HomeCore R&DHuman Locomotion, Big Data and Physical AI Group
Human
Locomotion,
Big Data and
Physical AI Group
the objective
Development of human-aware locomotion models and big-data for AI-driven Bio-Robotic systems and artificial limbs
Bio-Robotic platforms and artificial limbs require strong human awareness and locomotion prediction capabilities to provide harmonious and intuitive locomotion behavior to their human operators. Our conceptual model focus on the development of unique Physical AI models and hardware to allow such capabilities. Training of such models require elaborate, tagged, large-scale human limbs locomotion data.
Bility will provide its collaborators and clients from related industries access to its Physical AI models, big-data and other tools.
The method
What do we develop?
We are developing human-aware bio-robotic locomotion AI models and simulator, based on real world data, calculated meta data, and bio mechanics models.
The simulator will be able to generate unified, tagged and detailed human-aware locomotion data, carefully designed to achieve effective and accurate AI training. We will provide data access, tools and a framework that will enable the collaborative development of AI-driven human-aware bio-robotic systems.
Target users
Who can use our products?
We will provide access to our human-aware locomotion AI models, big-data, simulator and tools to our collaborators and other organizations, so that they can leverage our technology and data to achieve enhanced capabilities in their own proprietary products and projects.
Robotics and Bio-Robotic industries
Medical robots, Industrial robots, humanoid robots, artificial limb manufacturers and related R&D groups will be able to use our big-data simulator and tools to achieve superior human-like behavior in their products and may leverage our collaborative development framework to accelerate AI-based product development.
Sports and wearables industries
Sport shoes, advanced sport clothes and wearable devices manufacturers are developing products that their effective functionality depends upon the understanding of body posture, spatial movement and movement dynamic.
The integration of our big data, simulator and tools in the R&D process of these products may enable a better understanding of human limb locomotion and the development of the next product generation with superior performance.
Space industry
The space industry is a fast-growing industry that heavily relies on robotic systems and autonomous modules that perform various tasks in space. Many of the tasks should mimic human locomotion. Our product set may enable the development of new related AI-driven robots to achieve precise human-like movement along with other robotic capabilities.
Academic research
Academic research groups in various fields such as computer science, robotics, physiotherapy, medicine and medical engineering are exploring many aspects of human limbs locomotion, hence, may find great interest in our big-data center.
The detailed bio-mechanical information, meta-data, locomotion simulation and real-world data that we provide may become the foundation of groundbreaking research projects and articles in these fields.
