Radar and Lidar Target Signatures of Various Object Types and Evaluation of Extended Object Tracking Methods for Autonomous Driving Applications. - Stefan Haag; Bharanidhar Duraisamy; Wolfgang Koch 001; Jürgen Dickmann (FUSION, 2018)

Classification Assisted Tracking for Autonomous Driving Domain. - Stefan Haag; Bharanidhar Duraisamy; Wolfgang Koch 001; Jürgen Dickmann (SDF, 2018)

FSimulation Of Horizontal And Vertical Integration In Digital Twins. - Stefan Haag; Carlo Simon (ECMS, 2019)

Extended Object Tracking assisted Adaptive Clustering for Radar in Autonomous Driving Applications. - Stefan Haag; Bharanidhar Duraisamy; Felix Govaers; Wolfgang Koch 001; Martin Fritzsche; Jürgen Dickmann (SDF, 2019)

Automated Ground Truth Estimation For Automotive Radar Tracking Applications With Portable GNSS And IMU Devices. - Nicolas Scheiner; Stefan Haag; Nils Appenrodt; Bharanidhar Duraisamy; Jürgen Dickmann; Martin Fritzsche; Bernhard Sick (CoRR, 2019)

Simulatable Reference Models To Transform Enterprises For The Digital Age - A Case Study -. - Carlo Simon; Stefan Haag (ECMS, 2020)

Detection and Tracking on Automotive Radar Data with Deep Learning. - Julius F. Tilly; Stefan Haag; Ole Schumann; Fabio Weishaupt; Bharanidhar Duraisamy; Jürgen Dickmann; Martin Fritzsche (FUSION, 2020)

OAFuser: Online Adaptive Extended Object Tracking and Fusion using automotive Radar Detections. - Stefan Haag; Bharanidhar Duraisamy; Constantin Blessing; Reiner Marchthaler; Wolfgang Koch 001; Martin Fritzsche; Jürgen Dickmann (MFI, 2020)

Digitale Zwillinge modellieren und verstehen: Eine Fallstudie zum problembasierten und forschenden Lernen (Modeling and Understanding Digital Twins: A Case Study of Problem-Based and Exploratory Learning). - Carlo Simon; Stefan Haag (Modellierung (Companion), 2020)

A Case-Study to Teach Process-Aware Information Systems. - Carlo Simon; Stefan Haag (EMISA Forum, 2020)

Research-Agenda For Process Simulation Dashboards. - Carlo Simon; Stefan Haag; Lara Zakfeld (ECMS, 2021)

UNIFY: Multi-Belief Bayesian Grid Framework based on Automotive Radar. - Stefan Haag; Bharanidhar Duraisamy; Daniel Pfrommer; Wolfgang Koch 001; Martin Fritzsche; Jürgen Dickmann (CoRR, 2021)

Showing the Advantages of Pull over Push Production with the Aid of Petri Nets (Extended Abstract). - Carlo Simon; Stefan Haag; Lara Zakfeld (EMISA Forum, 2021)

Stratification Of Timed Petri Nets At The Example Of A Production Process. - Carlo Simon; Stefan Haag; Lara Zakfeld (ECMS, 2022)

Experiments On GPT-3 Assisted Process Model Development. - Carlo Simon; Stefan Haag; Lara Zakfeld (ECMS, 2023)

Pairing Finite Automata And Petri Nets - Simulation Of Processes In Logistics -. - Carlo Simon; Stefan Haag (ECMS, 2024)

Performance Evaluation of Deep Learning-Based State Estimation: A Comparative Study of KalmanNet. - Arian Mehrfard; Bharanidhar Duraisamy; Stefan Haag; Florian Geiss (SDF, 2024)

Process Management Compass And Competence Ladder To Empower Process Management Skills. - Carlo Simon; Merlin Hladik; Stefan Haag (ECMS, 2025)

Offline Auto Labeling: BAAS. - Stefan Haag; Bharanidhar Duraisamy; Felix Govaers; Wolfgang Koch 001; Martin Fritzsche; Jürgen Dickmann (CoRR, 2025)