GeoBliki's Blog

If you wondered what OGC OWS-4 was about… check the video out.

• Start Interactive Demonstration
• Go to Demonstrations and select “Earth Observation”

You can look at workflow!.

By the way, we are working on a leaner, standards-based approach to workflows based on OpenWFE and a yet-to-be-announced open-source web-based designer.

Stay tuned!

Based on tasking done using the SPS, the data was successfully downloaded and quickly processed.

If you subscribed to the EO1 OGC Pubsub Service for “Port Newark”, you have received 2 emails to alert you that the hyperspectral and multi-spectral low-resolution images have just been processed and are available for a quick look.

HIgh resolution imagery will be available in a few days…

Note that using latitude and longitude information, GeoBliki automatically adds addtional meta-data from geonames.net.

Hyperion Notification:

ALI Notification:

Here is the a snap of the JPL site showing the priority replacement record has been successfully loaded onto EO-1.

Here is the a snap of the JPL site showing the priority replacement record has been successfully loaded onto EO-1.

Simulating an incident at the Newark Port Authority, the NASA EO-1 satellite is called in for support.

After checking availability and feasibilities of an observation of Port Newark, an opportunity was selected and a high priority tasking request was submitted for the EO1 satellite Hyperion instrument centered at the target location.

Using the OGC Sensor Planning System Specification & the Sensor Web Enabled (SWE) data node: eo1.geobliki.com, a priority replacement target record was issued at: 2006-342/15:21:21

An automated email from the Jet Propulsion Laboratory was received upon successful replacement of the target request in the ground queue.

Tonight, the tasks will be uploaded to the satellite. The onboard scheduler will automatically regenerate the sequencing of the instruments onboard without any human intervention using the Autonomous Sciencraft Experiment (JPL/CASPER).

Level 1G Hyperspectral Data will be made available within 12 hours by USGS and served by the GeoBliki Sensor Observation Service. A subset of the 242 available hyperspectral bands will be available on-demand.

An automated BPEL script from GMU GeoBrain will start the processing of the subsetted data. This processing has been tailored to detect potential flood coverage in the area. A GeoTIFF image will generated and dispayed on a web client.

The relevant web services have all been registered in the NASA Earth Sciences Catalog to allow for systematic discovery.

For more information, please contact Stu Frye, Dan Mandl,
Steve Chien or myself.