CONTROLLING DEVICE BASED ON PARACONSISTENT AND NEBULATIC LOGIC

摘要

paraconsistent and nebulous logic-based controller device refers to the present invention of a discrete device mounted on a printed circuit board (cl) hardware (1) constructed with 1 microcontroller (2) and auxiliary circuits (3) whose function is to use a structured methodology in paraconsistent logic and fuzzy logic to make the logical treatment between two data or logical values for the control of industrial processes and electrical machines. The hardware device (1) uses hybrid algorithms based on fuzzy logic and paraconsistent logic, and has a dedicated microcontroller (2) for this purpose. The paraconsistent and nebulous logic-based controller device is conveniently programmed to perform the computational processing of the two information signals received through the input connectors (bus (4), which are called favorable degree of evidence (ti) and degree of evidence. unfavorable (a) represented by proportional voltage values ranging from 0 to 5vdc and provide as analogical responses representative values of three types: 1) defuzzified logic states (el defuz), 2) positive intensity of the corresponding logic state (el ip), and 3) the negative intensity of the corresponding logical state (el in) and, as a discrete response, plus 4 discrete values representative of the extreme logic states (v, f, inconsistent and undetermined).