diff --git a/public/content/content.json b/public/content/content.json
index 3bc7761ea722499954b3087c187abe5e796775b0..c0c54332196b5858294203cf2c20d13586cbd090 100644
--- a/public/content/content.json
+++ b/public/content/content.json
@@ -1,5 +1,4 @@
-[
- {
+[{
"item": {
"title": "CityDemonstrator",
"project": "iCity Project",
@@ -11,17 +10,17 @@
"project_year_start": "2021",
"project_year_end": "2024",
"project_is_on_going": true,
- "imageLink":"https://citydemonstrator.hft-stuttgart.de/assets/img/iCity_network_1.svg",
- "keywords":["Smart City","Participation", "LIN Stadt" ],
- "description_en":"Learn about Intelligent Cities with our City Demonstrator. Find out what makes our cities Liveable, Intelligent and Sustainable - the LIS city.",
- "description_de":"Erfahren Sie mehr über intelligente Städte mit dem City Demonstrator. Was macht unsere Städte Lebenswert, Intelligent und Nachhaltig - die LIN Stadt."
+ "imageLink": "https://citydemonstrator.hft-stuttgart.de/assets/img/iCity_network_1.svg",
+ "keywords": ["Smart City", "Participation", "LIN Stadt"],
+ "description_en": "Learn about Intelligent Cities with our City Demonstrator. Find out what makes our cities Liveable, Intelligent and Sustainable - the LIS city.",
+ "description_de": "Erfahren Sie mehr über intelligente Städte mit dem City Demonstrator. Was macht unsere Städte Lebenswert, Intelligent und Nachhaltig - die LIN Stadt."
},
"refIndex": 5,
"links": {
- "demo": "https://citydemonstrator.hft-stuttgart.de/",
- "project":"http://icity.hft-stuttgart.de/#/"
+ "demo": "https://citydemonstrator.hft-stuttgart.de/",
+ "project": "http://icity.hft-stuttgart.de/#/"
}
- },
+ },
{
"item": {
"title": "Extraction of window contours from point clouds",
@@ -34,16 +33,16 @@
"project_year_start": "2017",
"project_year_end": "2021",
"project_is_on_going": false,
- "imageLink":"https://urbanvis.hft-stuttgart.de/imgs/thumbnails/EssenPC.jpg",
- "keywords":["CityGML", "Urban Simulation","SimStadt", "Point Clouds"],
- "description_en":"As part of Simstadt 2.0, a method was developed to automatically extract window contours from building facedes from high-resolution point clouds to improve simulation accuracy.",
- "description_de":"Im Rahmen von Simstadt 2.0 wurde eine Methode entwickelt, um Fensterkonturen automatisiert in hochauflösenden Punktwolken zu detektieren und zu extrahieren, um die Simulationsgenauigkeit zu erhöhen."
+ "imageLink": "https://urbanvis.hft-stuttgart.de/imgs/thumbnails/EssenPC.jpg",
+ "keywords": ["CityGML", "Urban Simulation", "SimStadt", "Point Clouds"],
+ "description_en": "As part of Simstadt 2.0, a method was developed to automatically extract window contours from building facedes from high-resolution point clouds to improve simulation accuracy.",
+ "description_de": "Im Rahmen von Simstadt 2.0 wurde eine Methode entwickelt, um Fensterkonturen automatisiert in hochauflösenden Punktwolken zu detektieren und zu extrahieren, um die Simulationsgenauigkeit zu erhöhen."
},
"refIndex": 5,
"links": {
- "demo": "https://urbanvis.hft-stuttgart.de/EssenPC.html?",
+ "demo": "https://urbanvis.hft-stuttgart.de/EssenPC.html?",
"publication": "https://www.dgpf.de/src/tagung/jt2018/proceedings/proceedings/papers/44_PFGK18_P03_Schneider_Coors.pdf",
- "project":"https://www.hft-stuttgart.de/forschung/projekte/abgeschlossen/simstadt-20"
+ "project": "https://www.hft-stuttgart.de/forschung/projekte/abgeschlossen/simstadt-20"
}
},
{
@@ -105,7 +104,7 @@
"project_year_end": "2022",
"project_is_on_going": true,
"imageLink": "imgs/thumbnails/ensysle2.jpg",
- "keywords": ["CityGML", "Energy Simulation","Building Energy", "CityGML", "Heat Demand Simulation"],
+ "keywords": ["CityGML", "Energy Simulation", "Building Energy", "CityGML", "Heat Demand Simulation"],
"description_en": "This application use 3D virtual city models to visualize and simulate energy supply scenarios in exemplary counties as well as of the electricity and heat system at the federal level in order to derive an assessment of selected forms of market organisation and regulation.",
"description_de": "This application use 3D virtual city models to visualize and simulate energy supply scenarios in exemplary counties as well as of the electricity and heat system at the federal level in order to derive an assessment of selected forms of market organisation and regulation."
