Scope The current research project aims at exploring object detection algorithms using a novel neuromorphic vision sensor with deep learning neural networks for autonomous electric cars. More precisely, this
Tuesday, 14.08.2018 Two new papers introducing an important study on a Novel Approach to Measure Motion-To-Photon and Mouth-To-Ear Latency
Monday, 16th of April 2018 We are pleased to announce that Dr. Cristian Axenie, the head of the AKII Microlab has been awarded an nVidia GPU Grant. The grant
Group Leader, PI in AI and ML - Dr. Cristian Axenie, PI in VR - Prof. Dr. Thomas Grauschopf, PHD Students - Armin Becher,
Prof. Jörg Conradt - Computational Brain Science @ KTH Stockholm Prof. Stefan Glasauer - Center for Sensorimotor Research at the Department of Neurology, Ludwig-Maximilians-University Munich Prof. Maarten de Vos - Computational Intelligence
If you are interested in exploring AI for Biomedical Applications with us, and writing your Bachelor or Master Thesis please contact Dr Cristian Axenie (cristian.axenie@audi-konfuzius-institut-ingolstadt.de) or Prof. Thomas
The AKII Microlab starts its activity in October 2017 with a new research focus on AI for VR. The initial projects of the research group will target the
Concept The project focuses on designing and developing a Deep Learning framework for improved avatar representations in immersive collaborative virtual environments. The proposed infrastructure is built on a modular
The AKII Lab benefits from a diverse range of specialized development tools, sensing infrastructures, and computing systems. Equipment Description High-end PC workstations (with GPU) Intel Core i7 7700K