Description: Mit BigGIS soll eine neue Generation von GIS entwickelt und erforscht werden, die mit neuen Mechanismen in vielfältigen Szenarien Entscheidungen auf der Basis großer Mengen an heterogenen Daten besser und schneller unterstützen. Die Neuheit liegt besonders in der integrierten Betrachtung von Zeit und Raum in der Analyse, der Berücksichtigung wesentlich größerer Mengen auch unstrukturierter und unzuverlässiger Datenmengen, und einer durchgehenden Prozessierungspipeline, die neben deskriptiven auch prädiktive und präskriptive sowie visuelle Analysen unterstützt. In den drei Anwendungsfällen 'Katastrophenschutz', 'Umwelt', sowie 'Smart City und Gesundheit' werden prototypische Problemstellungen adressiert und Lösungen erarbeitet sowie empirisch validiert und weiterentwickelt.
Projektziele: Erforschung, Evaluation und Demonstration einer neuen Generation von GIS: - Heterogene geo-temporale Daten - Integrierte Betrachtung von Zeit und Raum in der Analyse - Unstrukturierte und unzuverlässige Datenmengen - Durchgehende Prozessierungspipeline für prädiktive, präskriptive und visuelle Analyse.
Szenarien: - Smart City und Gesundheit (Urban Heat Islands, Feinstaub) - Umweltmanagement (Gesundheitsgefährdende Tiere / Pflanzen) - Katastrophenschutz (Luft / Giftgas).
Types:
SupportProgram
Tags:
Karlsruhe
?
Baden-Württemberg
?
Feinstaub
?
Citymaut
?
Smart City
?
Island
?
Geodateninfrastruktur
?
Geografisches Informationssystem
?
Szenario
?
Prognose
?
Umweltmonitoring
?
Umweltmanagement
?
Messdaten
?
Automatisierung
?
Management
?
Technik
?
Technische Infrastruktur
?
Datenverarbeitung
?
Pflanze
?
Berechnungsverfahren
?
Prognosedaten
?
Fernerkundungsdaten
?
Geodaten
?
Bewertung
?
Informatik
?
Katastrophenschutz
?
Datenerhebung
?
Umweltinformation
?
Naturschutz
?
Stadt
?
Empirische Untersuchung
?
Fernerkundung
?
Forschungseinrichtung
?
Infrastruktur
?
Zuverlässigkeit
?
Region:
Baden-Württemberg
Nordrhein-Westfalen
Bounding boxes:
7.511871829803615° .. 10.495748779340031° x 47.53236022054888° .. 49.79147764979833°
5.8662503507406045° .. 9.461478369136085° x 50.323011952581965° .. 52.53144342795586°
License: Creative Commons Namensnennung-keine Bearbeitung-Nichtkommerziell 4.0
Language: Deutsch
Organisations
Last harvest: 10.06.2026 00:11
Time ranges:
2015-04-01 - 2018-03-31
Alternatives
-
Source: ufordat-uba
Title: BigGIS - Prädiktive und präskriptive Geoinformationssysteme basierend auf hochdimensionalen geo-temporalen Datenstrukturen
URL: https://ufordat.uba.de/UFORDAT/pages/PublicRedirect.aspx?TYP=PR&DSNR=1058852
-
Source: ufordat-uba
Title: BigGIS - Prädiktive und präskriptive Geoinformationssysteme basierend auf hochdimensionalen geo-temporalen Datenstrukturen
URL: https://ufordat.uba.de/UFORDAT/pages/PublicRedirect.aspx?TYP=PR&DSNR=1058879
-
Source: ufordat-uba
Title: BigGIS - Prädiktive und präskriptive Geoinformationssysteme basierend auf hochdimensionalen geo-temporalen Datenstrukturen
URL: https://ufordat.uba.de/UFORDAT/pages/PublicRedirect.aspx?TYP=PR&DSNR=1058882
-
Language: Englisch/English
Title: Composite project: BigGIS - Predictive and prescriptive GIS based on high-dimensional geo-temporal data structures
Description: BigGIS is a new generation of GIS that supports decision making in multiple scenarios which require processing of large and heterogeneous data sets.