},
@@ -129,7 +128,7 @@
"project_year_end": "2022",
"project_is_on_going": true,
"imageLink": "imgs/thumbnails/gis.jpg",
- "keywords": ["CityGML", "Energy Simulation","Building Energy", "CityGML", "Heat Demand Simulation"],
+ "keywords": ["CityGML", "Energy Simulation", "Building Energy", "CityGML", "Heat Demand Simulation"],
"description_en": "This work introduces a bottom-up GIS-based method for simulation of ground-mounted PV potentials based on digital landscape models that consider terrain slope, orientation, location-specific irradiation, and land use type, and combines this geoinformatical information with a PV yield model that allows to assess hourly PV generation potential on suitable areas.",
"description_de": "This work introduces a bottom-up GIS-based method for simulation of ground-mounted PV potentials based on digital landscape models that consider terrain slope, orientation, location-specific irradiation, and land use type, and combines this geoinformatical information with a PV yield model that allows to assess hourly PV generation potential on suitable areas."
},
@@ -152,7 +151,7 @@
"project_year_end": "2022",
"project_is_on_going": true,
"imageLink": "imgs/thumbnails/regionchooser.jpg",
- "keywords": ["CityGML", "GIS","BBox finder"],
+ "keywords": ["CityGML", "GIS", "BBox finder"],
"description_en": "This application is a web based application with a graphical interface that allows users to extract a specific region by drawing bounding region (box/ polygon). Users can get results in any valid ESPG coordinate system.",
"description_de": "This application is a web based application with a graphical interface that allows users to extract a specific region by drawing bounding region (box/ polygon). Users can get results in any valid ESPG coordinate system."
},
@@ -409,7 +408,7 @@
"project_year_end": "2021",
"project_is_on_going": false,
"imageLink": "imgs/thumbnails/neqmodplus.jpg",
- "keywords": ["CityGML", "Energy Simulation","Building Energy", "CityGML", "3D GIS", "GIS Analyst", "Urban Analytics"],
+ "keywords": ["CityGML", "Energy Simulation", "Building Energy", "CityGML", "3D GIS", "GIS Analyst", "Urban Analytics"],
"description_en": "In the project NeqModPlus we developed models and tools to simulate energy demand and different energy generation systems of buildings and city quarters that can help reach the goal of zero carbon emissions. One of the case studies is a new building of the inner-city campus of the University of Applied Sciences in Stuttgart, Germany.",
"description_de": "In the project NeqModPlus we developed models and tools to simulate energy demand and different energy generation systems of buildings and city quarters that can help reach the goal of zero carbon emissions. One of the case studies is a new building of the inner-city campus of the University of Applied Sciences in Stuttgart, Germany. "
},
@@ -679,6 +678,27 @@
"publication": "content/justin/thesis.pdf"
}
},
+ {
+ "item": {
+ "title": "Development of I3S Encoding of CityGML 3.0 for Indoor Modelling",
+ "project": "Development of I3S Encoding of CityGML 3.0 for Indoor Modelling",
+ "author": {
+ "firstName": "Sanghmitra",
+ "lastName": "Banerjee"
+ },
+ "project_year_start": "2022",
+ "project_year_end": "2023",
+ "project_is_on_going": false,
+ "imageLink": "imgs/thumbnails/smtra.jpg",
+ "keywords": ["CityGML", "Indexed 3D Scene Layer", "Building Scene Layer", "I3S BSL", "3D GIS", "SensorThings", "Indoor Modelling"],
+ "description_en": "The thesis includes the development of conceptual mapping between the elements of CityGML 3.0 building objects and Indexed 3D Scene (I3S) Building Scene Layer (BSL), a new addition to OGC I3S implementation, to support future development of tools, which can encode CityGML 3.0 elements to I3S without any data losses.",
+ "description_de": "Die Arbeit beinhaltet die Entwicklung eines konzeptionellen Mappings zwischen den Elementen von CityGML 3.0-Gebäudeobjekten und dem Indexed 3D Scene (I3S) Building Scene Layer (BSL), einer neuen Ergänzung der OGC I3S-Implementierung, um die zukünftige Entwicklung von Tools zu unterstützen, die CityGML 3.0-Elemente ohne Datenverluste in I3S kodieren können."
+ },
+ "links": {
+ "youtube": "https://www.youtube.com/watch?v=GzvrmpM9zmw "
+ },
+ "refIndex": 9
+ },
{
"item": {
"title": "SolidInjector for CityGML",
@@ -922,4 +942,4 @@
},
"refIndex": 15
}
-]
+]
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