A parallel DSP-based neural network emulator with CMOS VLSI packet switching hardware. - Markus Schwarz; Bedrich J. Hosticka; M. Kesper; Peter Richert; Michael Scholles (ASAP, 1994)

Real-Time Application of Biology-Inspired Neural Networks Using and Emulator with Dedicated Communication Hardware. - Michael Scholles; Bedrich J. Hosticka; Markus Schwarz (ISCAS, 1995)

Hardware architecture of a neural net based retina implant for patients suffering from retinitis pigmentosa. - Markus Schwarz; Bedrich J. Hosticka; R. Hauschild; W. Mokwa; Michael Scholles; H. K. Trieu (ICNN, 1996)

Near-Optimal Scheduling of Synchronous Data-Flow Graphs by Exact Calculation of Inter-Processor Communication Costs. - S. Rosner; M. Scholles; D. Forchel (HPCN Europe, 1997)

Modellierung, Realisierung und Anwendungen der Biologie-nahen Signalverarbeitung. - Michael Scholles (VDI-Verlag, 1997)

A VLSI chip for wavelet image compression. - M. Schwarzenberg; M. Traber; M. Scholles; René Schüffny (ISCAS (4), 1999)

IEEE 1394 "FireWire" system design for industrial and factory automation applications. - Michael Scholles; Klaus Frommhagen; Ljudmila Kleinmann; Petra Nauber; Uwe Schelinski (ETFA (2), 2001)

IEEE 1394 for Factory Automation. - Michael Scholles; Uwe Schelinski; Petra Nauber (The Industrial Information Technology Handbook, 2005)

Novel bridge for networking IEEE 1394 clusters via UWB over coaxial cable for HANA & AV/C digital multimedia networks. - Sergio Guillen Servent; Michal Duzynski; Petra Nauber; Michael Scholles; Uwe Schelinski (IEEE Trans. Consumer Electron., 2008)

Ultra Compact Laser Based Projectors and Imagers. - Harald Schenk; Thilo Sandner; Christian Drabe; Michael Scholles; Klaus Frommhagen; Christian Gerwig; Hubert Lakner (HCI (3), 2009)

Cycle time synchronization among IEEE 1394 clusters via UWB over coaxial cable for HANA and AV/C consumer digital multimedia networks. - Sergio Guillen Servent; Michal Duzynski; Michael Scholles; Petra Nauber; Uwe Schelinski (IEEE Trans. Consumer Electron., 2009)