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Intelligent systems are characterized by learning processes that allow the acquisition of new skills and deal with a large amount of heterogeneous, uncertain and probabilistic data. Due to the complexity of the real-world situations represented by them, the automatic abstraction of information from data, the formation of appropriate representative models, and the semantic processing of existing information is essential to build intelligent systems for digital transformation, such as mobility To enable industry, medicine and education.

Projekte

Alexandria

The ALEXANDRIA project (ERC Nr. 339233) aims to develop models, tools and techniques necessary to explore and analyze Web archives in a meaningful way

AMA - Applied Machine Learning Academy

The aim of the AMA project is s to build up the Applied Machine Learning Academy (AMA) based on a sustainable, flexible and applied qualification concept

AutoPIN

Machine learning and signal processing for automatic analysis of sensor data

BigMedilytics

 Application of Big data technologies for supporting more efficient and effective healthcare systems

BLINKER - Localization and Navigation With a 360°-Camera

The BLINKER project is a collaboration between L3S and Goetting KG, a company which is specialized on driverless transportation systems

BOOST4.0

CHORUS

A highly optimized hardware/software module library for intelligent sensor systems in highly automated driver assistance applications based on the reconfigurable Dream Chip Technologies DCT10A SoM platform

Cleopatra

Cross-lingual Event-centric Open Analytics Research Academy

COVMAP - Comprehensive Conjoint GPS and Video Data Analysis for Smart Maps

During the past years, the availability of spatial data has grown rapidly

Data4UrbanMobility

Data4UrbanMobility focuses on facilitating innovative mobility services and mobility-related infrastructure development in smart cities through comprehensive data analytics