“…Expert group for UI evaluation consisted of 6 experts(4 experts in the field of UI / UX engineering, 2 dive instructors) and UI / UX evaluation was conducted from various perspectives. Representative UI/UX evaluation model [17] based on multi metrics was applied to evaluation. Evaluation items were established for UI evaluation by using Jacob Nielsen's model.…”
Section: A Diving Computer Usability Evaluation (Ui / Ux)mentioning
The purpose of this paper is to develop a customized diving computer that is interlocked with a textile type sensor attached to a suit to enhance the safety factor of a diver and a monitoring system to help diver safety management. The development of this diving computer is largely divided into three stages. The first is to develop a function to check the status of the diver in conjunction with the textile type wearable sensor attached to the suit. Second, the development of a diving computer is based on Android OS based on the existing closed OS. The third is the development of actual diving computer hardware focusing on waterproof function. This course aims to focus on safety factors of the diver, to collect biometric information through a wearable sensor attached to the diver suit, to analyze it in the diving computer, and to provide a customized diving guide. The performance evaluation of the result was conducted through the usability evaluation of the diving computer, and the safety and efficiency were verified through the overall satisfaction and the functional evaluation of 92.7%. Future research will focus on the safety factors to ensure differentiation from the existing products, and we will carry out ongoing research.
“…Expert group for UI evaluation consisted of 6 experts(4 experts in the field of UI / UX engineering, 2 dive instructors) and UI / UX evaluation was conducted from various perspectives. Representative UI/UX evaluation model [17] based on multi metrics was applied to evaluation. Evaluation items were established for UI evaluation by using Jacob Nielsen's model.…”
Section: A Diving Computer Usability Evaluation (Ui / Ux)mentioning
The purpose of this paper is to develop a customized diving computer that is interlocked with a textile type sensor attached to a suit to enhance the safety factor of a diver and a monitoring system to help diver safety management. The development of this diving computer is largely divided into three stages. The first is to develop a function to check the status of the diver in conjunction with the textile type wearable sensor attached to the suit. Second, the development of a diving computer is based on Android OS based on the existing closed OS. The third is the development of actual diving computer hardware focusing on waterproof function. This course aims to focus on safety factors of the diver, to collect biometric information through a wearable sensor attached to the diver suit, to analyze it in the diving computer, and to provide a customized diving guide. The performance evaluation of the result was conducted through the usability evaluation of the diving computer, and the safety and efficiency were verified through the overall satisfaction and the functional evaluation of 92.7%. Future research will focus on the safety factors to ensure differentiation from the existing products, and we will carry out ongoing research.
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