DOCSLIB.ORG

Coordination Actions (CA)

Total Page：16

File Type：pdf, Size：1020Kb

Download full-text PDF Read full-text
Coordination Actions (CA) FP7-ICT-2013-11 CP-CSA proposal 10/04/2013 IMAILE Combination of Collaborative Projects and Coordination and Support Actions (CP-CSA) for Pre-Commercial Procurement (PCP) ICT Call 11 FP7-ICT-2013-11 Innovative Methods for Award procedures in ICT Learning Europe IMAILE Combination of Collaborative Project and Coordination and Support Action: Pre-Commercial Procurement (PCP) Date of preparation: 10 of April 2013 Work programme topic addressed: ICT 2013.8.2: Technology-enhanced learning Name of the coordinating person: Ellinor Wallin International coordinator E-mail: [email protected] Participant no. * Participant organisation name Part. short Country name 1 (Coordinator) Halmstads Kommun HSTD Sweden 2 Innova Észak-Alföld Regional Inn Hungary Development and Innovation Agency 3 Klötze district KL Germany 4 City of Konnevesi C.K Finland 5 Center of Internet Excellence CIE Finland University of Oulu 6 E.N.T.E.R ENTER Austria 7 Varberg Municipality A.I Sweden Alexanderson Institute 8 INOVAMAIS - Serviços de IN+ Portugal Consultadoria em Inovação Tecnológica, S.A 9 University of Magdeburg UniM Germany 10 City council of Viladecans C.Vil Spain 11 Region Saxony Anhalt ( associated RSA Germany partner to German partners) 12 Halmstad university ( associated HH Sweden partner to Halmstad) *Please use the same participant numbering as that used in Proposal submission forms A2 1 FP7-ICT-2013-11 CP-CSA proposal 10/04/2013 IMAILE Proposal abstract In line with the FP 7 call for proposals the objective of IMAILE is to use the PCP process to identify new technologies and services which address the challenge of providing the next generation of Personal Learning Environments (PLE). This common challenge is identified by the consortium in order to meet an increased demand of personalized learning in the 21st century European classroom. The next generation PLE should address students in primary and secondary school within the topics of Science, Math and Technology (STEM) and support different learning styles in an individualized way. Furthermore the PLE should be accessible from any device and therefore adjustable to the method bring your own device (BYOD). The project will prepare and create a mutual understanding of the PCP method for the public procurers, execute a joint PCP European call and enable the research/development of ICT solutions for PLE from different suppliers evaluated through a common set of joint criteria. The PCP process and the PLE technology as a whole will be evaluated during the project in an open dialogue between public procurers and industry. This learning process contributes to set European standards within learning technologies as well as present an innovative PCP strategy for increased quality and efficiency of public procurement. The IMAILE project is offering a direct solution to both demand- and supplier side within learning technologies. The solution is developed and evaluated according to the customized needs from the demand side. While the suppliers gain a solution adoptable directly on the European market. This action will in a long term perspective contribute to a broaden and innovative use of learning technologies in primary/ secondary education as a result of effective public – private partnerships for sustainable digital learning solutions in Europe. 2 FP7-ICT-2013-11 CP-CSA proposal 10/04/2013 IMAILE Table of contents Part Content Pages SECTION 1 S&T CONCEPT 1.1 Soundness of concept and quality 1.1.1 Concept 5 of objectives 1.1.2 Topics addressed by the call 16 1.1.3 S&T objectives 17 1.1.4 Overall approach combining CP CSA parts 18 1.2 Progress beyond state of the art 1.2.1 International state of the art 22 1.2.2 Technical limitations of existing solutions 25 1.2.3 Advance with project/ main innovations 1.2.4 R&D contract scope 28 1.3 Contribution to coordination of 1.3.1 CSA activities strengthen public cooperation 30 high quality research ( CSA) 1.3.2 Radical improvements to procurement strategies 33 1.3.3 Gender and environmental perspective 34 1.4 Coordination activities and 1.4.1 Overall strategy of work plan 35 associated work plan CSA part 1.4.2 Gantt 36 Template 1.4.a Work package list 37 Template 1. 4.b List of Deliverables 38 Template 1. 