The Department for Nonlinear Dynamics of Electronic Systems conducts successful international cooperation with scientists from many countries of the world in the field of modern Noise Radar, spatio-temporal dynamic chaos, generation and processing of random signals, SAR tomography, formation and processing of SAR images, precision monitoring, as well as the theory of multilayer semiconductor structures and semiconductor photoelectronic devices; research of self-oscillations in semiconductor and vacuum devices in the microwave and terahertz ranges; research of âQuantum Radarâ Sensors and some issues of modern relativistic theory and general theory of relativity.
Scientific research in the field of Noise Radar was supported by the NATO Scientific Council for Sensor and Electronic Technologies (SET Panel, RTO NATO), which offered K.O. Lukin lead the Problem Group, SET-101, on the development of the basics of Noise Radar in NATO and partner countries (RTO/NATO SET-101/RTG57/RFT (2006-2010)). In 2010, this group was transformed into SET-184: âPotential capabilities of Noise Radarsâ, which was extended for the period 2015 â 2017 as SET-225 âNoise Radars with spatial and temporal variation of probing signalsâ, as well as SET-287 â âCharacteristics of Noise Radarsâ for the period 2018 â 2024.
- Within the framework of the Seventh European Framework Program FP-7, a European Project was implemented in cooperation with scientists from Italy, Spain, Germany, Poland and Holland: âMultiTech security system for interconnected space control ground stationsâ, FP-7 â âSCOUTâ, (2015-2018);
- In cooperation with the Turkish scientists of the Technical University of Electronics and Communication (Yildiz, Istanbul, Turkey), the joint competition of the National Academy of Sciences of Ukraine and the Scientific and Technical Research Council of Turkey was won and the Research Project âActive and passive sensors of the millimeter range for a smart security systemâ was implemented (2015-2017).
In previous years, the following international contracts were executed by the Department #17:
- âDevelopment of a high-resolution radar system based on random noise signals with stepped frequency tuningâ, Research Project âLISTVAâ, Chung Ang University, Seoul, South Korea, (2009-2011);
- âDevelopment of a radar sensor to prevent crane collisionsâ, Research Project âSENSORâ, Korea Institute of Electronic Technology, South Korea, (2009);
- âManufacturing and testing of a combined experimental prototype of an surveillance radar and a ground-based short-range synthetic aperture radar (SAR) based on chaotic X-band signalsâ, Research Project âTIGERâ, Defense Technology Agency (DTA), Republic of Singapore , (2007-2009);
- âDevelopment of laboratory prototypes of a surveillance radar and ground-based short-range SAR based on chaotic signalsâ, Research Project âLIONâ, Defense Technology Agency (DTA), Republic of Singapore, (2003-2004).
International projects of the Science and Technology Center in Ukraine (STCU):
- # 3377 âNew laser system for absolute measurement of distancesâ, (2006-2008);
- # 1954 âMicrowave method and equipment for precise monitoring of the Sarcophagus of the Chornobyl NPPâ (2004-2005);
- # R-050 âCar radar for collision avoidanceâ, (2002);
- # 1232 âNew microwave method of accurate remote measurement of distances and technological gapsâ (1999-2000);
- #365 âDevelopment of wideband millimeter wave Noise Radar for design of highly informative short-range radar systems for civilian applicationsâ (1999-2000).
Joint research projects and developments with the following organizations:
- SPE âOptelâ: âConceptual design of a radio reflectometer based on signals with random and pseudo-random modulationâ, Research Project âReflectâ, (SPE âOptelâ, Kharkiv), (2012-2014);
- Kharkiv Air Force University named after I. Kozhedub: Joint experiments on obtaining SAR images of objects of complex shape â various samples of military equipment (I. Kozhedub AFU, Kharkiv), (2013);
- Kharkov National University of Radio Electronics, PFEE Department: Research and development of new measurement methods for design of optical devices based on low-coherence spectral interferometry, (NURE, Kharkiv), (2011);
- The National Scientific Center âKharkov Institute of Physics and Technologyâ (KIPT) within the framework of the state program on the problem of the use of nuclear materials and nuclear technologies for 2004-2010:
âMethods and radiation-resistant equipment for precise monitoring of the condition of structures and equipment outside and inside the facility âUkryttyaââ, Research Project âSarcophagus 2â, (NSC KIPT, Kharkiv), (2007-2008);
âMicrowave method and equipment for precision monitoring of the main equipment and pipelines of the Nuclear Power Plant (Using the SAR-interferometry method and Noise Radars)â, Research Project âSarcophagusâ, (NSC KIPT, Kharkiv), (2005-2006).
