Editing Report for best practices on robust telecom/data transmission
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{{Infobox | {{Infobox | ||
| project = ENVRIplus | | project = ENVRIplus | ||
| − | | image = ENVRIplus logo.jpg | + | | image = File:ENVRIplus logo.jpg |
| deliverable-nr = D3.3 | | deliverable-nr = D3.3 | ||
| submission-date = 2017-04-30 | | submission-date = 2017-04-30 | ||
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| pdf = | | pdf = | ||
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| − | | url = | + | | url = http://www.envriplus.eu/wp-content/uploads/2015/08/D3.3.pdf |
}} | }} | ||
Near-Real-Time (NRT) data transmission from distant observatory or sensor locations to data processing centre is a common feature shared by almost all ENVRIplus Research Infrastructures (RI) and is essential for rapid quality checking for the benefit of RI operators. NRT data transmission and quality control procedures are left to independent choices of the RIs responding to their specific needs and availability of infrastructural resources. However, a common approach to those NRT technologies would be extremely useful to coordinate response of RIs in case of environmental crisis. This document summarizes some key technologies used for data transmission, their availability, capabilities (in terms of bandwidth) and associated costs. It analyses requirements of research infrastructures and gives a summary of RIs best practises with respect to data transmission. Guided by the ENVRI Reference Model, further, potential harmonisation and standardisation approaches are discussed und special consideration of available sensor metadata standards and data transmission formats. In addition, common near real time quality routines and algorithms are presented. | Near-Real-Time (NRT) data transmission from distant observatory or sensor locations to data processing centre is a common feature shared by almost all ENVRIplus Research Infrastructures (RI) and is essential for rapid quality checking for the benefit of RI operators. NRT data transmission and quality control procedures are left to independent choices of the RIs responding to their specific needs and availability of infrastructural resources. However, a common approach to those NRT technologies would be extremely useful to coordinate response of RIs in case of environmental crisis. This document summarizes some key technologies used for data transmission, their availability, capabilities (in terms of bandwidth) and associated costs. It analyses requirements of research infrastructures and gives a summary of RIs best practises with respect to data transmission. Guided by the ENVRI Reference Model, further, potential harmonisation and standardisation approaches are discussed und special consideration of available sensor metadata standards and data transmission formats. In addition, common near real time quality routines and algorithms are presented. | ||
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{{DocumentMetadata | {{DocumentMetadata | ||
| pdf = | | pdf = | ||
| − | | url = | + | | url = http://www.envriplus.eu/wp-content/uploads/2015/08/D3.3.pdf |
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[[Category:Report]] | [[Category:Report]] | ||
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| − | [[Category: | + | [[Category:Atmosphere]][[Category:Ecosystem]][[Category:Marine]][[Category:Solid Earth]] |
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[[Category:Time Series]][[Category:Data Transmission]][[Category:Data Transmission]][[Category:Near Real-Time]][[Category:Sensor Metadata Standards]] | [[Category:Time Series]][[Category:Data Transmission]][[Category:Data Transmission]][[Category:Near Real-Time]][[Category:Sensor Metadata Standards]] | ||