4.c List of Milestones 40 Template 1.4.d WP 2 – 7 41 1.4.3 PERT diagram 55 1.4.4. Significant risks/ associated contingency plan 56 Template 1.4.e Summary of effort 58 1.5 Quality and effectiveness of S/T 1.5.1 PCP framework supporting CP part 59 Methodology relevant to CP part 1.5.2 Overall strategy 63 1.5.3 GANTT/ PERT 64 Template 1.5 .a Work package list 65 Template 1.5.b List of deliverables 66 Template 1.5.c List of Milestones 67 Template 1.5.d WP 4 68 1.5.4 Significant risks and contingency plan 70 Template 1.5 e Joint PCP contribution 73 SECTION 2 IMPLEMENTATION 2.1 Management structure and 2.1.1 Management capability of the coordinator 74 procedures 2.1.2 Overall management structure 74 2.1.3 Overall decision making structure 76 2.1.4 Methodology of monitoring the ICT pilots 78 2.1.5 Communication strategy 2.2Quality of individual participants 2.2.1 Main tasks 79 2.2.2 Previous experience 2.2.3 Associated partners 90 2.3 Quality of consortium as a whole 2.3.1 Consortium overview 92 2.3.2 Complementary among participants 92 2.3.3 Strength of consortium 93 2.3.4 Partners and tasks in each country 94 2.3. 5 Specific justifications of support organisations 95 2.3.6 Critical mass of public procurers 96 2.3.7 Industrial involvement 2.3 8 Motivation of external experts / subcontracting 2.3.9 Additional partners 97 2.4 Appropriateness of the allocation 98 and justification of recourses committed 3 FP7-ICT-2013-11 CP-CSA proposal 10/04/2013 IMAILE SECTION 3 IMPACT 3. 1 Expected impact listed in work 3.1.1 Overall approach on impact PCP and PLE 100 program 3.1.2 Impact on a more forward looking public sectors 101 3.1.3 Impact on competitiveness for PCP suppliers 102 3.1.4 Strategy for impact achievement 103 3.1.5 European dimension 104 3.1.6 Contribution to EU/ET 2020 strategy 104 3.1.7 Influence of external factors 105 3.2 Dissemination and exploitation 3.2.1 Dissemination/ exploitation plan 105 3.2.2Management of knowledge / intellectual property 108 3.3.3 Closure of proposal 109 4. Ethical issues 4.1 Children 110 4.2 Ethical issue table 111 5. Annexes 5.1 Letter of intent of CP contribution public procurers 5.2 Letter of intent Region Catalonia 4 FP7-ICT-2013-11 CP-CSA proposal 10/04/2013 IMAILE Section 1: Scientific and/or technical quality, relevant to the topics addressed by the call 1.1 Soundness of concept and quality of objectives 1.1.1 Concept Introduction According to Rationale of work program for Technology enhanced learning: “Education is a strong prerequisite for economic growth. Europe must support national efforts to help students to learn better, teachers to teach better, and school systems to become more effective. We need customized learning systems that can adapt to effective use in a wide variety of diverse contexts. This is key for a successful modernization of educational and training systems in Europe.” This is the main reason to why our consortium consisting of both public procurers in 7 different countries as well as other support organizations have decided to develop this proposal and our project IMAILE. By presenting our proposal we aim to contribute to a modern educational and training system for teaching Science, Math and Technology (STEM) in European primary and secondary schools using the PCP method in order to customize the approach. Fact is that in spite of high investments on hardware and infrastructure during the last years we still confront a fairly low use of ICT to perform innovative teaching and creative learning in our European classrooms. We firmly believe that one reason can be the lack of customized ICT products and services developed according to our needs and in collaboration direct with the end users. Background Halmstad municipality who is coordinator of this proposal is also coordinator of the successful Interreg IVA project Smil (E) www.smil-e.eu Scandinavian Methods for Innovative Learning (Europe). In the Smil (E) project School area North is the practicing partner for primary and secondary education with the content Math, Science, Technology with ICT as a tool. The project ends in December 2013 with a lot of lessons learned and best practice cross border examples as a result on how to be successful in Science Math and Technology with ICT in primary and secondary school. During the SMIL (E) project we have also detected a development need of innovative, strategic but mainly MORE INNOVATIVE procurement methods at a municipal and regional level regarding use of ICT products and services in our schools. During a Nordic School leader conference in October 2012 arranged by the Smil(E) project this discussion was continued with Nordic partners as well as the customized need of ICT learning environments for our Education system. After this school leader conference we decided to lift our cooperation from cross border to a European cooperation and involve partners/ stakeholders from European member states in order to tackle these challenges in a common approach. Our challenges I. Use procurement to reach strategic, innovative and sustainable ICT school development II. Customized learning systems / learning environments for our Education system 5 FP7-ICT-2013-11 CP-CSA proposal 10/04/2013 IMAILE Actual ICT / Education and possibilities within this call In spite of high investments in hardware and infrastructure in our schools we still don’t see the desired effect of an increased take up and innovative use of ICT in our European schools and classrooms.
