NISHA: Novel Interface for Smart Home Applications for Arabic Regionsubtitle as Needed
نویسندگان
چکیده
Researchers have developed many devices and applications for smart homes to control home’s appliances. The main goal of this research is to propose a touch-based interface (namely, NISHA) for smart homes to meet user needs and requirements and is able to control any appliance in the house. This study is designed for people and circumstances in the Middle East countries (Jordan and West Bank) and therefore, is set out to design a user interface for smart home applications taking into consideration the economic, social, and technological differences. Referring to those differences, NISHA was designed in a classical representational design instead of a modern advanced one, based on virtual images instead of text, full control instead of automatic control, and very restrictive privacy issues for people of these countries still look at smart homes as a technology that threaten their privacy. Moreover, NISHA was tested and evaluated using heuristic and cognitive walk-through evaluation techniques. Evaluation results showed that 80% of users and experts were satisfied with NISHA as a user friendly interface, 90% of users were satisfied that NISHA met their expectations, and finally, 93% of users strongly asked to have NISHA in their daily lives. Keywords—Human Computer Interaction (HCI); HCI Design and evaluation methods; User Interface Design; User Centered Design; Smart Homes
منابع مشابه
Integrated Fuzzy Control of Temperature, Light and Emergency Conditions for Smart Home Application
Smart home is composed of several controllers with different plants in control. If each controller works independently, without considering the mutual effect of the others in the control process, the whole system could definitely not converge to an optimum desired status and may not ever reach the demanded condition. The function of different controller system may has conflict In some condition...
متن کاملAn Extensible Application Platform for Heterogeneous Smart Home Appliances and Mobile Devices
Nowadays, various kinds of smart home appliances are widely deployed in our daily life. These embedded, networked, and programmable appliances could be accessed through various methods, but may not be integrated together due to the different kinds of home network protocols on which these appliances are deployed. On the other hand, with the penetration of mobile devices, people could leverage th...
متن کاملElderly Daily Activity-Based Mood Quality Estimation Using Decision-Making Methods and Smart Facilities (Smart Home, Smart Wristband, and Smartphone)
Due to the growth of the aging phenomenon, the use of intelligent systems technology to monitor daily activities, which leads to a reduction in the costs for health care of the elderly, has received much attention. Considering that each person's daily activities are related to his/her moods, thus, the relationship can be modeled using intelligent decision-making algorithms such as machine learn...
متن کاملCAMAR: Context-aware Mobile Augmented Reality in Smart Space
In this paper, we present a novel approach of Context-aware Mobile Augmented Reality (CAMAR) combining context awareness and mobile augmented reality. CAMAR is aware of a user’s context through the user-centric integration of contextual information in smart space. Based on the user’s context, it enables a user to experience augmented entities and to share them with other mobile users selectivel...
متن کاملUwb Opportunities for Smart Home Applications
This paper focuses on those features of impulse radio (IR) technology that makes it attractive for smart home applications. Firstly, a highly flexible air interface definition is presented that allows for the production of low cost IR transmitters, still able to support a wide range of applications. Secondly, the robustness of IR communication against small and large scale fading is shown based...
متن کاملذخیره در منابع من
با ذخیره ی این منبع در منابع من، دسترسی به آن را برای استفاده های بعدی آسان تر کنید
عنوان ژورنال:
دوره شماره
صفحات -
تاریخ انتشار 2016