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Numerals in Mongolic and Tungusic languages with notes to code-switching
( Vaclav Blazek ),( Michal Schwarz ) 한국알타이학회 2016 알타이학보 Vol.0 No.26
Numerals represent a specified semantic field, where deep archaisms can appear besides recent loans in various language groups. The comparative method allows us to stratify different layers in lexicon: 1. Substrata; 2. Inherited lexicon; 3. Adstrata. 4. Superstrata. Socio-linguistics mentions situations, when forms of the same meaning, but of various origins, are used in parallel, one alongside another. In the present contribution we study the numerals in Mongolic and Tungusic languages, including analysis of their etymologies, identification of interferences and description of their use in code-switching. In the past this phenomenon could have played a role in the process of adaptation of foreign forms, including numerals, in the same way as in the present. The carefully analyzed stratigraphy of lexicon allows us to identify which of its parts are inherited, which borrowed, from which source and in which period. These results can be used for the determination of original homeland, trajectories of migrations and positions of neighbors.
Control system for V2H applications
Martin Kosinka,Zdenek Slanina,Michal Petruzela,Vojtech Blazek 제어로봇시스템학회 2020 제어로봇시스템학회 국제학술대회 논문집 Vol.2020 No.10
The article deals with the design and implementation of a control unit for energy flow management in Vehicle To Home systems. Vehicle To Home systems use energy from an electric car battery to power a smart home and store excess energy back into the electric vehicle’s battery. A car with a Chademo interface was chosen for the tests. The designed control unit consists of a single-board computer Raspberry Pi 3B +, a designed printed circuit board and an electricity meter with communication via Modbus protocol. The control unit connects the superior system of the smart house, the battery management system and the developed two-way converter enabling the connection of the electric vehicle to the energy infrastructure of the smart house.
V2H control system software analysis and design
Martin Kosinka,Zdenek Slanina,Michal Petruzela,Vojtech Blazek 제어로봇시스템학회 2020 제어로봇시스템학회 국제학술대회 논문집 Vol.2020 No.10
Vehicle To Home systems make it possible to connect smart homes with electric vehicles and draw electricity, in the event of a shortage in the smart home, or to store surpluses obtained from, for example, a solar power plant back into the electric car. To control the exchange, it is necessary to implement several basic algorithms that would allow to maintain the required amount of energy to reach the charging station, or to work. This article describes the analysis and partial implementation of control software for the Raspberry Pi platform.