Titlebook: CONTROLO 2022; Proceedings of the 1 Luís Brito Palma,Rui Neves-Silva,Luís Gomes Conference proceedings 2022 The Editor(s) (if applicable) a

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Industrial Automation Home-Lab (IAH-Lab) for?Teaching/Learning During Covid-19 Pandemico online or hybrid education and training. In this paper, the authors propose a new pedagogic methodology for teaching and learning based on a remote industrial automation laboratory located in the teacher’s house, to which it was given the acronym IAH-Lab. The main contributions are the proposed re

medieval

Providing the Key Ingredients of an Edge PaaS for Supporting and Facilitating the Development of Smao provide “awareness” about the status of the system. To do that distributed computing schemes have been applied based on decentralized communications, data collection, extractions, loading and analysis. These schemas are totally aligned with the Edge Computing (EC) paradigm. EC is an emerging parad

llibretto

Reconfigurable Sensor Node Applied to?LoRa Networksbased their success on the use of technologies such as LPWAN. Despite this, existing devices are usually developed for a specific use, limiting their application. This paper proposes a reconfigurable sensor node, adaptable to different applications, to be handled by a common user. In this way, the r

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Prototyping and?Control of?an?Automatic Ceramic Tableware Finishing Deviceope of STC 4.0 HP project. The main objective of this prototype is to test different alternatives to obtain a precise finish on ceramic pieces produced by GRESTEL - PRODUTOS CER?MICOS S.A, improving the production of irregular pieces that until now are finished using manual labor. This is why the im

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Industrial Automation Home-Lab (IAH-Lab) for?Teaching/Learning During Covid-19 Pandemicmote teaching/learning methodology, the architectures, and new remote setup (IAH-Lab) mounted for this purpose. Simulations and experimental results elucidate the potential and performance of the proposed remote laboratory (IAH-Lab).

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stability. The success of the proposed solutions is measured by analysing, resorting to realistic numerical simulations, the capacity of the NMPC to achieve the stopping criterion in minimal time and effort and of the LQR to drive and maintain the attitude error to a maximum of 36 arcsec, both of which are achieved.

FLOAT

16S-Hydroxy-22-,-cycloartane-3, 20-dione The paper describes the architecture of the system, the hardware implementation, and the data acquisition and blockchain software for the critical data generated by the smart lysimeter system, at the edge computing level.

Essential

25,26,27-,-3-oxo-cycloartan-24-ale rotating sponge and measurement sensors. In addition a PID based control is used to control the system. Once the prototype has been designed and assembled a series of tests and measurements were carried out leading to the conclusion that the proposed approach is adequate to meet the design requirements for this prototype.