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studenti:summer-schools:2016:hydroinformatics [2016/06/09 16:06]
catalin.leordeanu
studenti:summer-schools:2016:hydroinformatics [2020/07/19 13:49]
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-** Hydroinformatics approaches for river basin related problems** 
  
-As a part of Data4Water EU Twining project, a series of summer schools will be organised. The first 
-Summer school is organised by from UNESCO-IHE Institute for Water Education and University 
-Politehnica of Bucharest. 
- 
-The summer school topic is Hydroinformatics approaches for river basin related problems and takes 
-place from 21st June to the 8th July, 2016. Detailed description of the content, logistics and venue of 
-the school is given bellow. 
- 
-Applications for the summer schools are welcomed, no later than 8-th of June, 2016. 
-We look forward to seeing you in Bucharest soon. 
- 
-**Objective:** 
- 
-The three-week program is designed to teach participants the necessary background on 
-hydroinformatics tools for solving problems related to water environment in river basins, and give 
-them an opportunity to work directly with the tools. At the end of the 3 weeks programmes 
-participants will be able to solve their own problems using these tools. 
- 
-**Description:** 
- 
-The three-weeks summer school schedule is: 
-  - Training courses – 3 days [21th to 23th June]. 
-  - Summer school assignment tasks for participants – 1 day [24th June] 
-  - Problem solving sessions guided by experts – 12 days [25th June to 6th July] 
-  - Session for presenting the final results - 2 days [7th July to 8th July] 
-  - Evaluation of the summer school achievements 
- 
-The detailed syllabus of the training courses covers three main aspects of hydroinformatics, as 
-follows: 
- - Introduction and Modelling 
- 1.1 Introduction to Hydroinformatics 
- 1.2. Modelling paradigms: Physically based modelling, Data driven modelling 
- 1.3. Examples/Case studies 
- - Optimization and Decision Support 
- 2.1. Optimization 
- 2.2. Decision support methods: Multicriteria analysis, decision support systems 
- 2.3. Examples/ Case studies 
- - Data 
- 3.1. Data sources and standards 
- 3.2 Spatial Data Infrastructures 
- 3.2. Role of cloud computing and parallel computing in Hydroinformatics 
- 
-Content from all above three aspects will be addressed during the summer school. 
-The courses are intended for a multidisciplinary audience.  
- SUMMER SCHOOL 
-Problem solving session is focused on building a code for a hydrological model and preparing it to 
-be calibrated and validated with data. In order to determine the uncertainty bounds for some of the 
-parameters the model will need to be run on the cloud (hundreds of instances), on Amazon or other 
-freely available cloud. Next step will be fetching the results and building an interface that will 
-present the results, after they have been analysed. 
-Application procedure: 
-To apply for a place please send a short CV (including research interests) to elena.apostol@cs.pub.ro 
-or catalin.leordeanu@cs.pub.ro. 
-The Summer School is targeted at PhD/MD/undergrads students and other early career researchers. 
-There is no participation fee. 
-Important dates: 
-The closing date for applications is: 8th June 2016 
-The final list of participants will be announced on 15th June 2016 
-Please direct all enquiries to elena.apostol@cs.pub.ro or catalin.leordeanu@cs.pub.ro. 
-Organisers: 
-UNESCO-IHE: A. Jonoski and I. Popescu 
-UPB: prof. M. Mocanu, E. Apostol, C. Leordean  
studenti/summer-schools/2016/hydroinformatics.txt · Ultima modificare: 2020/07/19 13:49 (editare externă)