Description of work (numbers after participants denote person months) For all country-specific situations experiments with simulated data (twin experiments) are performed. Input to both the geo-statistical analysis and the data assimilation analysis are the simulated data sets of WP1 A Development of optimal monitoring strategies for regional situations
- Prepare data from WP1 (Threat Analysis) from event/scenario calculations for input into the optimisation software (HMGU 0.5, UOM 3, Risoe 0.8)
- Integrate information from end users on the availability and intended use of fixed and mobile measuring devices into the optimisation strategies (HMGU 1.5, UOM 1, SCK•CEN 1, NRPA 2)
- With input from the end users (i.e. the results of the elicitation workshop) translate the success criteria for optimal networks into cost functions for country-specific situations (HMGU 1, UOM 1, SCK•CEN 1, NRPA 2)
- Minimise appropriate cost functions for specific countries with optimisation algorithms to identify optimal network layouts including the application of mobile devices (UOM 1.5, HMGU 3, FZK 1, SCK•CEN 1)
- Drawing on the expertise of the INTAMAP project, identify and adapt fast and reliable geo-statistical interpolation algorithms (kriging, inverse distance weighting) for the mapping of the surface contamination (UOM 2, HMGU 2)
- For selected deposition patterns (dry, wet, mixed) and network densities create maps of surface contamination using geo-statistical interpolation (UOM 1.5, HMGU 2, FZK 1)
- Apply the DA methodologies to improve contamination maps by model results using appropriate DA tools (HMGU 2)
- Demonstrate the added value of data assimilation in terms of accuracy, earlier availability a/o consistency checking (HMGU 1)
- Perform optimisation calculations on the lifting of countermeasures (one country only) (SCK•CEN 1)
- Perform optimisation calculations for the non-accidental release scenario based on measured GDR and meteorological data (SCK•CEN 1.6)
B Development of a JAVA-based planning tool
· Set up a data base with results from the optimisation calculations as input for the planning tool (FZK 0.5) · Develop the software for the planning tool in JAVA (FZK 6.5) · Write user guide for the planning tool (FZK 0.5) |