If you are looking for a HiWi position in the field of optical high-frequency technology and photonics or would like to gain experience in scientific work, then we offer you an exciting and varied opportunity here that can be easily adapted to your study plan. As part of our research project, a demo...
As part of a research project, a demonstrator of an optoelectronic test system for LIDAR sensor systems is being developed. This test system is intended to make it possible to fully automatically read out, calibrate and test any LIDAR system for its function and safety. In order to analyze the detec...
As part of a research project, a demonstrator of an optoelectronical test system for LIDAR sensor systems is being developed. This test system will make it possible to read out and calibrate any LIDAR system fully automatically and to test its function and safety. The first major milestone for this ...
As part of a research project, a demonstrator of an optoelectronic test system for LIDAR sensor systems is being developed. This test system is intended to make it possible to read out, calibrate and test the function and safety of any LIDAR system fully automatically. The LIDAR sends out pulses wit...
The further development of imaging LIDAR technologies is of great interest for the future field of autonomous driving and remote sensing. As laser-based sensor systems, they offer a higher spatial resolution than radar systems and guarantee the necessary sensor redundancy. To ensure sufficient accur...
Task description:
Integration of smart home applications is becoming increasingly prevalent in the daily routines of individuals. While audio and RGB camera systems have already paved the way for voice and gesture control in certain households, concerns regarding privacy intrusion persist, partic...
Prof. Dr.-Ing. Martin Vossiek was elected (at rank 1) in the DFG review board election 2023 (for the term 2024 - 2028) for the review board: 4.42 Electrical Engineering and Information Technology, subject: 4.42-02 Communication Technology and Networks, Microwave Technology and Photonic Systems, Sign...
Task description:
Integration of smart home applications is becoming increasingly prevalent in the daily routines of individuals. While audio and RGB camera systems have already paved the way for voice and gesture control in certain households, concerns regarding privacy intrusion persist, partic...
Task description:
Human pose estimation is a pivotal focus in the field of computer vision research, extensively explored over time. It involves analyzing RGB images captured from one or multiple camera angles to predict the skeletal structure of humans, essentially mapping out the keypoints of t...
Task description:
Smart home applications are increasingly finding their way into the everyday lives of many people. Audio and camera systems have already established voice and gesture control in some households. However, the audiovisual sensor technology is a relatively strong intrusion into peo...
On February 9, 2024, the Institute of Microwaves and Photonics (LHFT) held its annual "LHFT Three Minute Thesis Competition". This competition is based on the "Three Minute Thesis competition (3MT™)" held at over 200 international universities. This year's winners are Mr. M.Sc. David Panusch and Mr....
Dr.-Ing. Erik Sippel received the ATE Doctoral Prize on Faculty of Engineering Day 2023. This is awarded in recognition of outstanding scientific achievements to doctoral students at FAU's Faculty of Engineering. In his dissertation "Holographic 3D Indoor Localization", he laid the foundations for p...
Dr. Ingrid Ullmann received the best paper award at the IEEE SENSORS Conference 2023 in Vienna. Her contribution was entitled “Radar-Based Continuous Human Activity Recognition with Multi-Label Classification“ (authors: Ingrid Ullmann, Ronny Guendel, Nicolas Kruse, Francesco Fioranelli, Alexander Ya...
Christoph Kammel, from the Institute of Microwave and Photonics (LHFT), won a prize in the Student Paper Competition at the renowned 2023 IEEE Radar Conference. His paper, titled “MIMO Radar-Based Rotation Parameter Estimation of Non-Cooperative Space Debris Objects”, introduces a novel technique fo...
