We propose a method that stimulates music vibration (generated from and synchronized with musical signals), modulated by the direction and distance to the target, on both sides of a user's neck with Hapbeat, a necklace-type haptic device. We conducted three experiments to confirm that the proposed method can achieve both haptic navigation and enhance the music listening experience. Experiment 1 consisted of conducting a questionnaire survey to examine the effect of stimulating music vibrations. Experiment 2 evaluated the accuracy (deg) of users' ability to adjust their direction toward a target using the proposed method. Experiment 3 examined the ability of four different navigation methods by performing navigation tasks in a virtual environment. The results of the experiments showed that stimulating music vibration enhanced the music listening experience, and that the proposed method is able to provide sufficient information to guide the users: accuracy in identifying directions was about 20\textdegree, participants reached the target in all navigation tasks, and in about 80\% of all trials participants reached the target using the shortest route. Furthermore, the proposed method succeeded in conveying distance information, and Hapbeat can be combined with conventional navigation methods without interfering with music listening.
翻译:我们提出了一种刺激音乐振动(由音乐信号产生并与音乐信号同步)的方法,在用户脖子两侧与Hapbeat这一项链型创用装置的两侧以方向和距离调制,在用户颈部与Hapbeat之间的方向和目标之间调控。我们进行了三个实验,以确认拟议方法既能实现顺畅导航,又能增强音乐监听经验。实验1包括进行问卷调查,以研究刺激音乐振动的效果。实验2评估了用户利用拟议方法调整方向向目标方向的能力的准确度(度)。实验3通过在虚拟环境中执行导航任务,审查了四种不同导航方法的能力。实验结果表明,刺激音乐振动增强了音乐监听经验,而拟议方法能够提供充分的信息来指导用户:确定方向的准确度约为20度,参与者在所有导航任务中达到了目标,在所有试验参与者中,大约80 ⁇ 到达了目标,使用最短的路线。此外,拟议方法成功地传递了远程信息,Hapeaty可以与常规导航方法结合起来,而不会干扰音乐听。