Monitoring of Critical Assets

Michele Albano, José Manuel Abete, Iban Barrutia Inza, Vito Cucek, Karel De Brabandere, Ander Etxabe, Iosu Gabilondo, Cicek Guven, Mike Holenderski, Aitzol Iturrospe, Erkki Jantunen, Luis Lino Ferreira, István Moldován, Jon Olaizola, Eneko Saenz de Argandona, Babacar Sarr, Sören Schneickert, Rafael Socorro, Hans Sprong, Marjan SterkRaúl Torrego, Godfried Webers, Achim Woyte

Research output: Chapter in Book/Report/Conference proceedingChapter or book articleScientificpeer-review

Abstract

Sensors used in the MANTIS project must be able to measure the physical phenomenon relevant for the assets’ condition. Examples of this include temperature, light intensity, pressure, fluid flow, velocity, and force among others. Anyhow, it is not a trivial problem for a given installation, where an adequate measurement solution must be chosen or developed in order to accurately and robustly acquire data about the physical process related to each MANTIS use cases [Jantunen et al., 2017].
Another relevant matter is the cost of the monitoring solution. Industry is always aiming for cost savings and a better market positioning. Therefore, new technological solutions such as WSNs have become a strategic asset in this context, increasing the interest of the industrial companies. This type of sensor networks is used to share information with the purpose of increasing productivity, gathering data for developing future technological improvements and/or detecting/predicting maintenance issues. Moreover, even when a single sensor is considered instead of a WSN, the use of wireless communications provides flexibility, installation ease, weight reduction, which makes them suitable for many applications, conditions and situations.
Industrial environments usually have hostile site conditions, both for the sensors themselves and for the wireless communication systems, and a section is devoted to the analysis of the issues and the solutions raising in these environments.
Finally, a section is focused on the intelligent functions that can be offered by CPS, both to preprocess collected data and to support the CPS itself.
Original languageEnglish
Title of host publicationThe MANTIS Book, Cyber Physical System Based Proactive Collaborative Maintenance
EditorsMichele Albano, Erkki Jantunen, Gregor Papa, Urko Zurutuza
PublisherRiver Publishers
Chapter4
Pages93-144
Number of pages52
ISBN (Electronic)978-87-93609-84-6
ISBN (Print)978-87-93609-85-3
DOIs
Publication statusPublished - 22 Dec 2018
MoE publication typeA3 Part of a book or another research book

Fingerprint

Monitoring
Sensors
Flow velocity
Sensor networks
Costs
Flow of fluids
Industry
Communication systems
Productivity
Communication
Temperature

Cite this

Albano, M., Abete, J. M., Barrutia Inza, I., Cucek, V., De Brabandere, K., Etxabe, A., ... Woyte, A. (2018). Monitoring of Critical Assets. In M. Albano, E. Jantunen, G. Papa, & U. Zurutuza (Eds.), The MANTIS Book, Cyber Physical System Based Proactive Collaborative Maintenance (pp. 93-144). River Publishers. https://doi.org/10.13052/rp-9788793609846
Albano, Michele ; Abete, José Manuel ; Barrutia Inza, Iban ; Cucek, Vito ; De Brabandere, Karel ; Etxabe, Ander ; Gabilondo, Iosu ; Guven, Cicek ; Holenderski, Mike ; Iturrospe, Aitzol ; Jantunen, Erkki ; Lino Ferreira, Luis ; Moldován, István ; Olaizola, Jon ; Saenz de Argandona, Eneko ; Sarr, Babacar ; Schneickert, Sören ; Socorro, Rafael ; Sprong, Hans ; Sterk, Marjan ; Torrego, Raúl ; Webers, Godfried ; Woyte, Achim. / Monitoring of Critical Assets. The MANTIS Book, Cyber Physical System Based Proactive Collaborative Maintenance. editor / Michele Albano ; Erkki Jantunen ; Gregor Papa ; Urko Zurutuza. River Publishers, 2018. pp. 93-144
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Albano, M, Abete, JM, Barrutia Inza, I, Cucek, V, De Brabandere, K, Etxabe, A, Gabilondo, I, Guven, C, Holenderski, M, Iturrospe, A, Jantunen, E, Lino Ferreira, L, Moldován, I, Olaizola, J, Saenz de Argandona, E, Sarr, B, Schneickert, S, Socorro, R, Sprong, H, Sterk, M, Torrego, R, Webers, G & Woyte, A 2018, Monitoring of Critical Assets. in M Albano, E Jantunen, G Papa & U Zurutuza (eds), The MANTIS Book, Cyber Physical System Based Proactive Collaborative Maintenance. River Publishers, pp. 93-144. https://doi.org/10.13052/rp-9788793609846

Monitoring of Critical Assets. / Albano, Michele; Abete, José Manuel; Barrutia Inza, Iban; Cucek, Vito; De Brabandere, Karel; Etxabe, Ander; Gabilondo, Iosu; Guven, Cicek; Holenderski, Mike; Iturrospe, Aitzol; Jantunen, Erkki; Lino Ferreira, Luis; Moldován, István; Olaizola, Jon; Saenz de Argandona, Eneko; Sarr, Babacar; Schneickert, Sören; Socorro, Rafael; Sprong, Hans; Sterk, Marjan; Torrego, Raúl; Webers, Godfried; Woyte, Achim.

