https://pixabay.com/photos/conclusion-reason-final-end-5859031/
The article draws the following conclusions:
In the context of Smart City, it is necessary to involve every citizen - including people with physical disabilities, such as wheelchair users. Their barriers, such as difficulties in accessing items out of reach, should be addressed so that they can participate more fully in daily activities such as shopping.
The system presented by Rashid, using IoT, AR and RFID technology, is a step forward towards independent living for people in wheelchairs. It enables users to quickly locate and consult items in the store independently and autonomously. Positive test results: Tests of the system with actual wheelchair users showed promising results in terms of usability of the proposed system. Participants rated it as beneficial for their independence and privacy when shopping.
His future work includes refinement of the proposed use cases based on the user evaluation conducted in this study. Improvements to the user interfaces are also planned, as well as research into alternative ways of presenting item information to customers. Next, the researchers plan to implement and test the proposed systems and interfaces in a real store, in the context of a Smart City.
Reference:
Author links open overlay panelZulqarnain Rashid a et al. (2016) Using augmented reality and internet of things to improve accessibility of people with motor disabilities in the context of Smart Cities, Future Generation Computer Systems. Available at: https://www.sciencedirect.com/science/article/pii/S0167739X16306860?casa_token=bnkO7v0lyFcAAAAA%3AiQfobmpKjFlVHADHT7r8_vMjaSDXQgtBVeACtKleKFzC0m-fA3BYZmw4oUcrgRAMpc66Fw (Accessed: 23 May 2023).
Komentarze
Prześlij komentarz