Load more

Recommended publications
  • Examensarbete
    EXAMENSARBETE Den framtida operativa förmågan Förslag på organisatoriska åtgärder för Räddningstjänsten Halmstad Axel Wahle 2013 Brandingenjörsexamen Brandingenjör Luleå tekniska universitet Institutionen för samhällsbyggnad och naturresurser Titel: Den framtida operativa förmågan – Förslag på organisatoriska åtgärder för Räddningstjänsten Halmstad Title: The future operational capability – Proposed organizational measures for Halmstad fire department Författare: Axel Wahle Intern handledare: Ronnie Lindberg, Luleå tekniska universitet Extern Handledare: Lars Fredin, Räddningstjänsten Halmstad Brandingenjörsprogrammet, 2013 Nyckelord: Operativ förmåga, åtgärdsförslag, handlingsprogram skydd mot olyckor, första insatsperson, övningsfält, fordonspark ii Förord Denna rapport är resultatet av ett examensarbete för en brandingenjörselev vid Luleå Tekniska Universitet och har utförts i nära samarbete och på uppdrag av Räddningstjänsten Halmstad. Det motsvarar 15 högskolpoäng och har genomförts under hösten 2013. Jag vill framförallt tacka min externa handledare Lars Fredin och övriga medlemmar i den projektgrupp som under hösten har arbetat med frågeställningen vid Räddningstjänsten Halmstad. Jag vill även tacka min interna handledare Ronnie Lindberg för att han har funnits till hands när jag behövt det. Jag vill även rikta ett tack till de människor vid MSB, Gästrike Räddningstjänst, Räddningstjänsten Väst och Räddningstjänsten Halmstad som inte ingick i projektgruppen. Ni har varit väldigt hjälpsamma när man frågat om lösningar på problem, för att komplettera fakta eller för att bolla idéer med. Axel Wahle, Varberg, november 2013. iii iv Sammanfattning Syftet med denna rapport är att lägga fram förslag på organisatoriska åtgärder åt Räddningstjänsten Halmstad. Genom att titta på dagens organisation utifrån sett, som en representant för tredjeman, är förhoppningen att detta ska ge ett nytt perspektiv på dagens organisation och de problem denna står inför.
    [Show full text]
  • B972: "Stat Och Informalitet
    UNIVERSITY OF GOTHENBURG Department of Economy and Society, Human Geography & Department of Earth Sciences Geovetarcentrum/Earth Science Centre Stat och Informalitet Ett förhållande mellan kommun och strandskydd Rita Wahlström Samuel Gök ISSN 1400-3821 B972 Bachelor of Science thesis Göteborg 2017 Mailing address Address Telephone Telefax Geovetarcentrum Geovetarcentrum Geovetarcentrum 031-786 19 56 031-786 19 86 Göteborg University S 405 30 Göteborg Guldhedsgatan 5A S-405 30 Göteborg SWEDEN Uppsats/Examensarbete: 15 hp Kurs: GE4200 Nivå: Kandidat Termin/år: VT17 Handledare: Robin Biddulph Examinator: Jonas Lindberg Nyckelord: informalitet, formalisering, värdefixering, strandskydd ABSTRACT Informality, actions ‘on the fringes of the law’, is a term often associated with illegal actions and businesses within the economic subject field. However, a new group of scholars have studied the term from a new perspective. Within this new perspective, informality has a strong relationship with the state, specifically in relation to how informality emerges and appears in physical space. This thesis departs from these scholars and aims to understand the relationship between state and informality from a Swedish municipal perspective, by examining the state’s motivations and interpretations of place and legality. A case in the municipality of Halmstad has been analysed using concepts from this new perspective in order to understand how the informal practice emerged and to analyse its relation to the state. Three different perceptions of how the relationship between the state and informality works have been depicted in order to draw comparisons with the study case. In this way, the thesis is able to draw clear conclusions about what kind of relationship there is in Halmstad municipality.
