Improving wheelchair-driving using a sensor system to control wheelchair-veer and variable-switches as an alternative to digital-switches or joysticks. - David A. Sanders; Martin Langner; Giles Tewkesbury (Ind. Robot, 2010)

Tele-operator performance and their perception of system time lags when completing mobile robot tasks. - David A. Sanders; Martin Langner; Alexander E. Gegov; David Ndzi; Heather M. Sanders; Giles Tewkesbury (HSI, 2016)

Wahrnehmung und digitale Mustererkennung am Beispiel antiker Terrakottastatuetten. - Lucie Böttger; Alexander Zeckey; Martin Langner (DHd, 2018)

Improving Human-Machine Interaction for a Powered Wheelchair Driver by Using Variable-Switches and Sensors that Reduce Wheelchair-Veer. - David A. Sanders; Martin Langner; Nils Bausch; Ya Huang; Sergey Khaustov; Sarinova Simandjuntak (IntelliSys (2), 2019)

Using a Simple Expert System to Assist a Powered Wheelchair User. - David A. Sanders; Ogechukwu Okonor; Martin Langner; Mohamed Hassan 001; Sergey Khaustov; Peter Osagie Omoarebun (IntelliSys (1), 2019)

SCHEMATA: 3D Classification and Categorization of Ancient Terracotta Figurines. - Alexander Zeckey; Martin Langner (ICAART (2), 2020)

Intelligent Control of the Steering for a Powered Wheelchair Using a Microcomputer. - Malik Haddad; David A. Sanders; Martin Langner; Nils Bausch; Mohamad Thabet; Alexander E. Gegov; Giles Tewkesbury; Favour Ikwan (IntelliSys (3), 2020)

Intelligent System to Analyze Data About Powered Wheelchair Drivers. - Malik Haddad; David Sanders 001; Martin Langner; Mohamad Thabet; Peter Omoarebun; Alexander E. Gegov; Nils Bausch; Khaled Giasin (IntelliSys (3), 2020)

Introducing Time-Delays to Analyze Driver Reaction Times When Using a Powered Wheelchair. - David A. Sanders; Malik Haddad; Martin Langner; Peter Omoarebun; John Chiverton; Mohamed Hassan 001; Shikun Zhou; Boriana Vatchova (IntelliSys (3), 2020)

Intelligent HMI and Control for Steering a Powered Wheelchair Using a Raspberry Pi Microcomputer. - Malik Haddad; David A. Sanders; Favour Ikwan; Mohamad Thabet; Martin Langner; Alexander E. Gegov (IEEE Conf. on Intelligent Systems, 2020)

Steering Direction for a Powered-Wheelchair Using the Analytical Hierarchy Process. - Malik Haddad; David A. Sanders; Martin Langner; Favour Ikwan; Giles Tewkesbury; Alexander E. Gegov (IEEE Conf. on Intelligent Systems, 2020)

Initial Results from Using an Intelligent System to Analyse Powered Wheelchair Users' Data. - Malik Haddad; David A. Sanders; Martin Langner; Peter Omoarebun; Mohamad Thabet; Alexander E. Gegov (IEEE Conf. on Intelligent Systems, 2020)

One Shot Learning Approach to Identify Drivers. - Malik Haddad; David A. Sanders; Martin Langner; Giles Tewkesbury (IntelliSys (1), 2021)

Intelligent User Interface to Control a Powered Wheelchair Using Infrared Sensors. - Malik Haddad; David A. Sanders; Giles Tewkesbury; Martin Langner; Sarinova Simandjuntak (IntelliSys (1), 2021)

Intelligent Assistive Sensors and Smart Systems for the Control and Analysis of Driver Reaction Times. - David A. Sanders; Malik Haddad; Giles Tewkesbury; Tom Barker; Martin Langner; Alexander E. Gegov (Advances in Intelligent Systems Research and Innovation, 2022)

Human Machine Interaction Using Zero Force Sensing Switches Incorporating Self-adaptation. - Martin Langner; David A. Sanders; Giles Tewkesbury; Shikun Zhou; Malik Haddad (BECB, 2022)

Deep Level Annotation for Painter Attribution on Greek Vases utilizing Object Detection. - Marta Kipke; Lukas Brinkmeyer; Souaybou Bagayoko; Lars Schmidt-Thieme; Martin Langner (SUMAC @ ACM Multimedia, 2022)