Difference between revisions of "WhereTheFaoAmI"
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=== Hypothesis === | === Hypothesis === | ||
| − | The iMarine infrastructure is able to offer a responsive (10 ms), accurate (within 0.01 degree) WPS based webservice that informs on the FAO Area that contains a lat / long. | + | The iMarine infrastructure is able to offer a responsive (10 ms), accurate (within 0.01 degree) WPS based webservice that informs on the FAO Area that contains a lat / long. |
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| + | This hypothesis can be tested by e.g. adding a feature to find the FAO area to the NKUA mobile Application or iMarine web-site. | ||
=== Prediction === | === Prediction === | ||
Revision as of 10:12, 15 May 2014
WhereTheFaoAmI Experiment
Many modern applications require geospatial position information which is either retrieved from the device on which the app runs (Mobile phones / tablets), or from a connected GPS receiver.
Although there is no single standard for the position details, most devices can produce a lat / long pair.
In fisheries, it is important for reporting and research to understand in what FAO area an observation was made. This requires precise spatial inforamtion that is too large to be included in full detail in a device.
Hypothesis
The iMarine infrastructure is able to offer a responsive (10 ms), accurate (within 0.01 degree) WPS based webservice that informs on the FAO Area that contains a lat / long.
This hypothesis can be tested by e.g. adding a feature to find the FAO area to the NKUA mobile Application or iMarine web-site.
