Changes between Version 78 and Version 79 of Event/2014/IOTX/cap-codefest-2014

Timestamp:

05/15/14 08:59:29 (11 years ago)

Author:

Nuwan Waidyanatha

Comment:

--

Event/2014/IOTX/cap-codefest-2014

@@ -63 +63 @@
 * Demonstrate the working solution
 ==== (B) Validating parameters carrying scientific data ====
+===== NON-CODING =====
+(B.1) Develop a database of scientific parameter formats
+* Identify commonly used scientific measures for the following hazard events
+     * (B.1.1) Volcanic eruption
+     * (B.1.2) Flash Floods
+     * (B.1.3) Storm surge
+     * (B.1.4) Landslide
+     * (B.1.5) Typhoon
+     * (B.1.6) Chemical spill
+     * (B.1.7) Maritime accident
+     * (B.1.8) Forest fire
+     * (B.1.9) TBA
+     * (B.1.10) TBA 
+===== CODING =====
+(B.2) Develop a data structure and a GUI for managing relationships between the various ordered encoding of scientific 
+* e.g. wave-height would imply the ocean wave height but it can be in centimetres, meters, or inches
+* possibly modelled as a pair object-property; where object is the wave and property is height)
 
-(B.1) Identify 5 to 10 sets of, hazard event specific, commonly used scientific measures
+(B.3) Build the API for CAP publishers and subscribers to validate the scientific measures - task B.5 depends on this task
+* The scientific measures are exchanged through CAP <parameter> elements
+* API should parse the elements and then validate their conformity
 
-(B.2) Develop a data structure for managing relationships between the various ordered encoding of scientific measures (e.g. wave-height would imply the ocean wave height; possibly modeled as a pair object-property; where object is the wave and property is height)
-
-(B.3) Build the API for CAP publishers and subscribers to validate the scientific measures. The scientific measures are exchanged through CAP <parameter> elements.
-
-(B.4) Programmers from the four CAP-enabled software tools would submit their <parameter> element data through the API to match with an existing object and property.
+(B.5) Test the validation Programmers from the four CAP-enabled software tools would submit their <parameter> element data through the API to match with an existing object and property.
 
 (B.5) The individual CAP-enabled software tools can exchange various CAP messages with <parameter> element values and the cross validated with the Sahana-Eden validation service.