Search academic texts

Information × Registration Number 0222U001693, 0119U100155 , R & D reports Title Algorithms and software for signal processing for mobile radiomonitoring complex popup.stage_title Head Tsyporenko Vitaliy V., Кандидат технічних наук Registration Date 31-01-2022 Organization Zhytomyr Polytechnic State University popup.description2 A method, mathematical and software model, algorithms for searchless correlation-interferometric direction finding method using a two-element antenna system and a multi-element linear antenna array, a method of dispersion-correlation radio direction finding for a large antenna base have been developed. Analytical researches and modeling of developed direction-finding algorithms are performed: accuracy, speed, noise immunity, optimization. Estimates of efficiency of spatial-frequency selectivity of antenna arrays are carried out. Experimental researches of radio direction finder operation for the developed methods are carried out. A method for measuring the motion parameters of objects with the integration of two measurement channels has been developed. The model of the device for measuring the parameters of the movement of objects with the integration of two measurement channels was modeled. A study of the layout "Device for measuring the parameters of the movement of objects with two measurement channels" was conducted. Development and research of system for determining the parameters of the movement of objects, the spatial location of digital video images. Research, substantiation and development of methods and algorithms of hardware-software methods of detection of obstacles are carried out. Software and hardware implementation of the method of segmentation of deterministic space. Implemented object classifier. Algorithmic and software of the autonomous navigation system of the mobile direction-finding complex is developed, which provides the possibility of detecting obstacles in motion, neural network method of classification and analysis of obstacles in the autonomous navigation of the mobile radio monitoring complex. Development, training, optimization of neural network settings and verification of its operability were performed. Correlation-regression analysis was performed. Models for the Bayesian classifier have been developed. Product Description popup.authors Zubareva Natalia V. Levkivskiy Vitaliy L. Luhovykh Oksana O Podunai Anna Ya Sazonov Artem Yu. popup.nrat_date 2022-03-09 Close