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Objective:
Social robotics, human-robot interaction, cognitive and developmental robotics, and Embodied Artificial Intelligence are all areas in which we conduct research. The lab is part of a large new endeavor devoted to computational neuroscience and cognitive robotics research. Kinematics and motion planning, human limb rehabilitation, and synergy identification augmented/virtual reality applications in robotics and kinematics, robot-human interaction, and multi-fingered robotics hands are all topics of research in this lab. This lab has worked on a number of initiatives with both industrial partners and other universities and academic institutions.
Description:
We also encourage and welcome scholars from other domains, such as computer science, physical therapy, control, and mechatronics, to join us, since the multidisciplinary nature of robotics allows for new partnerships and research opportunities. Several robotics-related research teams from several study disciplines, including applied mathematics, architecture, computer science, control, electrical engineering, neurology, mechatronics, and software engineering, have collaborated to create the laboratory. In the following years, considerable market expansion in robotics and associated smart technology fields is expected. This development is addressed by the laboratory, which provides world-class expert training and applies cutting-edge research in robot control, computer vision, communications, data analysis, localization, machine learning, space perception, world modeling, and human-robot interaction to a variety of innovative tasks and projects.
Supervisor:
SRM Fahad Hossain.
Students:
Fahad Ahmed, Farhun Arif Chowdhury, Ziaur Reza Joy.