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Information × Registration Number 0213U002626, 0111U001104 , R & D reports Title Distributed hierarchical optoelectronic parallel logic-time information-energy environment popup.stage_title Head Kozhemiako Volodymyr, Registration Date 01-02-2013 Organization Vinnitsa National Technical University popup.description2 Developing productive methods of analysis and recognition of signals and images in the channels of perception pattern computer-based distributed hierarchical optoelectronic parallel logic-time information and energy through the use of the medium of fiber-optic interface information-energy channels, which differ from the known in that the all-optical method for information transmission and power supply light flows in a single fiber using WDM-spectral multiplexing means faster processing and transfer of information, based on theoretical principles implementation of neural networks to seal the visual information is directed to the hardware implementation of specialized tools for building prototype pattern computer. Addressing rapid transformation, transmission and processing of ultra-large amounts of information to effectively provide its records storage and retrieval due to the creation of high-speed encoding and decoding devices. The most pressing this problem is manifested in image coding, where appropriate application of parallel coding. A promising way to solve the problem - integrated application wavelength division multiplexing technology, combined with the methods of time-multiplexed and KVP-conversion fiber channel bus, which, together with the concepts of parallelism and parallelizing the data will help to solve the problem of high-speed communication between the individual links in computing systems, where This parameter is critical. Product Description popup.authors Довгалюк Ростислав Юрійович Дорощенков Геннадій Дмитрович Кожем'яко Андрій Вікторович Кожем'яко Володимир Прокопович Маліновський Вадим Ігорович Мартинюк Тетяна Борисівна Сахно Андрій Миколайович Тарновський Микола Геннадійович popup.nrat_date 2020-04-02 Close