Assistive Devices
https://oxfordhealth-nhs.archive.knowledgearc.net/handle/123456789/227
Includes mobility aids2024-03-29T01:26:57ZAssistive Technology Innovations in Neurological Conditions
https://oxfordhealth-nhs.archive.knowledgearc.net/handle/123456789/783
Assistive Technology Innovations in Neurological Conditions
Dawes, Helen
Advances in assistive technologies, aimed at maintaining or
improving individuals’ function and independence, thereby
promoting their well-being [1, 2], have led to improvements
in the autonomy and quality of life of people with neurological disabilities [3]. Nevertheless, the process of translating
assistive devices from the laboratory bench to the manufacture of accessible products that meet the needs of people with
neurological impairments is undoubtedly challenging as
there is an ongoing need for reinvestment in science and
technology and in the validation process [4].
This special issue provides recent developments in and
summarizes studies of the development, testing, and application of assistive technology innovations in neurological con ditions. High-quality research articles and systematic reviews
strive to inform and investigate how assistive technologies
can enable individuals with a variety of neurological conditions in many different aspects of their lives. Topics included
in the issue address the use of assistive technology for
improving health, psychological, and social status, as well as
motor/cognitive learning and performance.
2021-02-01T00:00:00ZA Cross-Sectional Study Using Wireless Electrocardiogram to Investigate Physical Workload of Wheelchair Control in Real World Environments
https://oxfordhealth-nhs.archive.knowledgearc.net/handle/123456789/228
A Cross-Sectional Study Using Wireless Electrocardiogram to Investigate Physical Workload of Wheelchair Control in Real World Environments
External author(s) only
The wheelchair is a key invention that provides individuals with limitations in mobility increased independence and participation in society. However, wheelchair control is a complicated motor task that increases physical and mental workload. New wheelchair interfaces, including power-assisted devices can further enable users by reducing the required effort especially in more demanding environments. The protocol engaged novice wheelchair users to push a wheelchair with and without power assist in a simple and complex environment using wireless Electrocardiogram (ECG) to approximate heart rate (HR). Results indicated that HR determined from ECG data, decreased with use of the power-assist. The use of power-assist however did reduce behavioral performance, particularly within obstacles that required more control.
Copyright: Springer Nature Switzerland AG 2020
2019-06-01T00:00:00Z