How to create exoskeleton mathematical model?4 answersTo create a mathematical model of an exoskeleton, several steps can be followed. First, the mechanical system of the exoskeleton needs to be modeled, taking into account the number of links, joints, and anthropometric parameters. This can be done by using methods such as video capture of marker points on the exoskeleton and processing the captured signals using polynomials for accurate motion reproduction. Next, the control system for the exoskeleton electric drives needs to be developed. This can involve the use of nonlinear modeling techniques to account for various conditions and nonlinearities in the system. Additionally, the selection of suitable actuators for the exoskeleton is important, and this can be done by considering parameters such as speed, height, and angle of the human leg and performing torque calculations. By following these steps, an accurate mathematical model of an exoskeleton can be created for various applications, including rehabilitation and performance amplification.
How can robots be used to help patients with rehabilitation?5 answersRobots can be used to help patients with rehabilitation by providing robotic-assisted rehabilitation, human-robot interventions, position-constrained assist-as-needed control, industrial robots in healthcare ecosystems, and lower limb rehabilitation exoskeleton robots. Robotic-assisted rehabilitation involves using a robotic assistant to improve the effectiveness of human gait rehabilitation and recover mobility and strength after a stroke or spinal cord injury. Human-robot interventions, specifically social robots, can interact with patients in a human-centric environment and assist in the treatment of various diseases, including social anxiety, dementia, autism spectrum disorder, and stroke rehabilitation. Position-constrained assist-as-needed control methods aim to motivate patients with neurological injuries to actively increase muscle activity and ensure their safety during rehabilitation. Industrial robots, such as the UR3, can be used in shoulder rehabilitation exercises and have the potential to perform medical procedures in healthcare ecosystems. Lower limb rehabilitation exoskeleton robots utilize gait prediction models to improve the motor ability of patients and enhance human-robot cooperation.
What are the benefits of motor training for people with disabilities?4 answersMotor training has been shown to have several benefits for people with disabilities. It can improve motor coordination and cognitive skills, leading to increased autonomy and community participation. Additionally, motor training can serve as a therapeutic and rehabilitative tool, influencing cognitive, social-emotional, and other areas of functioning. For individuals with autism spectrum disorder (ASD), interventions targeting motor skills have demonstrated potentially significant improvements in motor abilities. Furthermore, motor skills training should be included in rehabilitation programs for autistic children to reduce activity limitations and participation restrictions. Assistive technology, such as intelligent wheelchairs, can provide accessibility and mobility for individuals with severe motor disabilities, and wheelchair simulator games can be a useful tool for training. Overall, motor training plays a crucial role in enhancing physical and cognitive abilities, promoting independence, and improving the quality of life for people with disabilities.
How do people with disabilities develop and use assistive technologies?5 answersPeople with disabilities develop and use assistive technologies to overcome barriers and improve their quality of life. Assistive technologies include mobility devices such as walkers and wheelchairs, as well as hardware, software, and peripherals that assist people with disabilities in accessing computers or other information technologies. These technologies are designed to make life easier for disabled individuals, improve their working capability, confidence, and standard of living. The use of assistive technologies is crucial for disabled individuals to lead self-determined lives within modern societies. However, the use of assistive technologies also comes with dependencies and potential risks, such as technological failures and unintended side-effects. To ensure the success of assistive technologies, it is important to have a deeper understanding of the application context, involve affected people in the development process, and adopt a reflective approach by everyone involved. The progress of assistive technology plays a significant role in improving the lives of people with disabilities and their overall quality of life.
What are the benefits of machine learning to people with disabilities?3 answersMachine learning has several benefits for people with disabilities. It can contribute to improving their quality of life by assisting them in various ways. Machine learning technology can be applied to benefit people with cognitive disabilities and those who support them. Personalized learning, which is enabled by machine learning, aims to help students with disabilities by meeting their individual needs. Machine learning can also be used to create recommender systems that match technology products to people with intellectual and developmental disabilities (I/DD). Additionally, machine learning, in combination with accessible e-learning systems, can provide opportunities for people with disabilities to access inclusive education and overcome obstacles in traditional educational systems.
How good is robot framework?8 answers