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个人简介
Dr. Heinrich Meyr received his M.Sc. and Ph.D. from ETH Zurich, Switzerland in 1967 and 1973, respectively. He spent over 12 years in various research and management positions in industry before accepting a professorship in electrical engineering at RWTH Aachen University in 1977. At RWTH Aachen he has founded the Institute for Integrated Signal Processing System (ISS) involved in the analysis and design of complex signal processing systems for communication applications. He implemented an innovative cooperation model between university and industry without compromising academic excellence with a highly successful fundraising program. Major industry funding included grants from leading US and European companies.
In 1998 and 2000 he was a visiting scholar at UC Berkeley´s wireless research center.
During the last 40 years, Dr. Meyr has worked extensively in the areas of communication theory, digital signal processing and CAD tools for system-level design. He pioneered cross-disciplinary research which emphasizes the interaction of the previously unrelated areas of algorithm design ("theory"), VLSI-architecture ("implementation"), and design methodology ("tools") in the late 80´s. He has made significant contributions or defined and guided research in all three areas mentioned above. He and his students contributed innovative designs of Viterbi- and MAP decoders; they implemented one of the first DVB-S (1997) and DVB-T (2000) receiver chips. Recently, they designed the first sphere decoder (2010) with soft-input-soft-output capability as a key building block of an iterative receiver for MIMO transmission. In collaboration with ETH-Zürich and EPFL, Switzerland, the team implemented the first complete receiver chip for iterative MIMO transmission in 2012.
In 1998 and 2000 he was a visiting scholar at UC Berkeley´s wireless research center.
During the last 40 years, Dr. Meyr has worked extensively in the areas of communication theory, digital signal processing and CAD tools for system-level design. He pioneered cross-disciplinary research which emphasizes the interaction of the previously unrelated areas of algorithm design ("theory"), VLSI-architecture ("implementation"), and design methodology ("tools") in the late 80´s. He has made significant contributions or defined and guided research in all three areas mentioned above. He and his students contributed innovative designs of Viterbi- and MAP decoders; they implemented one of the first DVB-S (1997) and DVB-T (2000) receiver chips. Recently, they designed the first sphere decoder (2010) with soft-input-soft-output capability as a key building block of an iterative receiver for MIMO transmission. In collaboration with ETH-Zürich and EPFL, Switzerland, the team implemented the first complete receiver chip for iterative MIMO transmission in 2012.
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