OGC SWE-based Data Acquisition System Development for EGIM on EMSODEV EU Project

H-2020,Contract 676555

Daniel Mihai Toma (UPC), Javier Cadena (UPC), Ikram Bghiel (UPC), Enoc Martínez (UPC), Marc Nogueras (UPC), J. del Rio (UPC), Óscar Garcia (CSIC), Jordi Sorribas(CSIC), J.J. Dañobeitia

(CSIC), J. Piera (CSIC)

EGIM

OUTLINE

EMSODEV objectives

EMSO network description

EGIM SWE-based Data Acquisition System

– SOS implementation

– SES implementation

Next steps…

OBJECTIVES

GENERAL OBJECTIVE The full implementation and operation of the EMSO Research Infrastructure

(RI) through the development, testing and deployment of an EMSO Generic Instrument Module (EGIM)

SPECIFIC OBJECTIVES: To design and implement a state-of-the-art the standardized multidisciplinary EMSO

Generic Module

To test, calibrate and validate EGIM to ensure the maximum quality, long-term stability and reliability for this innovative DISTRIBUTED INFRASTRUCTURE

To use the Big ocean Data to strengthen data management and delivery backbone of the EMSO- RI

To promote the endorsement of the project results and establishing public-private partnerships links with industry and SMEs, and communicate and disseminate the results to a broad audience ( society, stake holders, agencies, etc.)

Earths interactions hydrosphere, biosphere, lithosphere, atmosphere

Geohazard and early warning for earthquakes ,tsunamis, gas-hydrates release,

Interactions between ecosystems , biodiversity,

biogeochemistry physic and climate for e.g.

understanding present and past climate changes?

Impact of exploration and extraction of natural resources and living

resources

Observation on how Natural and Anthropogenic

changes

Scientific & Societal demand for Environmental Marine Research Infrastructures

Facilitating the Blue Economy

Connecting scientific outcomes to stake holders and policy makers

Obsea

Kol jö Fjord

Molène

SmartBay

THE NETWORK : EMSO-ERIC EMSO ERIC Regional Nodes; 11 nodes & 4 test sites

International Dimension

Ocean Networks Canada DONET Japan

IMOS Australia

MACHO Taiwan

ECSSOS China

OOI United States

SOS as Gateway for EGIM

Data Acquisition Components

SWE Agent Process

SWE Agent States

SES Web Service for Real-Time Push Delivery of Gathered EGIM Data

• The main problem found is that it’s no possible to use the SES package with our SOS version.

• Between SOS and SES there is a ‘feeder’ (SOS-SES feeder) that it not yet implemented, and only works with old SOS versions.

• This piece of code is required for the dialogue between SOS and SES applications. Therefore we leave it for the moment until the Feeder implementation will be updated.

Sensor Event Service for EGIM trough Zabbix • Zabbix is designed for monitoring availability and performance of IT

infrastructure components.

• Centralised monitoring system using active or passive agents for requesting or receiving from hosts.

• In our scenario we use Zabbix agents to retrieve information about each virtual machine, and the observations from EGIM system retrieved by the acquisition agents.

• If a trigger has been configured for this data, the system will check the rule configuration and informs of any status change.

• We have configured alarms for critical data such as the internal temperature, internal humidity, power consumption and water leak. In case of any reporting alarm occurs, we arranged a email account to receive a message every time the trigger switch on or off in the system, informing the sensor data involved and some more detailed information.

Sensor Event Service for EGIM trough Zabbix

Next Steps

Get the SES working with the SOS Server

Upgrade the SensoML and SWE Agent to work

directly with binary protocols

Improve the use of the vocabulary in the SensorML

of all EGIM system

Implement the QC/QA for all EGIM data

Implement the SPS for EGIM platform and

instruments

Thanks