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2022-01-31
Sasu, Vasilică-Gabriel, Ciubotaru, Bogdan-Iulian, Popovici, Ramona, Popovici, Alexandru-Filip, Goga, Nicolae, Datta, Gora.  2021.  A Quantitative Research for Determining the User Requirements for Developing a System to Detect Depression. 2021 International Conference on e-Health and Bioengineering (EHB). :1—4.
Purpose: Smart apps and wearables devices are an increasingly used way in healthcare to monitor a range of functions associated with certain health conditions. Even if in the present there are some devices and applications developed, there is no sufficient evidence of the use of such wearables devices in the detection of some disorders such as depression. Thus, through this paper, we want to address this need and present a quantitative research to determine the user requirements for developing a smart device that can detect depression. Material and Methods: To determine the user requirements for developing a system to detect depression we developed a questionnaire which was applied to 205 participants. Results and conclusions: Such a system addressed to detect depression is of interest among the respondents. The most essential parameters to be monitored refer to sleep quality, level of stress, circadian rhythm, and heart rate. Also, the developed system should prioritize reliability, privacy, security, and ease of use.
2019-06-24
Diamond, Lisa, Schrammel, Johann, Fröhlich, Peter, Regal, Georg, Tscheligi, Manfred.  2018.  Privacy in the Smart Grid: End-user Concerns and Requirements. Proceedings of the 20th International Conference on Human-Computer Interaction with Mobile Devices and Services Adjunct. :189–196.

Mobile interfaces will be central in connecting end-users to the smart grid and enabling their active participation. Services and features supporting this participation do, however, rely on high-frequency collection and transmission of energy usage data by smart meters which is privacy-sensitive. The successful communication of privacy to end-users via consumer interfaces will therefore be crucial to ensure smart meter acceptance and consequently enable participation. Current understanding of user privacy concerns in this context is not very differentiated, and user privacy requirements have received little attention. A preliminary user questionnaire study was conducted to gain a more detailed understanding of the differing perceptions of various privacy risks and the relative importance of different privacy-ensuring measures. The results underline the significance of open communication, restraint in data collection and usage, user control, transparency, communication of security measures, and a good customer relationship.