International Research Journal of Engineering and Technology (IRJET) Volume: 04 Issue: 05 | May -2017
www.irjet.net
e-ISSN: 2395 -0056 p-ISSN: 2395-0072
ARDUINO BASED SMART WATCH Siddharth Sathe1, Arjun Gade2, Ajay Jadhav3 BE Student Department of Electronics and Telecommunications Engineering, Modern College of Engineering, Shivajinagar Pune – 411005, India. 2 BE Student Department of Electronics and Telecommunications Engineering, Modern College of Engineering, Shivajinagar Pune – 411005, India. 3 BE Student Department of Electronics and Telecommunications Engineering, Modern College of Engineering, Shivajinagar Pune – 411005, India. 1
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Abstract – A smart watch is a unique device that helps
The design is based on what technology is available today as well as what has been patented.
the user wearing it to monitor various notifications of his android phone through this watch and alter them. Therefore the situational analysis is more focused to smartphone as the baseline comparison, rather than desktop PC, laptop or tablet. Given the phone has been picked out from pocket and now is on hands, a person still needs to do some steps such as unlocking the phone, finding the app. The number of steps involved are high and thus a smart watch device is helpful. Smart Watch that are already in this market are advanced and costly. This paper proposes a smart watch which not only shows time but provides additional features like health monitoring, notification display at a much cheaper price. This watch is programmed using arduino's open source libraries and functions. This watch is embedded in various sensors that track and interpret user's actions into information. It provides the user another way to interact with an android smartphone. This watch can also be personalized according to the user's requirement for the functionality.
The present study aims to study the developed smart watch by studying the components used and the data optimized by it. During that study errors were found and preferable remedies were implemented.
2. Literature Review [1] Perrault et al., 2013- looks at how wristband can be used for solving fat finger problem in the wristwatch due to their screen size. [2] Kyu Yeol Paik highlights that gesture can be other considerable input modality. [3] Rhodes et al. 1999 looks at the advantages and disadvantages of ubiquitous and wearable computing. [4] Smart watch Barrier-to-use- The paper by Song studies the reason why consumers do not buy wearable devices and what is the ideal product they are willing to buy and wear.
1. Introduction Though smart watch has been commercially available since early 80’s, it has not gained much publicity or interest from public consumer. However in the past one year, it has gained significant momentum and 2013 was even said by analysts “could have been year of-the Smart Watch”. That momentum was signified by the release of several smart watch products such as Pebble, Razer Inc, Archos, LG, Motorola and even Google Android Wear. This paper is trying to explore what smart watch can or should do in order to save people time, by making some daily tasks processing easier and more efficient. One focus area is how the “human-smart watch” interaction should be designed in order to achieve that time-saving objective.
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[5] Chen explores input modality that combines smart watch gesture with smartphone spatial context to create new multidevice input interaction. Such new gesture-based interactions increases easiness compared to conventional way of doing it in following aspects: reduces cumbersome steps if they were done using smart phone alone, provides extended display on.
3. Design The generic principle is that the smart watch interaction should be natural, simple and easy-to use, which translates to the following design principles:
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