Interactive System for Monitoring and Control of a Flow Station Using LabVIEW

Buele, Jorge; Espinoza, John; Pilatásig, Marco; Silva, Franklin; Chuquitarco, Alexandra; Tigse, Jenny; Espinosa, Jessy; Guerrero, Lucía

doi:10.1007/978-3-319-73450-7_55

Cited by 14 publications

(5 citation statements)

References 14 publications

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“…With the help of the functions offered by the interface of the TIA portal, the auto wash process is programmed and the main interface was designed, to monitor the variables in real time, of everything that is happening within the prototype. The structure of the main screen has the title, logo, time and date, operational commands [20].…”

Section: Hmi Developmentmentioning

confidence: 99%

Carwash Station Prototype with Automatic Payment Using Intelligent Control Systems

Buele

Quilumba

Ilvis

et al. 2021

Communications in Computer and Information Science

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The daily activities of human being can be improved with the use of technology. Therefore, in this work we propose the design of an imperative system of automatic payment to prevent contact between people, avoiding the transmission of viruses and bacteria. Thus, new appropriate and innovative tools are created and applied to business models for the industrial and service sectors. Using and integrating communication between visual programming platforms, telecommunications (messaging) and online payments, using a programmable automaton, an HMI and a Raspberry board. The results show a robust platform framed in electronic payment technology with high performance and very reliable that uses the MQTT protocol for communication. The results show a time of 2.07 s in data writing after sending the signal and 0.80 s of reading the PLC outputs to the monitoring page.

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Section: Hmi Developmentmentioning

confidence: 99%

Carwash Station Prototype with Automatic Payment Using Intelligent Control Systems

Buele

Quilumba

Ilvis

et al. 2021

Communications in Computer and Information Science

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“…LabVIEW [12] (Figure 3) is the software used to develop the controller through its fuzzy logic blocks. To facilitate programming the LabVIEW toolbox contains toolkits.…”

Section: The Block Diagram Ofmentioning

confidence: 99%

Start-Up of a PID Fuzzy Logic-Embedded Control System for the Speed of a DC Motor Using LabVIEW

Serrezuela¹,

Trujillo²,

Zamora³

et al. 2018

Electric Machines for Smart Grids Applications - Design, Simulation and Control

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This work explains the speed control design for a DC motor using fuzzy logic with LabVIEW software. It is also a literature review about the design and the implementation environment and is presented using fuzzy logic to describe the materials and methods used. Various processes on the subject highlight the idea, creation, development, and implementation of intelligent control, and the results considering the application and development for this purpose are presented.

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“…Los requerimientos del sector industrial incluyen el control de variables de nivel, presión, temperatura, flujo, etc. [2].…”

Section: Introductionunclassified

Controlador Difuso en Arduino Uno para un Entorno Académico

Avilés-Castillo¹,

Buele

Espinoza³

2022

Publicare

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Los procesos de enseñanza – aprendizaje requieren una constante actualización y la incorporación de nuevos enfoques. Para esto las instituciones de educación superior necesitan realizar importantes inversiones económicas o buscar alternativas de menor costo. Por ello en este artículo se presenta la implementación de un algoritmo de control difuso en una tarjeta embebida Arduino Uno. El diseño del controlador difuso se realiza con cinco funciones de membresía tanto a la entrada como a la salida SISO (entrada simple/salida simple). Como entrada se tiene el valor del error acumulado que es la diferencia entre el valor deseado y el valor medido. Las pruebas de simulación se efectuaron en el entorno de diagrama de bloques Simulink de MATLAB. Mientras que las pruebas experimentales se desarrollaron en una estación didáctica que imita un proceso de control de presión industrial. También se obtienen otros parámetros que son parte de las curvas de proceso para un mejor análisis. De esta manera se valida esta propuesta, ofreciendo información para futuras investigaciones

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Interactive System for Monitoring and Control of a Flow Station Using LabVIEW

Cited by 14 publications

References 14 publications

Carwash Station Prototype with Automatic Payment Using Intelligent Control Systems

Carwash Station Prototype with Automatic Payment Using Intelligent Control Systems

Start-Up of a PID Fuzzy Logic-Embedded Control System for the Speed of a DC Motor Using LabVIEW

Controlador Difuso en Arduino Uno para un Entorno Académico

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