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studenti:summer-schools:2016:hydroinformatics
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studenti:summer-schools:2016:hydroinformatics [2016/06/09 16:04] catalin.leordeanu |
studenti:summer-schools:2016:hydroinformatics [2020/07/19 13:49] (curent) |
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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 | As a part of Data4Water EU Twining project, a series of summer schools will be organised. The first | ||
| Linia 12: | Linia 12: | ||
| We look forward to seeing you in Bucharest soon. | We look forward to seeing you in Bucharest soon. | ||
| - | **Objective: | + | |
| The three-week program is designed to teach participants the necessary background on | 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 | hydroinformatics tools for solving problems related to water environment in river basins, and give | ||
| Linia 18: | Linia 19: | ||
| participants will be able to solve their own problems using these tools. | participants will be able to solve their own problems using these tools. | ||
| - | **Description: | + | |
| The three-weeks summer school schedule is: | The three-weeks summer school schedule is: | ||
| - | 1. Training courses – 3 days [21th to 23th June]. | + | - Training courses – 3 days [21th to 23th June]. |
| - | 2. Summer school assignment tasks for participants – 1 day [24th June] | + | |
| - | 3. Problem solving sessions guided by experts – 12 days [25th June to 6th July] | + | |
| - | 4. Session for presenting the final results - 2 days [7th July to 8th July] | + | |
| - | 5. Evaluation of the summer school achievements | + | |
| The detailed syllabus of the training courses covers three main aspects of hydroinformatics, | The detailed syllabus of the training courses covers three main aspects of hydroinformatics, | ||
| follows: | follows: | ||
| - | 1. Introduction and Modelling | + | |
| - | 1.1 Introduction to Hydroinformatics | + | |
| - | 1.2. Modelling paradigms: Physically based modelling, Data driven modelling | + | |
| - | 1.3. Examples/ | + | |
| - | 2. Optimization and Decision Support | + | 2. Optimization and Decision Support |
| - | 2.1. Optimization | + | |
| - | 2.2. Decision support methods: Multicriteria analysis, decision support systems | + | |
| - | 2.3. Examples/ Case studies | + | |
| - | 3. Data | + | 3. 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. | Content from all above three aspects will be addressed during the summer school. | ||
| - | The courses are intended for a multidisciplinary audience. | + | 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 | 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 | be calibrated and validated with data. In order to determine the uncertainty bounds for some of the | ||
| Linia 47: | Linia 51: | ||
| freely available cloud. Next step will be fetching the results and building an interface that will | freely available cloud. Next step will be fetching the results and building an interface that will | ||
| present the results, after they have been analysed. | present the results, after they have been analysed. | ||
| - | Application procedure: | + | |
| + | * Application procedure:** | ||
| To apply for a place please send a short CV (including research interests) to elena.apostol@cs.pub.ro | 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. | or catalin.leordeanu@cs.pub.ro. | ||
| + | |||
| The Summer School is targeted at PhD/ | The Summer School is targeted at PhD/ | ||
| There is no participation fee. | There is no participation fee. | ||
| - | Important dates: | + | |
| + | * Important dates:** | ||
| The closing date for applications is: 8th June 2016 | The closing date for applications is: 8th June 2016 | ||
| The final list of participants will be announced on 15th 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. | + | Please direct all enquiries to [[elena.apostol@cs.pub.ro]] or [[catalin.leordeanu@cs.pub.ro]]. |
| - | Organisers: | + | |
| + | * Organisers:** | ||
| UNESCO-IHE: A. Jonoski and I. Popescu | UNESCO-IHE: A. Jonoski and I. Popescu | ||
| - | UPB: prof. M. Mocanu, E. Apostol, C. Leordean | + | UPB: prof. M. Mocanu, E. Apostol, C. Leordeanu |
studenti/summer-schools/2016/hydroinformatics.1465477492.txt.gz · Ultima modificare: 2016/06/09 16:04 de către catalin.leordeanu
