This paper presents the design and implementation of an automatically generated mathematical unit, from a program developed in Java that describes the VHDL circuit, ready to be synthesized with the Xilinx ISE tool. The core contains diverse complex operations such as mathematical functions including sine and cosine, among others. The proposed unit is used to synthesize a sliding mode controller for a magnetic levitation system. This kind of systems is used in industrial applications requiring high level of mathematical calculations in small time periods. The core is designed to calculate trigonometric and arithmetic operations in such a way that each function is performed in a clock cycle. In this paper, the results of the mathematical core are shown in terms of implementation, utilization, and application to control a magnetic levitation system.
Calidad global de la alimentación y preferencias alimentarias en escolares chilenos y migrantes residentes en el norte de ChileGlobal food quality and food preferences among Chilean and migrant schoolchildren living in northern Chile
Actividad física como conducta auto-reguladora de ansiedad percibida y patrones disfuncionales de la ingesta en época de aislamiento por COVID-19 en latinoamericanos Physical activity as self-regulating behavior of perceived anxiety and dysfunctional patterns of dietary intake during isolation due to COVID-19 among Latin Americans
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