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Research into open architectures for providing sensor data to help with flood preparedness
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2. Content
3. Risk Preparedness and the Sensor Web 4. The Requirements 5. Architecture for and Open Risk System 6. Continued Research Content 7. Informal Settlements
8. Development are characterised by:
9. Unstructured 10. Unplanned Introduction 11. Floods in Africa
12. The effects go beyond death and extend to quality of life Introduction 13. Flood Preparedness
14. Acquire 50/100 year flood lines 15. Continuous analyses to raise an alert when they coincide with flood lines Floods Preparedness 16. The Sensor Web An open complex adaptive system organised as a network of open sensor resources, which pervades the internet and provides external access to sensor resources. By open sensor resources, we include any open system, including sensor networks that are a source of sensor data or sensor meta-data (van Zyl, Simonis, and Mcferren, 2008). The Sensor Web 17. The Sensor Web 18. The Use Cases Requirements 19. Non-Functional Requirements
20. Standards such as OGC The system should be web based
The system should be adaptive
Requirements 21. Architecture
22. Informal Settlements Services View
23. Flood-lines SOS 24. Risk SOS and SAS Architecture 25. GEOSS The System of Systems Approach Where a system is a collection of components Architecture 26. Continued Research
27. Mechanism to automatically and continuously arrive at flood-lines using DEM and GRID 28. Attaining community buy in untrusted technologies Continued Research 29. Thank-You Questions? Please email me. [email_address]