Impedances: duration, cost, probability
Description
The use case Var Flooding ...
Knowledge base (KB - frozen world)
The frozen models
| FunctionsContext And Partners | Objectives |
|---|---|
|
|
The predefined links between one objective and one function from the knowledge base:
| Function | -satisfies-> | Objective | ||
|---|---|---|---|---|
| Prepare and activate crisis cells | 100% | prevent a lack of preparation in the event of a major flood | ||
| Prepare for evacuation | 100% | prevent a lack of time in the event of an evacuation | ||
| Evacuate city, monitor dykes | 100% | prevent mass casualties | ||
| Assist people and secure traffic | 100% | treat dyke failure | ||
| Rebuild and ensure network recovery | 100% | treat drinking water cuts, power cuts, homelessnessF_Clearance of public roads | 100% | Treat F_Blocked municipal road |
| F_Personal assistance with vital emergency | 100% | Treat F_Victim with vital emergency | ||
| F_Personal assistance in aquatic environment | 100% | Treat F_Victim in aquatic environment |
World as an input
The Context
The stakeholders
Predefined links to the knowledge base
| Function | -near-> | Frozen function (KB) |
|---|---|---|
| Save and rescue | 100% | Save and rescue |
| Evacuate | 100% | Evacuate |
| Lunch evacuation? (decision) | 100% | Lunch evacuation? (decision) |
| Etc. | Etc. | Etc. |
Objective and process to be deduced before the flood peak
- Lunch and start "Orleans Vigicrues" Sensor
- Synchronize
- Lunch the deduction of the process with the Satisfaction strategy for Crisis
The sensors
The objectives models
The strategy of process deduction
Expected process
Projected situation
+ 80h