    [Show full text]
  • Halmstad Tourist Guide
    Eurotourism www.eurotourism.com Halmstad Tourist Guide The four “Must See and Do’s” when visiting Halmstad Hiking in beautiful Halmstad Mjellby Art Gallery Trönninge Meadows Halmstads Adventure Land Municipality Facts 01 Population 89 727 Area 1 705,90 km² Regional Center Halmstad County Halland More Information 02 Internet www.halmstad.se www.halmstad.se/turist Newspapers Hallandsposte www.hallandsposten.se Tourist Bureaus Halmstad & Co AB Halmstad Photo: Shutterstock +46 35-13 23 20 [email protected] www.halmstad.se/turist Welcome to Halmstad! Halmstad is Sweden’s 20th largest urban evenings, enjoy the dance and music settings area, and is located along the west coast of offered by the hometown of Roxette and Sweden at mouth of the Nissan River. Many Gyllene Tiders. Halmstad can also offer you Notes 03 tourists come each year to enjoy the vast to take part in the museum and attractions array of activities. that are available such as, the Mjellby Art Emergency 112 Museum, Garrison Museum and the Open Air Police 114 14 Halmstad offers miles of beaches and golf Museum. Country Code +46 courses of world-class. In the city center For more outside activities, there are fine there is much to do such as, go shopping, or opportunities for fishing and other outdoor Area Code 035 to the restaurants and galleries. Then in the adventures. E.I.S. AB: Box 55172 504 04 Borås Sweden Tel +46 33-233220 Fax +46 33-233222 [email protected] Copyright © 2007 E.I.S. Protected by international law; any violation will be prosecuted.
    [Show full text]
  • Vindkraftverk - Inverkan På Flyttfåglar Över Halmstad Kommun
    Högskolan i Halmstad Sektionen för ekonomi och teknik Miljövetareprogrammet Halmstad 2009-02-07 Vindkraftverk - inverkan på flyttfåglar över Halmstad kommun Författare: Thomas Hultquist Handledare: Per Magnus Ehde 1 Sammanfattning Vindkraft är ett känsligt område att studera, eftersom det finns både ekonomiska och ekologiska intressen som berörs. I dagens energikrävande samhälle behövs ett renare alternativ till el som producerats från förbränning. Ett alternativ är vindkraft. Vindkraften byggs ut i en stor omfattning och hela Sverige berörs av denna utbyggnad. När det är så stora ekonomiska intressen inblandat finns det risk att andra intressen åsidosätts. Förhoppningen är att den här studien ger en förbättrad kunskap om hur vindkraftsanläggningar påverkar vissa fåglar. Studien omfattar Halmstad kommun och enskilda vindkraftsverk. Metoden har varit att sammanställa äldre rapporter av sträckande fåglar för att hitta en lämplig lokal att utföra fältstudier på samt att utföra fältstudierna i närheten av vindkraftsanläggningar. Studien som utfördes under en begränsad tidsperiod resulterade i att materialet är för magert, för att kunna dra några säkra slutsatser från. Det material som erhölls visar dock att de sträckande fåglarna flyger på en högre höjd än vindkraftverkens 75-150 meters höjd, de fåglar som sträcker på en lägre höjd hinner väja och väljer att flyga runt eller över. Vindkraften bör kunna byggas ut i Sverige, förutsatt att det sker under större kontroll och efter mer omfattande undersökningar hur det påverkar fågellivet. Studien ger inget svar på om vindkraft är den rätta energikällan att satsa på utan är ett bidrag till en utökad kunskap för framtida beslut. 2 Abstract Wind power is a difficult subject to study, since it is both economical and ecological interests involved.