The novelty lies in an integrated analytical approach to spatio-temporal data, that are unstructured and from unreliable sources. The system provides predictive, prescriptive and visual tool integrated in a common analytical pipeline.
The prototype will be evaluated on three scenarios - 'Smart city', 'Environmental management' and 'Disaster control'.
Project goals: Development, evaluation and demonstration of a new generation of GIS: - Heterogeneous geo-temporal data - Integrated analysis of spatio-temporal data - Unstructured and unreliable datasets - Analytical pipeline for predictive, prescriptive and visual analysis.
Scenarios: - Smart city and health (urban heat islands, particulate matter) - Environmental management (health threatening animals and plants) - Disaster control, civil protection (air pollution, toxic chemicals).
URL: https://ufordat.uba.de/UFORDAT/pages/PublicRedirect.aspx?TYP=PR&DSNR=1058852
-
Language: Englisch/English
Title: Composite project: BigGIS - Predictive and prescriptive GIS based on high-dimensional geo-temporal data structures
Description: BigGIS is a new generation of GIS that supports decision making in multiple scenarios which require processing of large and heterogeneous data sets.
The novelty lies in an integrated analytical approach to spatio-temporal data, that are unstructured and from unreliable sources. The system provides predictive, prescriptive and visual tool integrated in a common analytical pipeline.
The prototype will be evaluated on three scenarios - 'Smart city', 'Environmental management' and 'Disaster control'.
Project goals: Development, evaluation and demonstration of a new generation of GIS: - Heterogeneous geo-temporal data - Integrated analysis of spatio-temporal data - Unstructured and unreliable datasets - Analytical pipeline for predictive, prescriptive and visual analysis.
Scenarios: - Smart city and health (urban heat islands, particulate matter) - Environmental management (health threatening animals and plants) - Disaster control, civil protection (air pollution, toxic chemicals).
URL: https://ufordat.uba.de/UFORDAT/pages/PublicRedirect.aspx?TYP=PR&DSNR=1058860
-
Language: Englisch/English
Title: Composite project: BigGIS - Predictive and prescriptive GIS based on high-dimensional geo-temporal data structures
Description: BigGIS is a new generation of GIS that supports decision making in multiple scenarios which require processing of large and heterogeneous data sets.
The novelty lies in an integrated analytical approach to spatio-temporal data, that are unstructured and from unreliable sources. The system provides predictive, prescriptive and visual tool integrated in a common analytical pipeline.
The prototype will be evaluated on three scenarios - 'Smart city', 'Environmental management' and 'Disaster control'.
Project goals: Development, evaluation and demonstration of a new generation of GIS: - Heterogeneous geo-temporal data - Integrated analysis of spatio-temporal data - Unstructured and unreliable datasets - Analytical pipeline for predictive, prescriptive and visual analysis.
Scenarios: - Smart city and health (urban heat islands, particulate matter) - Environmental management (health threatening animals and plants) - Disaster control, civil protection (air pollution, toxic chemicals).
URL: https://ufordat.uba.de/UFORDAT/pages/PublicRedirect.aspx?TYP=PR&DSNR=1058879
-
Language: Englisch/English
Title: Composite project: BigGIS - Predictive and prescriptive GIS based on high-dimensional geo-temporal data structures
Description: BigGIS is a new generation of GIS that supports decision making in multiple scenarios which require processing of large and heterogeneous data sets.
The novelty lies in an integrated analytical approach to spatio-temporal data, that are unstructured and from unreliable sources. The system provides predictive, prescriptive and visual tool integrated in a common analytical pipeline.
The prototype will be evaluated on three scenarios - 'Smart city', 'Environmental management' and 'Disaster control'.
Project goals: Development, evaluation and demonstration of a new generation of GIS: - Heterogeneous geo-temporal data - Integrated analysis of spatio-temporal data - Unstructured and unreliable datasets - Analytical pipeline for predictive, prescriptive and visual analysis.
Scenarios: - Smart city and health (urban heat islands, particulate matter) - Environmental management (health threatening animals and plants) - Disaster control, civil protection (air pollution, toxic chemicals).
URL: https://ufordat.uba.de/UFORDAT/pages/PublicRedirect.aspx?TYP=PR&DSNR=1058882
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