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Information × Registration Number 0224U000815, 0121U113590 , R & D reports Title Multisensor intelligent systems popup.stage_title Head Olenych Ihor B., к.ф.-м.н. Registration Date 12-01-2024 Organization Ivan Franko National University of Lviv popup.description2 A B S T R A C T Report on the scientific research work: 71 pages, 41 figures, 5 tables, 13 sources. DIELECTROPHORESIS, INTELLIGENT SYSTEMS, CROSS-CORRELATOR, MATHEMATICAL MODELING, NANOOBJECTS, OPTICAL SENSORS, SOFTWARE, SMART HOUSE, THERMOPHYSICAL MODELING, DIGITAL SIGNAL PROCESSING. Part 1. Research object: adaptive algorithms, sensor systems, intelligent measuring and computing structures, multi-sensor converters, digital signal processing, dynamic light scattering. The purpose of the work is to create and test the prototype of a new intelligent object-oriented nanoanalytical biosensor system with the function of detection and identification of types of pathogenic bioagents. Research methods: mathematical modeling, experiment. The obtained results: the optical and electronic circuit of the photon cross-correlation analyzer was modified. The task of registering changes in the characteristics of light scattered by nanoobjects is complemented by the additional creation of an ordered orientation of particles in suspension under the influence of external electric fields. A software implementation of detection and identification of pathogenic bioagents is proposed. Part 2. Research object: smart house, object-oriented programming, intelligent measuring and computing structures, heating sources, effective thermophysical parameters of the building. The purpose of the work is to develop hardware and software for measuring and processing thermophysical data of the "smart house" system based on modern mathematical methods of analyzing measured signals using elements of artificial intelligence. Research methods: statistical data analysis, thermophysical modeling. The results obtained: a new methodology for evaluating the thermophysical parameters of the building and the effective thermal characteristics of the heating source is proposed. A prototype of the microcontroller-microcomputer hardware and software system was built to deploy and test thermophysical models. Product Description popup.authors Sinkevych Oleh O. Yaremyk Roman Ya. Yarmola Halyna P. popup.nrat_date 2024-01-12 Close