Radical-arithmetic Electronic Controller
DOI: 330 Downloads 7448 Views
Author(s)
Abstract
Radical arithmetic electronic controllers for automatic control of industrial processes, base their operating principle on the use of new mathematical equations deduced specifically for this purpose and they have been reviewed and approved by MsC. Maria Victoria Mederos, professor at the Faculty of mathematics and computer science in University of Havana. These equations greatly simplify logical and functional complexity compared to current regulators and their combinations such as PID Control diffuse or logical Fuzzy.
Keywords
Automatic, Controller, Design, Industrial, Process, Regulator
Cite this paper
Lázaro J. Miranda Díaz,
Radical-arithmetic Electronic Controller
, SCIREA Journal of Mathematics.
Volume 3, Issue 1, February 2018 | PP. 12-28.
References
[ 1 ] | O´Dwyer; A Summary of PI and PID Controller Tuning Rules for Process with Time Delay. Part 1: PID Controller Tuning Rules, Worshop on Digital Control: Past Present and Future of PID Control, Terrasa, España, Abril 5-7,2000 |
[ 2 ] | O´Dwyer; A Summary of PI and PID Controller Tuning Rules for Process with Time Delay. Part 2: PID Controller Tuning Rules, Worshop on Digital Control: Past Present and Future of PID Control, Terrasa, España, Abril 5-7,2000 |
[ 3 ] | Shinskey, FG: Process Control Systems, Segunda Edición, Mew York, NY, EUA, McGraw-Hill Book Co.,1979 |
[ 4 ] | Miranda Díaz L.J., Invention Patent Certificate, CU 23143 , Regulador Aritmético Radical Electrónico Para La Automatización De Procesos Industriales 2006.04.14 |
[ 5 ] | Bernard Kolman & David R. Hill Algebra Lineal, 8va Edición |
[ 6 ] | Stanley Grossman Algebra lineal (2da edicion) |