Scientific cooperation and active interaction with scientists of Ukrainian research institutes and universities also contributed to the successful development of the Departmentâs scientific directions: SPE âOrionâ; OJSC âUkrNIIproektstalkonstruktionsia named after V. M. Szymanovskyâ; STF âLekisâ (Kyiv); Karazin University; NSC âMetrologyâ; Institute of Mathematics, NAS of Ukraine.
The Department of Nonlinear Dynamics of Electronic Systems has cooperated with research organizations of many countries in Europe, North and South Americas, and Asia over the years:
- Joint Research Center of the European Commission (JRC EC-Ispra), Ispra, Italy â ground noise SAR, differential interferometry;
- International Center for Theoretical Physics (ICTP), Trieste, Italy â dynamic chaos in semiconductor multilayer structures;
- National Institute for High Energy Physics (INFN), Trieste, Italy â new photodetectors and spectral interferometry of optical noise signals;
- Tor Vergata University, Rome, Italy â a new concept for design of surface movement radars for traffic monitoring at airfields;
- University of SĂŁo Paulo, Brazil â a new semiconductor photomultiplier;
- Synchrotron Laser Laboratory âElettraâ, Trieste, Italy;
- Warsaw University of Technology, Poland â signal processing in Noise Radars and Ground Radars;
- Chung-Ang University, Seoul, South Korea â stepped frequency Noise Radars;
- Seoul National University, South Korea â theory of multimode regimes in DRG and Clinotron;
- University of Pennsylvania, USA ( State University, USA) â Noise Radars, history of Noise Radar;
- NT firm ATI-ITI, Inc., Detroit, USA â novel systems for car-to-car communication on autobahns;
- University of California at Berkeley, USA;Institute of Plasma Physics, Nieuwhein, Holland;
- Technical University of Hamburg-Harburg, Germany;
- Technical University of Dresden, Germany;
- âCentro de InvestigaciŃn y de Estudios Avanzados del Instituto PolitĂ©cnico Nacionalâ (Superior Education and Research Center of the National Polytechnic Institute of Mexico City), Guadalajara, Mexico;
- âAeroSensing Radar Systemeâ, GmbH, Munich, Germany;
- Within the framework of the grant âScience Foundation Ireland Investigator Programâ and the project âEOARDâ (European Agency for Aerospace Research and Development) No. FA8655-04-1-3027, the scientist of the Department #17, Ph.D, D.Sc V.B. Yurchenko, a long-term program of joint research in the field of creating compact generators of the terahertz range was organized at the National University of Ireland, Maynooth, Ireland (NUI Maynuth, Ireland).
For 16 years, K. A. Lukin was an associate senior researcher at the International Center for Theoretical Physics (The Abdus Salam International Center for Theoretical Physics âICTPâ, Trieste, Italy). He organized internships for young employees of the Department in European and other scientific centers:
- O.V. Melnikova, P. L. Vyplavin and D. Yu. Suprun â at the Joint Research Center of the European Union, Ispra, Italy (âJRC EC-Ispraâ, Italy);
- D. M. Tatyanko, S. K. Lukin, P. L. Vyplavin and A. E. Horobets â in âICTPâ, Trieste, Italy;
- P. L. Vyplavin and S. K. Lukin â at the âBRADARâ company, Brazil;
- V.V. Kudryashov â Institute of Informatics and Telecommunications of the Bulgarian Academy of Sciences;
- H.P. Kovalenko at âAeroSensing Radar Systemeâ, GmbH, Munich, Germany.
