Liang, Z. and Ascheid, G.: Subcarrier Grouping with Linear Time-Domain Compensation for Low-Complexity Millimeter Wave OFDM Multiuser Systems, in Proceedings of IEEE Vehicular Technology Conference (VTC-Fall), IEEE, Sep. 2021, accepted for publication
Copic, M., Leupers, R. and Ascheid, G.: Leveraging Nondeterminism in Mixed Classic/Adaptive AUTOSAR Systems for Runnable Configuration, in Design Automation Conference (DAC), Work-in-Progress Session, 2021, accepted for publication
Copic, M., Leupers, R. and Ascheid, G.: Runnable Configuration in Mixed Classic/Adaptive AUTOSAR Systems by Leveraging Nondeterminism, in Proceedings of 24th Euromicro Conference on Digital System Design (DSD), 2021, accepted for publication
Bytyn, A., Leupers, R. and Ascheid, G.: ConvAix: An Application-Specific Instruction-Set Processor for the Efficient Acceleration of CNN, in IEEE Open Journal of Circuits and Systems, Vol. 2, pp. 3-15, 2021, 10.1109/OJCAS.2020.3037758
Liang, Z., Wu, S.-j. and Ascheid, G.: Low Time-Complexity Learning-Aided Codebook-Based Beam Forming Selection in MmWave System, in Proceedings of European Wireless Conference (EW), VDE, 2021, accepted for publication
Prof. Ascheid received the Dipl.-Ing. and Dr.-Ing. (PhD) degrees from the Aachen University in 1977 and 1984. PhD research focused on synchronization algorithms for digital receivers and their implementation using digital signal processing. This work was complemented by measurement and analysis of the non-linear behaviour of phase locked loops in noise. After the PhD he worked as Sr. Researcher at the Aachen University , continuing the research on synchronization and working on various industry consulting projects for European and US based companies. During that time he co-authored (jointly with Dr. Meyr) the book "Synchronization in Digital Communications", published by Wiley in 1990.
In 1989 he started as a co-founder CADIS GmbH, a company which commercialized the COSSAP tool suite. As Managing Director he headed the design service activities of CADIS. Since 1994, when Synopsys acquired CADIS, he has held various positions at Synopsys. In my last position as a Sr. Director, he had worldwide responsibility for professional design services in Wireless and Broadband Communications with teams in Germany, France, India and US. Design projects mainly focused on system specification and implementation of the digital baseband section for wireless communication systems. Applications covered include Digital Video Broadcasting via Satellite, a proprietary satellite-based WAN, satellite-based mobile digital audio broadcasting (US), Spacecraft Transponder (for the European Space Agency, ESA), digital microwave (4-256 QAM), and cell phone standards like GSM/GPRS, EDGE, WCDMA(UMTS). Broadband designs were mainly in the areas of ATM and IP sec.
An essential part of the design projects was the development and advancement of the methodology required to effectively and successfully develop ASICs for complex wireless communication systems ("SoC"). Goal was a seamless design methodology from algorithm development through architecture optimization, HW/SW partitioning and implementation to correctly operating, competitive systems. A key element of the design process is standard compliance and verification. My responsibility also included Wireless and Broadband conformance verification products supporting this goal:
- Telecom Workbenches covering SDH, SONET, ATM and IP as well as
- Design Conformance Labs (based on Synopsys' tool CCSS) for GSM, EDGE, WCDMA, and TD-SCDMA
Teaching activities during that time include a seminar for professional engineers on "Advanced Digital Receivers for Wireless Communications", held jointly with H. Meyr, and an annual lecture on "Computer aided design of digital mobile receivers" at the Aachen University.