Holistic development of a full-active electric vehicle by means of a model-based systems engineering. - Xiaobo Liu-Henke; Sören Scherler; Matthias Fritsch; Florian Quantmeyer (ISSE, 2016)

Model-based design of a scalable battery management system by using a low-cost Rapid Control Prototyping System. - Sven Jacobitz; Sören Scherler; Xiaobo Liu-Henke (EVER, 2018)

Holistic design of an electric vehicle with range extender in connected traffic systems. - Sören Scherler; Xiaobo Liu-Henke (EVER, 2018)

Design of a Self-Optimized Electronic Management for Autonomous Electric Vehicles with Fuel Cells as Range Extenders using the Intelligent Guidance Platform doplar. - Sören Scherler; Marian Göllner; Xiaobo Liu-Henke (EVER, 2020)

Artificial Neural Networks and Reinforcement Learning for Model-based Design of an Automated Vehicle Guidance System. - Or Aviv Yarom; Sören Scherler; Marian Göllner; Xiaobo Liu-Henke (ICAART (2), 2020)

Driving-Simulator-in-the-Loop - Virtual Function Design with Consideration of Human Behaviour. - Xiaobo Liu-Henke; Marian Göllner; Sven Jacobitz; Sören Scherler; Jie Zhang; Or Aviv Yarom (ISSE, 2020)

Virtual Development and Validation of a Function for an Automated Lateral Control using Artificial Neural Networks and Genetic Algorithms. - Xiaobo Liu-Henke; Or Aviv Yarom; Sören Scherler (VTC Spring, 2020)

Conception and Realization of a Mobile HiL Test Bench for V2X Communication. - Sören Scherler; Xiaobo Liu-Henke (VTC Spring, 2020)

A Holistic Methodology for Model-based Design of Mechatronic Systems in Digitized and Connected System Environments. - Xiaobo Liu-Henke; Sven Jacobitz; Sören Scherler; Marian Göllner; Or Aviv Yarom; Jie Zhang (ICSOFT, 2021)

Cloud-based V2X communication for dynamic intelligent guidance in connected traffic systems. - Sören Scherler; Sven Jacobitz; Xiaobo Liu-Henke; Markus Henke (ISSE, 2021)