首页> 外文会议>International Conference on Sensing Technology >Novel application of ultrasonic sensors and Kinect sensors to identify people and measure their location — Realization of #x0022;Human SUGOROKU#x0022;, A large scale board game in which people play as pieces
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Novel application of ultrasonic sensors and Kinect sensors to identify people and measure their location — Realization of #x0022;Human SUGOROKU#x0022;, A large scale board game in which people play as pieces

机译:超声波传感器和Kinect传感器在识别人员和测量人员位置方面的新应用-实现“人类SUGOROKU”,一种大型的棋盘游戏,人们在其中扮演角色

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The authors are developing a novel learning support system "Human SUGOROKU" by integration of ultrasonic sensors and Kinect sensors. The system is a relocatable large scale digital board game that human-players as its piece move on squares. To realize the system, we measure players locations and gestures identifying players, by integrating output information from both sensors. This paper explains overview of the system and proposes a method to reduce installation time. That length of installation time is one of the most serious problems when we relocate the system. Most part of the time is spent to unify sensors' coordinate systems. Usually, as each sensor has own coordinate system, we can't use sensors' output directly without unifying their coordinate systems. In order to unify sensors' coordinate systems, we need accurate positioning of the sensors, but accurate positioning manually is difficult and takes much time. The proposed method is a positioning-free convenient unifying method for different kinds of multiple sensors by using dedicated instrument. We conduct an experiment to evaluate the proposed method, and confirm that the method can reduce installation time for the system.
机译:作者正在通过集成超声波传感器和Kinect传感器来开发一种新颖的学习支持系统“ Human SUGOROKU”。该系统是可重定位的大型数字棋盘游戏,人类玩家可以在其棋子上移动。为了实现该系统,我们通过整合两个传感器的输出信息来测量玩家的位置和识别玩家的手势。本文介绍了系统概述,并提出了一种减少安装时间的方法。当我们重定位系统时,安装时间的长短是最严重的问题之一。大部分时间都花在统一传感器的坐标系上。通常,由于每个传感器都有自己的坐标系,因此,如果不统一其坐标系,就无法直接使用传感器的输出。为了统一传感器的坐标系,我们需要对传感器进行精确定位,但是手动进行精确定位很困难并且需要很多时间。所提出的方法是使用专用仪器针对不同种类的多个传感器的免定位便捷统一方法。我们进行了实验,以评估所提出的方法,并确认该方法可以减少系统的安装时间。

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