Motion of A Remotely Operated Underwater Vehicle under Uncertainty Conditions. Shipbuilding and Marine Infrastructure, 2019. № 1(11). P. 85-95. 3. Blintsov O.V., Korytskyi V.I. Synthesis of Automated Control System of Vertical Motion of a Remotely Operated Underwater Vehicle under Uncertainty Conditions. Information Systems, Mechanics and Control, 2018. № 19. P. 28-42. 4. Experimental Study of Group Control Laws for an Autonomous Unmanned Underwater Vehicle as a Group Agent / Zh. Yu. Burunina, A. M. Voitasyk, L. T. Aloba, V. I. Korytskyi, A. S. Sirivchuk, A. P. Klochkov. Shipbuilding and Marine Infrastructure, 2018. № 2(10). P. 120-130. 5. Korytskyi V. I. Improvement of the Mathematical Model of Spatial Motion of a Remotely Operated Underwater Vehicle with Technological Equipment. Shipbuilding and Marine Infrastructure, 2018. № 1(9). P. 44-52. 6. Blintsov O., Korytskyi V. Modern tasks of the control of a self-propelled tethered underwater technological platform. Underwater Technologies, 2017. № 5. P. 23-31. |
姓名 |
Viktor Korytskyi |
出生日期 |
1990年2月20日 |
职位 |
马卡洛夫国立造船大学计算机技术和信息安全系副教授（乌克兰）； |
住址 |
乌克兰梅克莱夫市乌克兰英雄大道9号马卡洛夫国立造船大学，邮编54025 |
电话 |
+380996017322 |
电子邮箱 |
viktor.korytskyi@nuos.edu.ua |
国籍 |
乌克兰 |
语言 |
乌克兰语（母语）、俄语、英语 |
学位 |
– |
学衔 |
– |
荣誉 |
乌克兰国家科学院南部科技中心和乌克兰教育与科技部荣誉证书（2017年），梅克莱夫地区委员会荣誉证书（2019年） |
工作经验 |
2012年11月至2013年8月——马卡洛夫国立造船大学水下技术科学研究院工程师； 2013年9月至2016年11月——马卡洛夫国立造船大学船舶电气设备与信息安全系助理； 2016年12月至2017年11月——马卡洛夫国立造船大学船舶电气设备与信息安全系讲师； 2017年12月至今——马卡洛夫国立造船大学计算机技术与信息安全系讲师； |
基础教育课程 |
《编程》、《电子学》、《微处理器系统》、《计算机网络》 |
研究方向 |
编程、自动化、水下航行器 |
发表论文 |
编写和合著了40余篇文章，其中包括44篇科技文章和3篇教育研究文章，13项专利。其中一些最重要的文章所列如下： |
科技期刊文章 |
1. Blintsov O., Korytskyi V., Sokolov V. Synthesis of Precise Automatic Control System of a Second Order Object in Uncertainty Conditions. ARPN Journal of Engineering and Applied Sciences, 2019. № 14(6). P. 1218-1228. (Scopus) 2. Blintsov O.V., Korytskyi V.I. Design of Automatic Control System of Spatial Motion of A Remotely Operated Underwater Vehicle under Uncertainty Conditions. Shipbuilding and Marine Infrastructure, 2019. № 1(11). P. 85-95. 3. Blintsov O.V., Korytskyi V.I. Synthesis of Automated Control System of Vertical Motion of a Remotely Operated Underwater Vehicle under Uncertainty Conditions. Information Systems, Mechanics and Control, 2018. № 19. P. 28-42. 4. Experimental Study of Group Control Laws for an Autonomous Unmanned Underwater Vehicle as a Group Agent / Zh. Yu. Burunina, A. M. Voitasyk, L. T. Aloba, V. I. Korytskyi, A. S. Sirivchuk, A. P. Klochkov. Shipbuilding and Marine Infrastructure, 2018. № 2(10). P. 120-130. 5. Korytskyi V. I. Improvement of the Mathematical Model of Spatial Motion of a Remotely Operated Underwater Vehicle with Technological Equipment. Shipbuilding and Marine Infrastructure, 2018. № 1(9). P. 44-52. 6. Blintsov O., Korytskyi V. Modern tasks of the control of a self-propelled tethered underwater technological platform. Underwater Technologies, 2017. № 5. P. 23-31. |
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