جستجوی مقالات مرتبط با کلیدواژه "user experience" در نشریات گروه "پزشکی"

Healthy air is free of any pollutants, including odors, harmful gasses, dust and viruses, especially corona. This healthy air is provided by a purifier device. One of the problems of metropolises is the lack of healthy air, which is one of the most important human needs. The aim of this study was to design a new home air purifier with interactive and ergonomic features.

The purpose and nature of this research are applied and qualitative-descriptive, respectively. A survey method is used to collect data. The most important tool in the field study is verbal-visual (researcher-made questionnaire) and has benefited from the analysis of relevant experts, Delphi group. Its design method was the so-called Design up (Tarrahi Nameh in Persian) where it is based on the interaction design and user-centered approach and Analytical Hierarchy Process (AHP) is used to evaluate the different stages of the project.

The achievement of this research is a new home air purifier with interactive and ergonomic features with Nik mark. On the one hand, it is easy to use and accelerates the purification operation with a larger area than the existing devices through different filters, and on the other hand, it is easy to assemble, economical and optimally designed. It has automatic and manual adjustment of fan speed and remote control, it has the ability to be used standing and wall-mounted, and it is environmentally friendly.

Eventually this design offered effectiveness, efficiency, safety/comfortability, utility, learnability and memorability as elements of usability. It also demonstrates features such as visibility, feedback, constraints, adaptability and affordance as the goals of interaction design. Finally, this design conducted a satisfactory user experience.

The eyes are a rich source of information in our daily lives. Using the eye as a form of input can enable a computer system to learn more. Users can use eye-tracking as a form of input in addition to the keyboard and mouse.

In this study, a system was developed for experiencing eye painting through eye-tracking. The system was a digital painting software that receives data through the eye-tracking device and provides a graphical output. To evaluate this experience, people with a common design background were invited to to describe the quality of their experience.

Despite the difficulty of controlling the eye and lacking sufficient proficiency to draw in this way, participants described the experience as pleasant and enjoyable and expressed their desire to work in this environment.

No regard to the type of the painting output, the participants find tge approach novel and were interested in continuing working with the software.