InterGeo-2024-UGL-Demos.md

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-<https://www.hft-stuttgart.de/forschung/projekte/aktuell/prola-fellbach>
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 **General info**: A simulation of urban water potential in the city of Fellbach, encompassing rainfall, water demand, and wastewater management.
 
 **Project Overview**: <span dir="">The digital tool "</span>[Urban Water Potentials](https://urban-water-potentials.de/ "neues Browserfenster: ")<span dir="">", jointly developed by the Stuttgart </span>[University of Applied Sciences (Hft)](https://www.hft-stuttgart.de/ "neues Browserfenster: ")<span dir=""> and the East Bavarian University of Applied Sciences </span>[Amberg-Weiden (OTH),](https://www.oth-aw.de/ "neues Browserfenster: ")<span dir=""> now makes savings and synergy potentials visible. Even for individual properties. And in a playful way.</span> "Urban Water Potentials" analyses and visualises possible synergies and greening scenarios in the heavily sealed and densely built-up Fellbach industrial area. The web application shows the water requirement, the wastewater volumes and the rainwater balance for the properties of the individual tradespeople.
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-<https://www.hft-stuttgart.de/forschung/projekte/aktuell/ensys-le>
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 **General info**: A simulation of renewable energy potential and energy demand using the HFT SimStadt software, focused on three cities in Germany with distinct profiles: Ludwigsburg (sub-urban), Ilm-Kreis (forest-dominant, semi-urban), and Dithmarschen (agriculture-dominant).
 
 **Visualization tool**: OGC API, CesiumJS, 3D Tiles.
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-<https://www.hft-stuttgart.de/transfer/fuer-transferinteressierte/innovative-hochschule-m4-lab>
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 **General info**: Visualization of acoustic, energy, and mobility data for the city of Stuttgart.
 
 The participation platform developed in the M4_Lab is intended to enable citizens to contribute their opinions in participation processes. It is currently still in the development stage. <span dir="">An essential component of the participation platform is the 3D environment. Various building models are shown that have been converted from CityGML models into 3D Tiles models. This format is well suited for web visualizations. The building data comes from various sources: The basic model in LoD1 (Level of Detail) is provided by the HFT, newer models or models in a higher LoD can also be integrated. If no model is available, a model can be generated. An example of this is the Nordbahnhof area, which can be viewed in the prototype.</span>
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 **General info**: A 3D digital twin representation of the HFT Stuttgart, utilizing ESRI ArcGIS JS technologies and adhering to the OGC standard data model, is currently under development. At the moment, the application shows an indoor floor plan for building 1 along with an example carbon sensor reading from building 1. The vision is to further extend this digital twin model to show indoor plans for all the other buildings along with real-time datasets such as carbon readings, occupancy profiles of classrooms, emergency routes, acoustic profiles for each classroom, etc.
 
 **Visualization tool**: OGC API, ESRI ArcGIS JS SDK.
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-<https://www.hft-stuttgart.de/forschung/projekte/aktuell/in-source>
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 **General info**: A simulation of heating energy demand, water demand, food demand, PV potential, bioenergy potential and food potential for the entire county (landkreis) of Ludwigsburg. INSOURCE project delivered a common standardised data model to harmonise datasets on buildings, food, water and energy sectors to analyse and simulate all these urban resources as one ecosystem rather than traditional methods of analysis and simulation in individual domain silos. CityGML is used as a city information model and further extended with CityGML Food-Water-Energy Application Domain Extension (ADE). Different datasets related to Landkreis Ludwigsburg food-water-energy resources were curated using GIS datasets or from literature and stored inside the CityGML Food-Water-Energy ADE. With this ADE as a database, the SimStadt simulation engine was also extended to use data from Food-Water-Energy ADE as input and simulate different energy demands and energy potentials for the entire country of Ludwigsburg, which included 39 towns and municipalities. Results from the simulation were visualised using CesiumJS-based web application.
 
 **Simulation tool**: SimStadt **Visualization tool**: OGC API, CesiumJS, 3D Tiles.
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-<https://www.hft-stuttgart.de/forschung/projekte/aktuell/smart-villages>
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 **General info**:
 
 The aim of the project is to transfer the "Smart Cities" approach to small and medium-sized municipalities, taking into account the special conditions of rural areas - on the basis of three scenarios - as preparatory work for a later nationwide general use.  The use cases are to be integrated and visualized on the basis of the 3D models visualized on the basis of the 3D models.