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Research and Development
Internationally Recognised Research More than 50 research teams and laboratories at the University in the fields of Telecommunications and Radio Engineering, Electronics, Computer Science and Informatics, Electrical Engineering and Robotics, Bio and Ecological Engineering carry out fundamental and applied research projects. Results achieved in the several advanced areas are internationally recognised. Among them are the following:
Microwave physics and engineering. Prof. Irina Vendik, Prof. Orest Vendik Projects within FP6/FP7, European Commission "Metamaterials Organized for Radio, Millimeter Wave, and Photonic Superlattice Engineering". Metamorphose, NoE, 2004 – 2008 "Nano-Structured Ferrolectric Films for Tuneable Acoustic Resonators and Devices". NANOSTAR, STREP, 2005 – 2008 "Knowledge-based multi-scale modeling of metal-oxide-polymer interface behavior for micro- and nanoelectronics". NANOINTERFACE, CP, 2008 – 2011 Microwave wireless technologies. Prof. Andrey B. Kozyrev "Ferroelectrics at microwaves: film technology, properties, application". Six grants of US Department of Energy (DOE) for the last 9 years. "DRWIN Electronically Scanning Antenna", USA "R&D 100" Award for technology, 2001 Physics and technology of the layered structures based on materials with nonlinear properties. Prof. Sergei Karmanenko, Prof. Igor Mironenko Projects of International Science and Technology Center "Ferroelectric film structures for applications in radioelectronic devices", ISTC –1708, 2001- 2003 "Planar layered structures based on ferroelectric films intended for applications in radioelectronic tunable devices of millimeter wavelength band", ISTC–2896, 2005 "Ferrite oscillators". ISTC-2616, 2005 "Superconducting microbolometers". ISTC-2920, 2005 "Dielectric accelerator structures with ferroelectric ceramic tunable components" DoE, USA project Silicon Carbide technology and applications. Prof. Yury Tairov LETI method of sublimation growth was elaborated at the St. Petersburg Electrotechnical University in 1976. The method is now used in many laboratories and firms all over the world for sublimation growth of the SiC boules. Applications: sensors and transducers, pressure sensor, ultraviolet sensors, Schottky diodes, IR-microsource Semiconductor materials, structures and devices. Prof. Valentin Afanasiev GaP - ultraviolet sensors Self-polarization of PZT thin films Powerless light dosimeters based on semiconductor-ferroelectric multilayer structure AlN thin films formed by time modulated low temperature reactive magnetron sputtering and their properties Fabrication of a-Si:H/nc-Si multilayer films using Layer by Layer technique and their properties Porous sensitive layers for Gas sensors Micro-mechanical systems for extreme operating conditions. Prof. Victor Luchinin Project within FP7, European Commission “A web-based repository of nanoscience and nanotechnology publications, database of researchers and online forum, to inform and facilitate networking between EU and ICPC RTD”, ICPCNanoNet, CSA, 2008 – 2012 SiC MEMS, SiC nanotechnology Stressed membranes TermoMEMS actuators Corrugated membranes Intelligent distributed data analysis system. Prof. Mikhail Kupriyanov Exploring abilities of the self-organization (self-tuning) algorithms Developing mobile intelligent agents for different applications of data analysis Creating systems for distributed data analysis Embedded System Linux based. Prof. Mikhail Kupriyanov Drivers for devices for LINUX Library of primitive visual components & graphic editor for RTOS Verification and tests generation Information technologies for simulating emergent properties in complex systems. Prof. Boris Fomin Physics of Systems – New Conception and Technologies for Simulating Emergent Properties in Complex Systems The methods and the instruments of the ‘Physics of Systems’ are the universal tools, which can be applied for the study of complex objects, processes and phenomena of any nature. The scientific method and techniques of the ‘Physics of Systems’ are realized in the form of the scientific technology cluster based on the ‘Technology of the System Reconstructions’ providing the scientific, methodological and programming support of the large scale interdisciplinary projects in the field of system investigations related to the problems of medicine, biology, human and territorial ecology, economics and security. Global system reconstructions of the models of solar activity and related geospheric and biospheric effects – one of the projects Forecasting of power consumption, emergencies and refusals for electric systems. Prof. Nikolay Polyakhov Development and increase of forecast models accuracy of electrical load; control power consumption and optimization of power flow distribution of power nets based on neural fuzzy networks, and genetic algorithms; the expert system of generating plans for electric equipment repair with high degree of a deterioration and current failure diagnosis, optimization of the financial streams directed on repair and replacement of the worn out equipment; development of intellectual methods for diagnosis of condition and control of nonlinear dynamics processes including bounded uncertainties and chaotic states. "Creation of energy saving control of steering systems of planes". Project funded by Federal Government, 2005 "Expansion of robustness of functioning of technical systems in conditions of the limited uncertainty on the basis of the fuzzy approach". Project funded by Russian Fund of Basic Researches, 2007-2008 |
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