Curso abierto para consulta
6 semanas (37 horas de estudio estimadas)
Average (29 Votes)

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  • karma
    Certificado de Participación: «Networked control systems with Arduino: an introduction to technology, programming and robotics (2.ª edición)»

    Certificado de Participación: «Networked control systems with Arduino: an introduction to technology, programming and robotics (2.ª edición)»

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    How do I get it?

    Se consigue cuando el alumno ha superado, al menos, un promedio del 75% de los módulos del curso. Este promedio se calcula dividiendo la suma del % obtenido en cada uno de los módulos, entre el número de módulos del curso. Reconoce la participación del alumno en el mismo. El certificado puede descargarse como un diploma en formato PDF y como un badge, que además, se muestra en la plataforma y puede exportarse a "Mozilla Open”

    Description

    The course presents the basic components in a simple networked control system and shows how this type of systems may be designed and implemented. The Arduino platform is introduced and different communication ports and protocols are described. Finally, techniques to connect a control system to the global Internet and allow a global data sharing are explained.

  • karma
    Certificado de Superación: «Networked control systems with Arduino: an introduction to technology, programming and robotics»Certificado de Superación: «Networked control systems with Arduino: an introduction to technology, programming and robotics (2.ª edición)»

    Certificado de Superación: «Networked control systems with Arduino: an introduction to technology, programming and robotics»Certificado de Superación: «Networked control systems with Arduino: an introduction to technology, programming and robotics (2.ª edición)»

    badge

    How do I get it?

    Podrán obtener este certificado, previo pago de su coste, aquellos inscritos que lo soliciten y que hayan logrado el 100% de todos y cada uno de los módulos del curso. Se obtendrá el 100% de cada módulo cuando el usuario haya completado el 100% de las actividades obligatorias incluidas en el mismo.Este certificado reconoce la superación, con éxito, del curso. Puede descargarse como un diploma en formato PDF y como un badge, que además, se muestra en la plataforma y puede exportarse a "Mozilla Open Badges". El coste del certificado de superación de este curso es de 40 € (impuestos incluidos).

    Description

    The course presents the basic components in a simple networked control system and shows how this type of systems may be designed and implemented. The Arduino platform is introduced and different communication ports and protocols are described. Finally, techniques to connect a control system to the global Internet and allow a global data sharing are explained.

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Course description

Traditional control systems are nowadays becoming in global data sharing solutions based on open platforms and free data repositories. In this context, Arduino is one of the most employed electronic devices in order to implement simple control solutions. This platform includes the most common communication ports (like UART or I2C) and supports the most popular communication protocols such as MQTT. This course describes all these details and shows how designing and implementing control system using Arduino devices. Moreover, the technique to connect to the global Internet the constructed control systems and allow a global data sharing is also described.

It will be advisable to have prior knowledge of programming at the basic level, although it is not mandatory

List of modules

Module 0. Presentation Module 0. Presentation

Start date: 1/14/19 12:00 AM

End date: 12/31/99 1:00 AM

Module 1. Limited-resource devices: Arduino Module 1. Limited-resource devices: Arduino

Start date: 1/14/19 12:00 AM

End date: 12/31/99 1:00 AM

Module 2. Sensors, actuators and initial control systems Module 2. Sensors, actuators and initial control systems

Start date: 1/21/19 12:00 AM

End date: 12/31/99 1:00 AM

Module 3. Communication ports and protocols Module 3. Communication ports and protocols

Start date: 1/28/19 12:00 AM

End date: 12/31/99 1:00 AM

Module 4. Networked control systems Module 4. Networked control systems

Start date: 2/4/19 12:00 AM

End date: 12/31/99 1:00 AM

Module 5. Location and storage Module 5. Location and storage

Start date: 2/11/19 12:00 AM

End date: 12/31/99 1:00 AM

Module 6. Data representation and new technologies Module 6. Data representation and new technologies

Start date: 2/18/19 12:00 AM

End date: 12/31/99 1:00 AM

Module 7. Final project Module 7. Final project

Start date: 2/25/19 12:00 AM

End date: 12/31/99 1:00 AM