    [Show full text]
  • Halmstad Productive Cities - Sweden
    Europan is a biennial competition for young architects under 40 EUROPAN 15 years of age. HALMSTAD PRODUCTIVE CITIES - SWEDEN “Halmstad central station area - a new connective hub for people and transport that ties the city together as a whole” HALMSTAD 1 2 C www.europan.se Visit our website: 15 EUROPAN Page: ONTENT 04 INTRODUCTION 05 URBAN CONTEXT 12 E15 THEME 14 STUDY SITE (MARKED IN RED) 18 PROJECT SITE (MARKED IN YELLOW) 22 TASK 24 MISCELLANEOUS 25 JURY 26 REFERENCES 29 APPENDIX GENERAL INFORMATION Site Representative Communication Emeli Cornelius Anonymous local exhibition after Municipality of Halmstad the 1st jury round. Actors involved After the competition there will Trafikverket (Swedish Transport be a public prize ceremony, Administration), Municipality of a catalogue of results will be Halmstad, Region Halland printed, and the winners will be published on the website of Team representative Architects Sweden. Urban planner, landscaper or architect Jury evaluation With the participation of the site Expected skills regarding the representative. site’s issues and characteristics Architecture, landscape Post-competition intermediate architecture, urban planning, procedure social anthropology Meeting and workshop with the municipality and the prize winning team(s). The ambition of the municipality is to involve the prize winning team(s) in an implementation process. 3 3 INTRODUCTION PARTICIPATE IN EUROPAN 15! INTRO HALMSTAD The Municipality of Halmstad The Municipality of Halmstad and Europan Sweden would is growing at a rapid pace from like to thank you for choosing being a large town to becoming to participate in Europan 15. a small city, with a forecast The competition brief provides population of 150,000 by 2050.
    [Show full text]
  • Master Thesis
    Master's Programme in Renewable Energy systems MASTER Bio-energy production from beach cast macro algae THESIS The west coast of Sweden Meaza Tadesse Yohannes Energy Engineering, 15 credits Halmstad 2015-08-31 0 ABSTRACT Excessive algae growth/ bloom has become a commonly observed phenomenon in many water bodies globally due to eutrophication. This phenomenon has also been observed in the Baltic Sea which create nuisance in many Baltic coastal communities when the macro algae of different species is washed ashore by wind and wave, which is known as “beach cast algae”. In recent years various Baltic projects has been commenced in order to utilize “beach cast algae” for energy production via anaerobic digestion technology. Harvesting beach cast macro algae for energy production not only give a renewable energy but also improve tourism and recreation, as well as largely contribute towards the marine ecosystem by reducing nutrient load. However, high concentration of heavy metal especially of cadmium in macro algae has limited the potential of anaerobic digestion since cadmium would limit the bio-fertilizer potential of the fermentation residue/digestate. Different heavy metal removal technique has been suggested so far but their potential on large scale application as well as the economic and environmental aspects of the removal techniques are unknown. The present thesis focuses on the west coast of Sweden and evaluate the possibility of combustion of beach cast macro algae in an already existing waste incineration plant. Furthermore, three different scenarios for energy extraction from beach cast macro algae are compared from energy balance perspective. The study was based on a case study, literature review and energy balance analysis.
    [Show full text]
  • Exploring the Paths
    EXPLORING THE PATHS THE TRANSITION TOWARDS A SUSTAINABLE ENERGY SYSTEM FOR A SWEDISH MUNICIPALITY Master’s thesis in Sustainable Energy Systems JOHN JOHANNESSON Department of Energy and Environment CHALMERS UNIVERSITY OF TECHNOLOGY Göteborg 2016 EXPLORING THE PATHS The Transition Towards a Sustainable Energy System for a Swedish Municipality © JOHN JOHANNESSON, 2016 Supervisor: Germán Maldonado Examiner: Erik Ahlgren Department of Energy and Environment Chalmers University of Technology SE-412 96 Göteborg Sweden Telephone + 49 (0)31-772 1000 i ABSTRACT About three fourths of the global anthropogenic greenhouse gas emissions can be linked to energy use. This study aims to identify some driving forces behind the development of an energy system and how these forces can drive the development of a sustainable energy system. The study focuses on a single Swedish municipality, Halmstad. A secondary purpose has been to analyse some concepts of energy system forecasting. The energy system can be described as a sociotechnical system. Three related mechanisms discussed in the study are learning by doing, lock-in and technology clusters. To gain an understanding of the structure and development of the energy system, data and information regarding the import, production and consumption of energy was collected. To make the forecasts in this thesis, the method of logistic forecasting has been used. Halmstad’s generation capacity for electricity as of 2015 is 61 MW and consists primarily of wind power (40%), followed by hydropower (36%), combined heat and power generation (22%) and solar photovoltaics (2%). District heating is supplied by two plants: a 68 MW capacity waste-incineration plant, supplemented when needed by a natural gas and wood chip-fired 122 MW capacity plant.
