EASE bei der “Kinderradionacht 2020”
Der SFB EASE wird am 27.11.2020 an der "Kinderrradionacht" der ARD teilnehmen.Um 22:47 Uhr läuft der Beitrag zum Thema "Mein Freund, der Roboter" von Andree Pfitzner und den Bremen-Vier-Kinderreportern, die…
Der SFB EASE wird am 27.11.2020 an der "Kinderrradionacht" der ARD teilnehmen.Um 22:47 Uhr läuft der Beitrag zum Thema "Mein Freund, der Roboter" von Andree Pfitzner und den Bremen-Vier-Kinderreportern, die…
In a series of public lectures organized by EASE PI Prof. Dr. Tanja Schultz (Cognitive Systems Lab) and colleagues, interdisciplinary approaches in brain research are presented and discussed. The series…
Congratulations to our colleagues from TU Munich, Constantin Uhde and Gordon Cheng, and their collaborator Karinne Ramirez Amaro from Chalmers University of Technology, Sweden!Their paper "The Robot As Scientist: Using…
On September 30, 2020 the CRC EASE held its third Milestone Meeting via Zoom conference!This year's Milestone Meeting was quite different due to the coronavirus pandemic. The annual meeting is…
We would like to draw your attention to the online conference "Democratize AI with open research" organized by the Institute for Artificial Intelligence (IAI) at Bremen University running from September…
We want to draw your attention to the online conference "Democratize AI with open research" organized by the Institute for Artificial Intelligence at Bremen University. From September 30 to October…
Robots acting in real-world environments, such as human households, require a vast amount of various knowledge to be able to execute their tasks. For example, consider the task of setting…
(Avadh Dwivedi, 2017) In recent years, it has been shown that robotic agents are able to generate human-like behavior for everyday tasks such as preparing a meal, or making a…
Photo Credits: Prof. Tanja Schultz, Uni Bremen The BREMEN BIG DATA CHALLENGE 2020 is finished!This years' challenge was a little different than usual due to the coronavirus. The deadline was…
Introduction There is a fundamental trade-off between the specificity and generality of robot plans. Specific plans are tailored for specific tasks, specific robots, specific objects, and specific environments. They can,…