Projects

In-orbit servicing and in-orbit manufacturing operations are becoming increasingly important in todays and future space applications. Almost all potential applications require the ability to interact

The aim of the project is to design and develop a semi-autonomous, mobile system that is capable of harvesting fruit independent of human interaction. While robotic systems are currently used mainly i

The AILHA – AI enhanced Litter Harvester project aims to clean litter from the world's waters and returning the raw materials to the circular economy, e.g. through on-site recycling processes. For thi

Im Projekt smartMILC wird das Konzept eines „digitalen Stalls“ zur Unterstützung von landwirtschaftlichen Prozessen und Services mit besonderem Anwendungsfokus auf dem Nutztier Rind erforscht. Durch d

Augmented visual intelligence and Targeted online research (AviaTor) Phase 2 builds upon the first AviaTor project. AviaTor provides law enforcement with a tool for faster prioritization of the most u

The goal of the research project KAINE (Knowledge based learning platform with Artificial Intelligent structured content) is to better take into account the prior knowledge and experience of the parti

Das Ziel des Projektes KIMonoS ist es, eine Mobility-on-Demand-Plattformlösung auf Basis Künstlicher Intelligenz (KI) zu entwickeln und prototypisch auf kommunaler Ebene im Saarland zu erproben. Damit

VoluProf implements an application that integrates the most realistic and interactive image possible, as well as the teacher's language, into an MR environment (e.g. in the user's living room). The te

The spontaneous vegetation that accompanies arable farming (generally referred to as (un)harmful weeds) can lead to major yield losses if not controlled. However, of the approximately 350 plant specie