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Promotional materias for FinEst pilot project GreenTwins
<p>Promotional materials were produced for FinEst pilot project entitled <a href="https://www.finestcentre.eu/greentwins">GreenTwins.</a></p><p>The data set contains:</p><ul><li>General project presentations (Prilenska & Andresson, 2023; Staffans et al., 2023);</li><li>Promotional video (Miltton, 2023);</li><li>Communication plan;</li><li>Urban Tempo COVISE module (visualisation application) videos and description;</li><li>Virtual Green Planner (co-planning application) videos and screenshots;</li><li>Dynamic digital plant library (local tree models of different ages and LOD levels) presentations and videos.</li></ul>
Open Science & Research data & Intellectual Property Rights: services at the Tallinn University
GreenTwins information model on individual plants and plant cover types
<p>This document describes the GreenTwins information model for individual plants and green area plant covers in city models. The GreenTwins information model is built upon CityGML 2.0, and works as a draft for later creating a proposal for a CityGML standard extension (ADE) with respect to SolitaryVegetationObject and PlantCover object types. The document classifies the database layer/object types needed for maintaining the information needed for the GreenTwins algorithmic plant library, and details the parameters stored for each object type in its implementations. An interoperability chart of the GreenTwins information model at Tietomallit interoperability platform: <a href="https://tietomallit.suomi.fi/model/greentwins/">Tietomallit (suomi.fi).</a></p>
Virtual Green Planner 2023 Windows 64-bit standalone build
<p>Virtual Green Planner is an interactive 3d software for concept-level collaborative urban and green space planning and analysis developed in the GreenTwins project. This is the Windows 64-bit standalone build of the final 2023 version of the software.</p>
Virtual Green Planner 2023 Windows 64-bit standalone build
<p>Virtual Green Planner is an interactive 3d software for concept-level collaborative urban and green space planning and analysis developed in the GreenTwins project. This is the Windows 64-bit standalone build of the final 2023 version of the software.</p>
Joint research projects
<p>The Joint Research Project starts from the overall objective of the project as described in the summary of the proposal. "As six leading Universities of Science and Technology, spread across Europe, situated in innovation eco-systems and with great collaboration experience, we are equipped to introduce a paradigm shift in the engineering education of the future, aspiring responsible value co-creation in technology. To provide excellent education to our future engineers and to engineer the University of the Future, to become a role model for the European Higher Education area and beyond." </p><p>This document describes the Joint Research Project proposal based on discussions in WP5 and input from a questionnaire in the entire consortium to collect relevant research topics. </p><p><strong>Target:</strong> We will carefully monitor the project activities and cooperation within the ecosystem, as the concept of offering shared education formats for academics and non-academics is unique. </p>
Simulink simulation models of three different power converters
<p>These files are a supplement to Joosep Niinemägi's Master's thesis "APPLICATION OF PARTIAL POWER CONVERTERS FOR THE POWERING OF FUTURE CIRCULAR COLLIDER".<br>This thesis was as a collaboration between CERN and TalTech.</p>
Virtual Green Planner 2023 Unity project
<p>Virtual Green Planner is an interactive 3d software for concept-level collaborative urban and green space planning and analysis developed in the GreenTwins project. This is the Unity project of the 2023 version of the software.</p>