Influence of human-computer interface elements on performance of teleoperated mobile robot. - Stanko Kruzic; Josip Music; Ivo Stancic (MIPRO, 2017)

Identifying Needs of Robotic and Technological Solutions for the Classroom. - Snezhana Kostova; Maya Dimitrova; Vassilis G. Kaburlasos; Eleni Vrochidou; George A. Papakostas; Theodore P. Pachidis; Svetoslava Saeva; Mirjana Bonkovic; Stanko Kruzic; Tea Marasovic; Josip Music; Vladan Papic; et al. (SoftCOM, 2018)

Adaptive Fuzzy Mediation for Multimodal Control of Mobile Robots in Navigation-Based Tasks. - Josip Music; Stanko Kruzic; Ivo Stancic; Vladan Papic (Int. J. Comput. Intell. Syst., 2019)

Estimating Robot Manipulator End-effector Forces using Deep Learning. - Stanko Kruzic; Josip Music; Roman Kamnik; Vladan Papic (MIPRO, 2020)

Deep Semantic Image Segmentation for UAV-UGV Cooperative Path Planning: A Car Park Use Case. - Mirela Kundid Vasic; Ahmad Drak; Nediljko Bugarin; Stanko Kruzic; Josip Music; Christoph Pomrehn; Maximilian Schöbel; Maximilian Johenneken; Ivo Stancic; Vladan Papic; Rainer Herpers (SoftCOM, 2020)

Crash course learning: an automated approach to simulation-driven LiDAR-basedtraining of neural networks for obstacle avoidance in mobile robotics. - Stanko Kruzic; Josip Music; Mirjana Bonkovic; Frantisek Duchon (Turkish J. Electr. Eng. Comput. Sci., 2020)

Neural Network-based End-effector Force Estimation for Mobile Manipulator on Simulated Uneven Surfaces. - Stanko Kruzic; Josip Music; Ivo Stancic; Vladan Papic (SoftCOM, 2022)

Artificial intelligence-based methods for interaction force estimation and mediated navigation of a robot manipulator on a mobile base ; Metode umjetne inteligencije za procjenu sila interakcije i medijacijsku navigaciju robotskog manipulatora na mobilnoj platformi. - Stanko Kruzic (2022)