Line 1 was replaced by line 1 |
- !!! TransducerML |
+ !!! TransducerML and possible mechanism integration |
At line 2 added 9 lines. |
+ !Demos |
+ |
+ * [IRIS Sensor Observation Service|http://demo.transducerml.org:8080/ogc/] |
+ ''Argon ST IRIS Group SOS provides front end for accessing live TML data streams.'' |
+ |
+ |
+ |
+ !!Excerpts from TML documents |
+ |
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- !!7.4 Live and Historical Streaming Data |
+ !7.4 Live and Historical Streaming Data |
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- !!7.13 TML data stream |
+ !7.13 TML data stream |
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- !!7.20 TML and binary data |
+ !7.20 TML and binary data |
At line 35 added 23 lines. |
+ |
+ |
+ ---- |
+ !!!Aditional notes |
+ |
+ ! Integration |
+ In the context of the SOS getObservation operation: |
+ [http://reap.ecoinformatics.org/attach?page=SWE%2FGetstream.jpg] |
+ |
+ I think there are some possible alternatives for integration of the various mechanisms, roughly illustrated in this diagram: |
+ [http://www.gliffy.com/pubdoc/1334297/L.jpg] |
+ |
+ That is: |
+ * A TML stream as a wrapper for the original, native stream |
+ * A TML stream as a wrapper for the RBNB stream |
+ * An RBNB stream directly |
+ * Combine TML/RBNB with TML's out-of-band capability. |
+ * SOS Feeder used to update the SOS db. |
+ |
+ |
+ !Implementation |
+ As there seem to be no available software to consume/produce TML data, I went ahead with some [preliminary tests of a JABX-based databinding for TML|http://comet.cs.ucdavis.edu/wiki/index.php/TmlJaxb]. |
+ |