This is the presentation that has been held at University of Calabria in Cosenza, July 27, 2017. The presentation builds upon several other presentation present in this blog, and discusses the issue of designing a modern flood forecasting system. Actually I distinguish post-modern, contemporary and post-contemporary systems. Of the latter a short manifesto is given.
Clicking on the figure above the reader can access the first (Italian) version of the presentation. The English version can be seen and downloaded at this link. Once downloaded, the pdf contains links to publication and other relevant presentations. With respect to the Italian version, the English version contains a few small variations. One, in particular, was suggested by Daniela Biondi. She suggested that in my Manifesto for the post-contemporary flood forecasting systems, I should add the estimation of errors in forecasting. Suggestion that I fully endorse.
My reflections and notes about hydrology and being a hydrologist in academia. The daily evolution of my work. Especially for my students, but also for anyone with the patience to read them.
Showing posts with label Parma Arpae. Show all posts
Showing posts with label Parma Arpae. Show all posts
Wednesday, July 26, 2017
Monday, May 16, 2016
The JGrass-NewAGE system essentials: concepts, deployment, case studies and use cases
This is the talk I gave in Parma at ARPAE. In a mood for collaboration, I presented our modelling ssytem JGrass-NewAGE and out process-based model GEOtop 2.0. The presentation about GEOtop does not contain anything essentially new. It is a synthesis of the talk I gave in San Francisco in December 2013 (I and II). The presentation about JGrass-NewAGE, at the beginning, revisited a presentation I gave in 2008 at CUASHI biennial meeting (and includes now OMS instead than OpenMI)
However, it continues by showing and discussing some of the main components of the system, now documented in the GEOframe blog. Eventually shows some applications of the model and some ways to combine the components in modelling solutions.
The fact that many thoughts that I made at that time are still valid is reassuring. Obviously now we are much more close to the objective, and the codes are more robust and reliable than eight years ago. Clicking on the figure above, please find the presentation on one of my channel in SlideShare. A longer version of the concepts part will be in a companion posts.
However, it continues by showing and discussing some of the main components of the system, now documented in the GEOframe blog. Eventually shows some applications of the model and some ways to combine the components in modelling solutions.
The fact that many thoughts that I made at that time are still valid is reassuring. Obviously now we are much more close to the objective, and the codes are more robust and reliable than eight years ago. Clicking on the figure above, please find the presentation on one of my channel in SlideShare. A longer version of the concepts part will be in a companion posts.
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