Advanced Robotics And Rehabilitation Technologies

 

Robotic technology helps patients recover faster from a stroke, spinal cord injury or brain injury. Evidence-based research* shows that advanced robotics, combined with the expert skills of a licensed therapist, can enhance a patient's progress during rehabilitation treatment.

To design and use advanced rehabilitation technologies, researchers and therapists must work closely together. This requires a sustained interdisciplinary collaboration between software specialists, engineers from medical, technical, military, electronic, and sports fields, as well as neurorehabilitation experts.

Robotics

Advanced Robotics and Rehabilitation Technologies have a significant potential to enhance patient outcomes, and can be used in conjunction with current therapy techniques. These include augmented and virtual reality (AR/VR), motor learning and robotic training, as well as sensory stimulation.

These technologies are also being developed for telerehabilitation to improve access to care for patients who may otherwise not be able to access it. This will help patients to improve their mobility, flexibility and strength by enabling them to train in the comfort of their own home.

Repetitive, high-intensity task-specific training has been shown to boost neuroplasticity and function in patients with stroke. This has traditionally been achieved by a team of physicians and physical or occupational therapists. However, this is time and labor intensive. Source to know about advanced robotics technology.

Artificial Intelligence (AI)

Artificial intelligence (AI) refers to the ability of computer systems to learn and think in a way similar to humans. It is used in a variety of applications including natural language processing, speech recognition and machine vision.

AI is a key technology behind the internet of things (IoT) and other new technologies. It has applications across a wide range of industries, such as health care, transportation and manufacturing.

Modular Robots

Modular Robots are a family of robotic systems that can self-reconfigure into different types of structures. This allows them to morph into more capable machines than their fixed-morphology counterparts.

There are many applications of modular robotics in industry, including nuclear decommissioning. However, these robotics have a few important challenges that are currently holding them back from achieving widespread adoption in the industry.

The first challenge is the need for a system that can be operated in extremely harsh environments, such as nuclear decommissioning. These environments have very high power and force requirements, and also require precise control of the system as a whole.

Virtual Reality (VR)

Virtual reality (VR) is a computer-generated replica of a three-dimensional environment, and can be used to enhance human-computer interaction (HCI). In VR, the user wears a headset or goggles to experience a computer-generated environment.

There are a number of applications for VR in the healthcare industry. One is virtual reality therapy, which uses VR to help patients overcome fears.

Another application is rehabilitation, where VR can be used to simulate occupational activities and simulations for patients who cannot participate in them yet.

In poststroke rehabilitation, for example, VR can provide a safe, controlled environment where patients can interact with robots that help them regain mobility and independence.

In the future, VR will be used in many more areas of healthcare. However, some of the challenges associated with VR include technical issues, loss of human connection and expense.