Erik Kampert

Papers

Total Citations

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About

Erik Kampert’s research sits at the intersection of advanced wireless communications and intelligent energy systems, with a focus on massive MIMO, millimeter-wave (mm-Wave) technology, and power line communication (PLC) for battery management. In his most-cited work, Kampert tackles the challenge of hybrid beamforming for massive MIMO mm-Wave systems in industrial environments. He developed novel precoder and combiner schemes that address the impact of overlapped angles of arrival (AoAs) on uplink rates, enabling efficient multi-user communication with far fewer radio frequency chains than antennas—a critical step toward practical, high-capacity 5G and beyond networks. This paper has garnered 7 citations, reflecting its relevance to the ongoing evolution of beamforming design. More recently, Kampert has applied his expertise to smart energy storage, proposing an in-situ QAM-based PLC approach for large-scale intelligent battery management systems. This work, with 3 citations, enables decentralized communication between smart battery cells, external BMS, and the smart grid, enhancing both system intelligence and integration. His contributions bridge the gap between high-speed wireless connectivity and sustainable energy infrastructure, marking him as a versatile researcher with impact across two transformative fields.