home automation user interface

some homeowners only desire specific conveniences, such as security cameras or remote control of the ac. but for high-end smart homes, the end goal is often as close to total automation as the technology allows. smart speakers like the amazon echo or the google home enable voice control of devices that have this functionality. as fun as it is to live out the dream of commanding a computer to perform a specific task (while affecting an english accent, of course), it isn’t the only way to control a smart home. physical remote controllers, tablets, wall-mounted control panels, and even a smartphone app can give you access to all the features of your smart home in a convenient package. it all depends on what you’re looking to get out of automation for your home! but while it can be convenient to swipe and tap on a phone screen to manipulate other smart devices, the traditional dedicated remote control (complete with actual buttons no less) remains a popular and capable user interface for any smart home system.

the harmony can work alongside of a smartphone through a dedicated app, and offers amazon alexa functionality, a selling point for homes already making use of an amazon echo. these remotes are designed to handle more complex home automation, featuring a larger number of programmable buttons. a good remote can give a user as much control of home automation as they need, but a smartphone can be just as capable! a smartphone can be a convenient interface for any smart home, but it isn’t perfect. and there’s always the possibility that you misplace a mobile device, which could shut you or your family out of your home automation system. wall-mounted control panels and tablets are two viable options for a smart home interface, and they possess their own set of advantages. in the end, home automation is about making things more convenient for you.

despite the increasing impact of smart home services in our society, few studies have investigated the motivations and obstacles experienced by blind users when using smart home services to empower their lives [1]. our study investigates how to simplify and ease interaction via screen reader by blind people with smart home (sh) web interfaces, analyzing possible barriers and proposing guidelines for design from the very beginning of a project. b-live is an early example of a system designed for the motor-impaired and elderly to automate routine tasks such as turning on/off lights, and opening/closing shutters and doors [15]. the integration of rfid in the smart home environment is also essential for identification and tracking purposes [23]. a common observation among many studies is that for smart home systems to become successful, users should be included in the design phase at the beginning of the project [29, 30]. designing for the elderly is fundamental today, considering the aging population rate in europe, and it is crucial to promote a healthy way of life for these users [32]. these serious obstacles and issues might prevent users with visual disabilities from performing a number of tasks in the smart home environment [28]. for example, they enable the user to understand whether, and for how long, a domestic worker is in the home. it is tuesday afternoon and alice is still in the office and would like to check her current home status: the current temperature, if the heating is turned on and if the washing machine scheduled for the afternoon is still working or if it has finished. she studies humanities at the university, and she spends a lot of time on the computer to take notes and for studying. in this way the map is detected by the screen reader as a list of elements, i.e., the room names. the user may want (1) the status related to homogeneous devices (e.g., all shutters), or (2) an overview of all the devices in a specific status (e.g., lights turned on). a small group of blind people was involved in gathering feedback on the proposed web-based interfaces by the end-users. the new version of the prototype resulted simplified and easier to use by everyone, as emerged from this second evaluation.

in addition, the user can focus on the useful functionalities and elements related to the context. this allows the user to explore room by room in a sequential way via screen reader. the user should be able to interact easily with the home automation system functions and commands. for a home automation system use self-explanatory and clear labels for the links or buttons to handle g8. in this context, we have shown how to optimize the user interface for this aim and how to simplify the execution of repetitive tasks such as checking the current status or turning off lights or closing shutters. guidelines are only half of the story: accessibility problems encountered by blind users on the web. a web compliance engineering framework to support the development of accessible rich internet applications. a review of smart homes – past, present, and future. design and evaluation of a smart home voice interface for the elderly: acceptability and objection aspects. an overview of the internet of things for people with disabilities. in proceedings of the 9th acm international conference on pervasive technologies related to assistive environments, (p. 27). visual challenges in the everyday lives of blind people. she is the author of numerous publications and participates in many projects in the field. degrees in digital humanities from the university of pisa, with a thesis focusing on accessible publishing and assistive technologies.

physical remote controllers, tablets, wall-mounted control panels, and even a smartphone app can give you access to all the features of your smart home in a – explore ryan neff’s board “home automation interfaces” on pinterest. see more ideas about home automation, interface, automation. user interfaces—the human link to a home automation system automation occurs when the state of a device, product or system changes without any, home automation, home automation, home automation app, control4 user interface, home automation software.

specifically, based on collected accessibility and usability issues, as well as users’ expectations and a home automation app has multiple pages in its user interface; likewise, each page of its user interface contains multiple icons that represent different smart the studies in [2, 6] have presented bluetooth based home automation systems using android smart phones without the internet controllability. the devices are, home automation system, home automation tools, smart home automation, home automation using arduino, home automation system design, smart home, best smart home devices.

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