The Healthy Waterways Partnership MSE A Catchment-to-Coast approach to MSE

1. The Healthy Waterways Partnership MSEA Catchment-to-Coast approach to MSE Wealth from Oceans Leo Dutra and Sharon Tickell CMAR - Cleveland 21 May 2009

2. Presentation Overview • Aims • Present the context for an integrated C2C biophysical model in SE Queensland • Demonstrate the architecture of the HWP-MSE to integrate models • Organisation • Southeast Queensland and the Healthy Waterways Partnership • C2C-MSE • Discuss & demonstrate how models will be linked in the HWP-MSE The Healthy Waterways Partnership MSE

3. Southeast Queensland The Healthy Waterways Partnership MSE

4. The Healthy Waterways Partnership • What is the Partnership? • The vision “By 2026, our waterways and catchments will be healthy ecosystems supporting the livelihoods and lifestyles of people in South East Queensland, and will be managed through collaboration between community, government and industry” • The Strategy The Healthy Waterways Partnership MSE

5. Adaptive Management and MSE The Healthy Waterways Partnership MSE

6. Management Strategy Evaluation The Healthy Waterways Partnership MSE

7. Management Strategy Evaluation The Healthy Waterways Partnership MSE

8. Why an IC2C biophysical for the HWP-MSE? • The Partnership established target for constituents (N, P, TSS) to improve and maintain the health of the waterways in SEQ. • Therefore, an IC2C biophysical model is fundamental to test realistic scenarios in relation to the targets in SEQ. The Healthy Waterways Partnership MSE

9. Implementing the HWP-MSE How do we get from this: …to this: ? ? To THIS? The Healthy Waterways Partnership MSE

10. MSE Framework Architecture – Version 1 Programmers domain Modellers domain The Healthy Waterways Partnership MSE

11. Monitoring MSE Runtime Manager Administration Results Storage Executive ‘Real’ 3rd Party .NET Model ‘Real’ 3rd Party .NET Model Comm. Support Comm. Support Composite Model Response Model Executive Executive Comm. Support Comm. Support ‘Real’ 3rd Party Model 3rd Party Model .NET Proxy Assess. Model Observ. Model Learning Model Decision Model Action Model Comm. Support Executive Executive Executive Executive Executive Comm. Support Comm. Support Comm. Support Comm. Support Comm. Support MSE Runtime Architecture – Version 2 • The MSE Runtime Manager provides an interaction point for other subsystems. • Manages a standard set of one Composite Model for each box in the MSE feedback loop. • Provides administration and monitoring interfaces, and handles Data Storage. • Models: • Are defined by Modellers. • Implement a standard.NETinterface • Local .NET Models can be called directly. • Others will require a .NET proxy. • Can be grouped together. • Models within a group can interact using a shared communications backbone. • A Composite Model is both a Model and an Executive: • Abstracts a group of models as a single model in another group. • Relays commands and data on behalf of its children. • An Executive manages a group and is responsible for: • Instantiation, initialization, cleanup. • Providing timing information. • Saving results. The Healthy Waterways Partnership MSE

12. Web Server (IIS on Windows) Windows Forms GUI ASP.NET Web Application Web Browser Clients Web Browser Clients Web Browser Clients Remote Server (Any OS) Remote Model in .NET, Java, C++, Python etc. ICE over TCP ICE Proxy ICE Stub HTTP Proxy SOAP or JSON over HTTP Remote Web Application WCF Proxy WCF over Named Pipe or TCP Remote Server (Windows OS) Out-of-Process or Remote .NET Model Scientist Workstation Reporting and Analysis MSE Component Architecture – Version 2 MSE Server(Windows with .NET 3.5) Presentation Layer MSE Runtime Service MSE Design Service Business Layer MSE Runtime Configuration Service Local Proxy C, C++ model COM or P/Invoke Local Proxy COM to R cmd line R Model Data Access Layer Local Proxy Roy’s Fortran Service Fortran Model Results Cache Data Service Model Service .NET Model MSE Database (Jet, Oracle, SQL Server) The Healthy Waterways Partnership MSE

13. Marine and Atmospheric Research Leo Dutra Phone: +61 7 3826 7335 Email: leo.dutra@csiro.au Marine and Atmospheric Research Sharon Tickell Phone: +61 7 3826 7249 Email: sharon.tickell@csiro.au Thank you Contact UsPhone: 1300 363 400 or +61 3 9545 2176Email: Enquiries@csiro.au Web: www.csiro.au