Changes between Version 78 and Version 79 of Event/2014/IOTX/cap-codefest-2014
- Timestamp:
- 05/15/14 08:59:29 (10 years ago)
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Event/2014/IOTX/cap-codefest-2014
v78 v79 63 63 * Demonstrate the working solution 64 64 ==== (B) Validating parameters carrying scientific data ==== 65 ===== NON-CODING ===== 66 (B.1) Develop a database of scientific parameter formats 67 * Identify commonly used scientific measures for the following hazard events 68 * (B.1.1) Volcanic eruption 69 * (B.1.2) Flash Floods 70 * (B.1.3) Storm surge 71 * (B.1.4) Landslide 72 * (B.1.5) Typhoon 73 * (B.1.6) Chemical spill 74 * (B.1.7) Maritime accident 75 * (B.1.8) Forest fire 76 * (B.1.9) TBA 77 * (B.1.10) TBA 78 ===== CODING ===== 79 (B.2) Develop a data structure and a GUI for managing relationships between the various ordered encoding of scientific 80 * e.g. wave-height would imply the ocean wave height but it can be in centimetres, meters, or inches 81 * possibly modelled as a pair object-property; where object is the wave and property is height) 65 82 66 (B.1) Identify 5 to 10 sets of, hazard event specific, commonly used scientific measures 83 (B.3) Build the API for CAP publishers and subscribers to validate the scientific measures - task B.5 depends on this task 84 * The scientific measures are exchanged through CAP <parameter> elements 85 * API should parse the elements and then validate their conformity 67 86 68 (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) 69 70 (B.3) Build the API for CAP publishers and subscribers to validate the scientific measures. The scientific measures are exchanged through CAP <parameter> elements. 71 72 (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. 87 (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. 73 88 74 89 (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.