The MANTIS Book, Cyber Physical System Based Proactive Collaborative Maintenance. ed. / Michele Albano; Erkki Jantunen; Gregor Papa; Urko Zurutuza. River Publishers, 2018. p. 93-144.

Research output: Chapter in Book/Report/Conference proceedingChapter or book articleScientificpeer-review

TY - CHAP

T1 - Monitoring of Critical Assets

AU - Albano, Michele

AU - Abete, José Manuel

AU - Barrutia Inza, Iban

AU - Cucek, Vito

AU - De Brabandere, Karel

AU - Etxabe, Ander

AU - Gabilondo, Iosu

AU - Guven, Cicek

AU - Holenderski, Mike

AU - Iturrospe, Aitzol

AU - Jantunen, Erkki

AU - Lino Ferreira, Luis

AU - Moldován, István

AU - Olaizola, Jon

AU - Saenz de Argandona, Eneko

AU - Sarr, Babacar

AU - Schneickert, Sören

AU - Socorro, Rafael

AU - Sprong, Hans

AU - Sterk, Marjan

AU - Torrego, Raúl

AU - Webers, Godfried

AU - Woyte, Achim

PY - 2018/12/22

Y1 - 2018/12/22

N2 - Sensors used in the MANTIS project must be able to measure the physical phenomenon relevant for the assets’ condition. Examples of this include temperature, light intensity, pressure, fluid flow, velocity, and force among others. Anyhow, it is not a trivial problem for a given installation, where an adequate measurement solution must be chosen or developed in order to accurately and robustly acquire data about the physical process related to each MANTIS use cases [Jantunen et al., 2017].Another relevant matter is the cost of the monitoring solution. Industry is always aiming for cost savings and a better market positioning. Therefore, new technological solutions such as WSNs have become a strategic asset in this context, increasing the interest of the industrial companies. This type of sensor networks is used to share information with the purpose of increasing productivity, gathering data for developing future technological improvements and/or detecting/predicting maintenance issues. Moreover, even when a single sensor is considered instead of a WSN, the use of wireless communications provides flexibility, installation ease, weight reduction, which makes them suitable for many applications, conditions and situations.Industrial environments usually have hostile site conditions, both for the sensors themselves and for the wireless communication systems, and a section is devoted to the analysis of the issues and the solutions raising in these environments.Finally, a section is focused on the intelligent functions that can be offered by CPS, both to preprocess collected data and to support the CPS itself.

AB - Sensors used in the MANTIS project must be able to measure the physical phenomenon relevant for the assets’ condition. Examples of this include temperature, light intensity, pressure, fluid flow, velocity, and force among others. Anyhow, it is not a trivial problem for a given installation, where an adequate measurement solution must be chosen or developed in order to accurately and robustly acquire data about the physical process related to each MANTIS use cases [Jantunen et al., 2017].Another relevant matter is the cost of the monitoring solution. Industry is always aiming for cost savings and a better market positioning. Therefore, new technological solutions such as WSNs have become a strategic asset in this context, increasing the interest of the industrial companies. This type of sensor networks is used to share information with the purpose of increasing productivity, gathering data for developing future technological improvements and/or detecting/predicting maintenance issues. Moreover, even when a single sensor is considered instead of a WSN, the use of wireless communications provides flexibility, installation ease, weight reduction, which makes them suitable for many applications, conditions and situations.Industrial environments usually have hostile site conditions, both for the sensors themselves and for the wireless communication systems, and a section is devoted to the analysis of the issues and the solutions raising in these environments.Finally, a section is focused on the intelligent functions that can be offered by CPS, both to preprocess collected data and to support the CPS itself.

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U2 - https://doi.org/10.13052/rp-9788793609846

DO - https://doi.org/10.13052/rp-9788793609846

M3 - Chapter or book article

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SP - 93

EP - 144

BT - The MANTIS Book, Cyber Physical System Based Proactive Collaborative Maintenance

A2 - Albano, Michele

A2 - Jantunen, Erkki

A2 - Papa, Gregor

A2 - Zurutuza, Urko

PB - River Publishers

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Albano M, Abete JM, Barrutia Inza I, Cucek V, De Brabandere K, Etxabe A et al. Monitoring of Critical Assets. In Albano M, Jantunen E, Papa G, Zurutuza U, editors, The MANTIS Book, Cyber Physical System Based Proactive Collaborative Maintenance. River Publishers. 2018. p. 93-144 https://doi.org/10.13052/rp-9788793609846