    [Show full text]
  • FULLTEXT01.Pdf [2021-05-11]
    Högskolan Kristianstad 291 88 Kristianstad 044-250 30 00 www.hkr.se Självständigt arbete (examensarbete), 15 hp, för kandidatexamen i miljövetenskap med inriktning mot strategiskt miljöarbete Termin : VT 2021 Fakulteten för naturvetenskap Naturbaserade klimatanpassningsåtgärder längst kusten – Kunskapsunderlag för Halmstad kommun Emelie Gustafsson 2 Författare Emelie Gustafsson Titel Naturbaserade klimatanpassningsåtgärder längst kusten – Kunskapsunderlag för Halmstad kommun Engelsk titel Nature-based climate adaptation measures along the coast – Knowledge base for Halmstad Municipality Handledare Pille Kängsepp Examinator Lennart Mårtensson Sammanfattning Jordens temperaturökning ökar genom utsläpp av växthusgaser. Ökningen smälter inlandsisarna och Antarktis samt expanderar havet vilket höjer havsnivån och påverkar erosion. Denna havsnivåhöjning med tilläggande stormar höjer havsnivån markant och påverkar kustkommuner. Olika RCP scenarion är framtagna för att förutse hur framtiden kommer att se ut år 2100. Vilken av RCP scenarion som kan inträffa beror på hur klimatpolitiken och utsläppen fortskrider. Syftet är att skapa ett kunskapsunderlag för Halmstad kommun med föreslagna naturbaserade klimatanpassningsåtgärder utmed kusten. Arbetet fokuseras på omvärldsanalys, vilket genomförts i form av intervjuer från kustkommuner och litteraturstudie från rapporter. Naturbaserade klimatanpassningsåtgärder har funktionen att skydda mot havshöjning och erosion men ökar även biologisk mångfald samt skapar rekreation. Redovisade åtgärder är sandstaket,
    [Show full text]
  • Annual Report 2019 a Greener Future with Wind Power
    Annual Report 2019 A greener future with wind power Arise is one of Sweden’s leading independent onshore wind power players. Arise manages the entire value chain – from exploration and permitting, to financing, construction, divest- ment and long-term management of its own and other compa- nies’ wind farms. Contents Summary of 2019 • 4 Notes to the consolidated financial statements • 44 This is Arise • 6 Parent Company income statement • 76 Portfolio overview • 8 Parent Company balance sheet • 77 CEO’s statement • 10 Parent Company cash flow statement • 78 The Market • 12 Parent company equity • 79 Development and Management • 16 Notes to the Parent Company’s Own wind power operations • 18 financial statements • 80 Sustainability Report • 20 Auditor’s Report • 87 Directors’ Report • 32 Corporate Governance Report • 92 Consolidated income statement • 40 Ownership structure • 96 Consolidated statement Arise’s Board of Directors • 98 of comprehensive income • 40 Arise’s Group management • 99 Consolidated balance sheet • 41 Annual General Meeting Consolidated cash flow statement • 42 and 2020 calendar • 100 Group equity • 43 Financial information in summary • 102 Definitions of key ratios • 43 Overview of wind farms • 103 Calendar ARISE ANNUAL GENERAL MEETING 2020 DISTRIBUTION OF THE ANNUAL REPORT 2019 The Annual General Meeting will be held on The annual report is available on our website 6 May in Halmstad www.arise.se. It will be sent by post to those shareholders who have notified the company FINANCIAL INFORMATION 2020 that they wish to receive it. Those wishing to 6 May • Annual General Meeting receive a printed copy are welcome to order 6 May • Interim Report for the first quarter copies via a form on the website or call the 17 July • Interim Report for Arise switchboard number + 46 10 450 71 22.
