1 / 10

WP5

WP5. Data integration and tool development. Objective of WP 5. To manage data in a standardised manner and make data suitable for post processing.

noura
Download Presentation

WP5

An Image/Link below is provided (as is) to download presentation Download Policy: Content on the Website is provided to you AS IS for your information and personal use and may not be sold / licensed / shared on other websites without getting consent from its author. Content is provided to you AS IS for your information and personal use only. Download presentation by click this link. While downloading, if for some reason you are not able to download a presentation, the publisher may have deleted the file from their server. During download, if you can't get a presentation, the file might be deleted by the publisher.

E N D

Presentation Transcript


  1. WP5 Data integration and tool development

  2. Objective of WP 5 • To manage data in a standardised manner and make data suitable for post processing. • To derive general rules for relationships between foreshore and flood plain characteristics and wave attenuation, bed stability and levee design. • To design, develop and validate a software prototype in close collaboration with end-users. • To ensure end-user commitment and involvement in tool design and testing.

  3. The Tasks • Task 5.1. Data standardisation and data management MI-SAFE Processed data Geodatabase All other data Raw data

  4. The Tasks • Task 5.1. Data standardisation and data management

  5. The Tasks • Task 5.1. Data standardisation and data management • Task 5.2. Link physical data with field derived vegetation data and scale-up using satellite images Algorithms Measurement data General rules Vegetation/soil data Foreshore

  6. The Tasks • Task 5.1. Data standardisation and data management • Task 5.2. Link physical data with field derived vegetation data and scale-up using satellite images • Task 5.3 Translation of generalised rules to design of flood defences Water level General rules Output parameters Water height … Area/Euro’s/Design Foreshore Boundary conditions

  7. The Tool -Vulnerability maps -Hazard maps -Damage costs -… -Elevation transect -Biomass distribution -… -Show wave spectra -Indicate breaking -… Output System -Water level -Wave height -biomass -wave attenuation -height/length -return period -wave height -wave period -water level -bathymetry -tides Input Parameters Processed information Hydraulic boundary conditions End-user output

  8. The Tasks • Task 5.1. Data standardisation and data management • Task 5.2. Link physical data with field derived vegetation data and scale-up using satellite images • Task 5.3 Translation of generalised rules to design of flood defences • Task 5.4 Agile end-user consultation process (UCA) • Task 5.5 End-user driven software design and development

  9. The Tasks • Task 5.1. Data standardisation and data management • Task 5.2. Link physical data with field derived vegetation data and scale-up using satellite images • Task 5.3 Translation of generalised rules to design of flood defences • Task 5.4 Agile end-user consultation process (UCA) • Task 5.5 End-user driven software design and development • Task 5.6 End-user driven business plan development (UCA)

  10. The Deliverables (in the first year) • D5.1 Description of data standardisation & management protocols (month 5) • D5.9 Description of end-user tool software development process (month 6) • D5.6 First end-user-partner consultation report (month 8) • D5.10 Description of system requirements and design (month 10) • D5.13 Business plan template (month 11)

More Related