Youth of the Department #17, from left to right: S. Lukin, O. Kamenskyi, O. Melnykova,V. Kudryashov, D. Roenko, T. Anoshko, D. Tatyanko
The Department #17 provides continuous training for young highly qualified scientists who are in demand not only in Ukraine, but also in leading scientific organizations in the world. After acquiring the necessary qualification in the Department #17 and in âJRC-EC-Ispraâ O.V. Melnikova enrolled in postgraduate studies at one of the universities in Germany. After an internship and participation in the âSTEPâ (Sandwich Training Educational Program) program, implemented by the International Center for Theoretical Physics âICTPâ, Trieste, Italy, in cooperation with the Synchrotron Laser Laboratory (âElettraâ, Trieste, Italy) and the Department #17 â D. M. Tatyanko successfully defended his candidateâs thesis under the supervision of K. O. Lukin. P.L. Vyplavin, after defending his PhD thesis at the IRE NASU, was invited to work at the radar branch of Embraer, â a world-famous aircraft manufacturing company in Brazil. S.K. Lukin, after completing his diploma in the Department #17 and several years of work on the creation of digital generators of radar signals and algorithms for their digital processing based on modern Field-Programmable Gate Array (FPGA), became PhD student at the University of Naples âParthenopeâ. After successfully defending his PhD thesis, he won a competition to participate in the European project for the âdevelopment of passive SAR systems for traffic monitoring on highwaysâ at the University of Alcala de Henares (Madrid) Spain. V.V. Kudryashov, after defending his PhD thesis, was invited to carry out a European project at Sofia University (Bulgaria), and then won a competition to participate in the justification of a large project of the European Space Agency â âEvent Horizon Imaging Experiment of a supermassive Black Holeâ in the center of our galaxy (Milky Way Galaxy â Sagittarius A*). V. V. Kudryashov continues to work on this project at ESTEC â the main technical center of the European Space Agency â ESA.
In recent years, the Department #17 has organized the reception of more than 40 foreign delegations of scientists from different countries of the world.
The exhibition of the achievements of the IRE of the National Academy of Sciences was visited by the members of the NTO / NATO Problem Group on Noise Radar Technology SET-184, from left to right: K.O. Lukin, David Calugi (Galileo Avionica), Andy Stove (Thales UK), Krzysztof Kulpa (WUT) â June 2008
The researchers of the Department #17 take an active part in the work of many international conferences on dynamic chaos and nonlinear physics, radar, radars with aperture synthesis, microwave physics, signal processing, vacuum electronics, terahertz and infrared waves, fundamental problems of quantum physics, etc. In the period 2005-2023, they made more than 390 reports at prestigious international conferences in Europe, the USA, Canada, Russia, Brazil, Mexico and Asia.
Thanks to the efforts of the Staff of the Department #17, 3 international conferences on Noise Radar Technology were held, which received a high international evaluation:
- âNRTW-2002, The First Int. Workshop on the Noise Radar Technology â(2002, Yalta, Ukraine),
- NRT-2003, Noise Radar Technologyâ (2003, Kharkiv, Ukraine),
- International conference on Noisy Radar Technology, NRT-2012, (2012, Yalta, Ukraine),
in which scientists from Ukraine, England, Brazil, Canada, Germany, Iran, Italy, Russia, the USA and Turkey took part. The participants of the conference were shown the operation of the 8-mm ground Noise Radar and other sensors based on noise radars developed in the Department #17.
Participants of the Third International Conference on Noise Radar Technology, NRT-2012, Yalta, Crimea, Ukraine
In addition, K.A. Lukin was the organizer of Sections on Noise Radar at many International Conferences (IRS-2006 â IRS-2015; APSAR-2013; EUSAR, MSMW), and is also a member of the Program Committees of many International Conferences on Noise Radar and Signal Processing : APSAR-2 015; EUSAR, MSMW.