Скачать с ютуб Mobile data systems for collecting scientific and operational information (SAEON Seminar, 6 May '22) в хорошем качестве

Mobile data systems for collecting scientific and operational information (SAEON Seminar, 6 May '22)

Presenter: Hayden Wilson (uLwazi Node) Title: Developing mobile data systems for the collection of scientific and operational information - Lessons learnt from developing the SMCRI Operational Information Management System. Abstract: With the advent of powerful mobile devices, in-field data collection has become increasingly accessible and integrated. Technologies such as XForrm allow for end users with familiarity in excel to easily design and deploy web applications to mobile devices, allowing for standardised field applications to be deployed to multiple devices. These applications are responsive and allow for both online and offline data submissions. Within SAEON, as the number of instruments deployed and sites that are being monitored increases, there is an increasing administrative burden being placed on technicians to service and maintain equipment that has been deployed into the field. Additionally, there is a need to maintain detailed field records, notes and metadata so that data provenance is maintained. Previously, this has been achieved through a combination of field notes and lengthy spreadsheets that are maintained by the technicians, however, these systems become increasingly onerous to maintain as the complexity of the systems that are deployed to the field increases. Additionally, as these systems rely on spreadsheets, version control of the spreadsheets itself adds to the technicians administrative load. Furthermore, due to the spatial extent of our monitoring sites and the varied service schedule associated with the different instrument types, field trip planning and instrument service scheduling needs to be performed in an automated fashion. This presentation will showcase the operational information system that is being developed for the Shallow Marine Coastal Research Infrastructure (SMCRI) and discuss how the various aspects of the system are integrated with existing workflows to provide technicians with a system for standardised operational data collection. The systems behind the SMCRI Operational Information system are scalable and can be adapted to a variety of use cases, allowing for novel use cases to be developed within SAEON for both scientific and operational data collection.