We explore concepts to replace wired networks for the communication of time- and security-critical messages with wireless connections in industrial applications.
The goal of the project is to characterize and model ferrite foils for wireless power transfer systems at 13.56MHz. This knowledge allows a simplified design process and shorter development times.
The goal of this project is to investigate the cutting-edge technology nodes and their performance for applications operating beyond 100GHz and 100Gbps.
Analog Generators for innovative analog/mixed-signal circuit design
The goal of this project is to capture analog IC engineering knowledge in executable analog generators that can be reused across multiple SoCs and technology generations.
We develop massive-MIMO mm-Wave frontend modules for 5G communication, with innovative solutions for integrated transmitters and receivers combined with new heterogeneous integration technologies.
Enable industry partners to utilize academic machine learning advances in real world settings and apply data driven approaches to master specific challenges on factory floors like Quality Control, Predictive Maintenance, etc.
A central element for wireless sensor and actuator networks is the gateway, which forms the connection between different wireless and wired communication standards (such as Ethernet). This project is involved with gateway architectures and protocols ...
The objective of this project is to set up an mm wave laboratory for radar and communication in conjunction with the Johannes Kepler University (JKU) and industry.
