We are constantly looking for committed new colleagues for our team! If you are interested in working at the chair, e.g., as SHK (student helper), PhD researcher or Post-Doc, please visit this website to get informed about new positions!
Open SHK (student helper) positions can also be found on our extra page.
We are currently looking for a research assistant to support our Machine Learning team for a research project. The team is currently working on researching scaling of cloud systems. The approach currently being worked on comes from the field of load prediction with uncertainty. The task is to help implement, test and document the existing approach in a suitable testbed. The conception is still adaptable, should changes be recommended. If necessary, adjustments and optimizations to the approach may still be applied. After successful implementation, a corresponding evaluation will take place. We will publish the results of our work in suitable (international) scientific publications.
Please submit your application documents until June 28, 2022.
We seek applications for three positions in Quantum Technologies for the experimental realization of low-latency resilient 6G-quantum communications. Low latency will be a critical key performance indicator (KPI) in future 6G communication networks. Moreover, the experimental generation and distribution of quantum entanglement at the physical layer is critical for its exploitation in future 6G communication networks. The employment of entanglement can enable efficient and effective shared randomness, which can be used for example in compressed sensing and Post-Shannon communications. However, physical parameters like probability of correct entanglement generation and fidelity have a key role. Next, quantum routers have not been standardized yet. This both from a hardware and software perspective. Additionally, it is important to integrate such a quantum routing platform with the 6G networks. Finally, quantum communication technologies have been initially proposed to achieve unprecedented security. A well-known example is the release of various quantum key distribution (QKD) protocols for making information-theoretic secure existing and upcoming classical communications. However, the realization of quantum communication networks, and their integration with future 6G architecture, is going to open new challenges from security perspective and arise new security threats. These may be critical for the future quantum-classical architecture and can eventually decrease the achievements obtained with the convergence of quantum and classical technologies into a unique network. That is why, it is important to investigate secure and resilient solutions for future 6G-quantum networks.
will have to design and realize in the experimental demonstrator the physical-layer protocol for entanglement generation and distribution. Different quantum entanglement sources will be considered according to the requirements of different kinds of applications.
will have the design and realization of the quantum router and quantum routing protocols will consider first the theoretical approach and then the subsequent practical implementation and integration in the testbed. The research and design will also take into account the employment of quantum routers in future 6G metropolitan area networks.
will ensure the design and realization of secure solutions for entanglement generation and distribution and for quantum routing. The collaboration will involve the design phase and the realization phase.
More details about the 6G-life Research-Hub are given under 6g-life.de.
Please submit your application documents until July 08, 2022.