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are equipped with our technology and more than every second bit transmitted via the internet is generated using methods that were developed in our department. Become a part of our team and join us on our journey
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Full-time student (Bachelors or Masters) at a German (International) university preferably in the field of electrical engineering, computer science engineering, communications engineering or physics or a
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activities, from design, experimental validation and standardization to prototype development of communication systems based on innovative technology concepts. We are currently looking for committed students
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the field of communications engineering, computer science, electrical engineering or similar disciplines Good knowledge of programming FPGAs, especially the latest generation of Xilinx SoCs good knowledge
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of technology opens up the scope for exciting scientific projects with a clear application perspective. Photodetectors developed at HHI can be found at the end of optical fibers, in scientific detectors (e.g
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detection and analysis Development of methods for comparing real and synthetic 3D data What you bring to the table You are studying for a Master's degree in computer science, mathematics or an equivalent
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of electrical engineering, computer science engineering, communications engineering or physics or a comparable course of study with very good grades First experiences with algorithm development, preferably using
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development (design, simulation, EMC compatibility, FPGA programming in VHDL) What you bring to the table Full-time students of electrical engineering, physics or communications engineering with good to very
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of research and innovation! What you will do Applied science in exciting projects Design, execute and document machine learning experiments Testing the latest deep learning architectures and methods Analysis
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that enable interactions between them. The group's research is at the interface between cognitive science, machine learning and human-machine interaction. The applications of the developed solutions extend over