    [Show full text]
  • JOINT ANNUAL CONFERENCE 2013 11-12 JUNE 2013, Hotel Tylösand, Halmstad, Sweden
    JOINT ANNUAL CONFERENCE 2013 11-12 JUNE 2013, Hotel Tylösand, Halmstad, Sweden PARTICIPANTS LIST per 28 May 2013 Surname First name Organisation Country Abildtrup Kia Sofie Region of Southern Denmark Denmark Agerhem Siv Region Halland Sweden Alver Inge A. Hordaland County Council Norway Anandasangaree Rajana Interreg North Sea Region Programme Denmark United Argyle Peter Aberdeenshire Council Kingdom Asbjørnsen Randi Karin Møre og Romsdal County Norway Assmundson Mattias Interreg North Sea Region Programme Denmark Axelsson Dennis Kulturmiljö Halland Sweden Babic Elisabet Region Halland Sweden Bagerman Bart Provincie Groningen Netherlands United Barnett Chris Canal & River Trust Kingdom Bengtsson Henrik Region Halland Sweden FDT- Association of Danish Transport and Bentzen Kent Logistics Centres Denmark Berends Helmut Berends-Consult Germany Bergsten Hans Region Halland Sweden Bertilsson Ulrika Region Halland Sweden UNICONSULT Universal Transport Beyer Hartmut Consulting GmbH Germany Bonne Pim Flemish Ministry of Mobility and Public Works Belgium Boström Ida The Alexanderson Institute Sweden United Bourner Stephen Institute for Sustainability Kingdom atene KOM GmbH – Agency for Communication, Organization and Brauckmüller Tim Management Germany United Brebner Martin Aberdeenshire Council Kingdom Breitenbach Stefan Hafen Hamburg Marketing e.V. Germany United Brown Ann AB International Network Ltd. Kingdom Brunnström Kerstin Västra Götalandsregionen Sweden Buecker Silke OOWV - Water Board Germany Buist Deirdre Provincie Drenthe Netherlands
    [Show full text]
  • (Mireille Martens) the LIFE-GOODSTREAM Project
    The LIFE-GOODSTREAM project Innovative wetland tools improve the ecological status of river Trönningeån in South Sweden Author: Mireille Martens Study year/semester: 2015-2016, semester 1 School: HZ University of Applied Sciences Supervisor: J.P.A. van der Vleuten Mentor: Stefan Weisner Place & Date of publication: 27 January 2016 Version: 1.5 1 | P a g e © Mireille Martens 1 Introduction .................................................................................................................................... 3 2 Background .................................................................................................................................... 3 3 Area ................................................................................................................................................ 4 4 Retain Phosphorus ......................................................................................................................... 6 5 Startup of the Life Good Stream project ........................................................................................ 7 5.1 Determine sampling location .................................................................................................. 7 5.2 Time ........................................................................................................................................ 7 5.3 Parameters .............................................................................................................................. 9 5.4 Laboratorial Analyses .............................................................................................................
    [Show full text]
  • Smart Cities and Communities 2018 Annual Report
    Profile Area Smart Cities and Communities 2018 Annual Report Contents Welcome! 4 About Smart Cities and Communities 4–7 SEK 5.7 Million is Awarded to Projects for the Digitisation of Halmstad 8 Mining Historical Data Enables Power Companies to Predict and Prevent Power Outages 9 The Heat Detective 10 Heat Roadmap Europe Remaps the Energy Supply Systems of the EU 12 Service Design and Architecture Create the Smart Cities of the Future 14 Timing and Customer Focus are Crucial to the Dissemination of Construction Innovations 16 Companies’ Innovation Capability Stimulated by Cooperation 17 How Digital Learning can Enhance Thinking 18 Researchers Investigate how School can Become Excellent 19 A Human Approach to Designing Future Cities and Intelligent Cars 20 Testing Complex Autonomous Systems 22 Human Interaction with Intelligent Vehicles – how do we React and when is it Dangerous? 23 The Near Future 24 Many Modern High Tech Labs 26 SMART CITIES AND COMMUNITIES | 3 Welcome! The profile area Smart Cities and Communities is an initiative at Halmstad University including research, education and collaboration with the surround- ing society. When working with external collaborators, one of our strengths is that we can tackle societal and research challenges with an inter-disciplinary approach. Moreover, the profile area is a tool for profiling the university. This is the first annual report for Smart Cities and Communities and summarises activi- ties since the inauguration in 2016, but with a focus on 2018. We wish you a nice reading! Magnus Jonsson, Programme Manager Kristian Widén, Deputy Programme Manager Management Group Smart Cities and Communities Management Group (from the left): Maya Hoveskog (CIEL), Vaike Fors (ITE), Magnus Jonsson (Programme Manager), Kristian Widén (Deputy Programme Manager), Pernilla Ouis (CVHI), Marie-Helene Zimmerman Nilsson (CLKS), Urban Persson (RLAS).
    [Show full text]