ASIC zur Erzeugung einer Bildpyramide in Echtzeit per Tiefpassfilterung und Skalierung. - Manuel Umlauf; Alexander Kordes; Sebastian Hellekes; Amin Jemili; Maik Simon; Tim Martin Werner; Matthias Mielke; André Schäfer; Rainer Brück 001 (Informatiktage, 2011)

A wired-AND transistor: Polarity controllable FET with multiple inputs. - Maik Simon; Jens Trommer; Boshen Liang; D. Fischer; Tim Baldauf; Muhammad Bilal Khan; Andre Heinzig; M. Knaut; Yordan M. Georgiev; Artur Erbe; J. W. Bartha; Thomas Mikolajick; et al. (DRC, 2018)

Scale-Adaptive Real-Time Crowd Detection and Counting for Drone Images. - Markus Küchhold; Maik Simon; Volker Eiselein; Thomas Sikora (ICIP, 2018)

Restricted Boltzmann Machine Image Compression. - Markus Kuchhold; Maik Simon; Thomas Sikora (PCS, 2018)

Video-based Bottleneck Detection utilizing Lagrangian Dynamics in Crowded Scenes. - Maik Simon; Markus Küchhold; Tobias Senst; Erik Bochinski; Thomas Sikora (AVSS, 2019)

Eliminating Charge Sharing in Clocked Logic Gates on the Device Level Employing Transistors with Multiple Independent Inputs. - Jens Trommer; Maik Simon; Stefan Slesazeck; Walter M. Weber; Thomas Mikolajick (ESSDERC, 2019)

Towards Scalable Reconfigurable Field Effect Transistor using Flash Lamp Annealing. - Muhammad Bilal Khan; Sayantan Ghosh; Slawomir Prucnal; Tom Mauersberger; René Hübner; Maik Simon; Thomas Mikolajick; Artur Erbe; Yordan M. Georgiev (DRC, 2020)

Utilizing Crowd Collectiveness to Enhance Bottleneck Detection Based on the Lagrangian Framework. - Maik Simon; Erik Bochinski; Markus Küchhold; Thomas Sikora (AVSS, 2022)

Bottleneck Detection in Crowded Video Scenes Utilizing Lagrangian Motion Analysis Via Density and Arc Length Measures. - Maik Simon; Erik Bochinski; Markus Küchhold; Thomas Sikora (ICME Workshops, 2022)

Compact Modeling of Channel-Resistance Effects in Reconfigurable Field-Effect Transistors. - Christian Römer; Ghader Darbandy; Mike Schwarz; Jens Trommer; Maik Simon; Andre Heinzig; Thomas Mikolajick; Walter M. Weber; Benjamín Iñíguez; Alexander Kloes (MIXDES, 2022)

Ferroelectric FETs as Embedded NVRAM Supporting Cryogenic Quantum Processors. - Shouzhuo Yang; Yannick Raffel; Ricardo Olivo; Franz Müller 001; Raik Hoffmann; David Lehninger; Oliver Ostien; Maik Simon; Konrad Seidel; Thomas Kämpfe; Maximilian Lederer; Gerald Gerlach (NVMTS, 2024)

Defect Dynamics and Flicker Noise in Ferroelectric Field Effect Transistors at Cryogenic Temperatures. - Shouzhuo Yang; Yannick Raffel; Ricardo Olivo; Raik Hoffmann; David Lehninger; Oliver Ostien; Maik Simon; Konrad Seidel; Thomas Kämpfe; Maximilian Lederer; Gerald Gerlach (IRPS, 2025)