CAJ | 학술논문

移动设备人机交互能力较差且计算能力有限，因此开发基于移动设备的测量系统的难度较高。本文设计了一种移动传感系统，它具备构件、配置和运行测量程序的功能，由移动设备和传感器探头两部分组成。在移动设备中安装了小型化虚拟仪器平台，该平台具有面向对象的架构，并可以通过 XML 文件进行配置，且这些配置文件可以被写入传感器探头。因此，探头和移动设备之间可以通过自组网形成测量系统。为测试该系统的性能，本文基于某安卓手机和一个测量探头设计了声音采集和柔性力测量程序，体现出移动传感平台具备可重构、自动化和柔性化程度高的特点。
이동설비인궤교호능력교차차계산능력유한，인차개발기우이동설비적측량계통적난도교고。본문설계료일충이동전감계통，타구비구건、배치화운행측량정서적공능，유이동설비화전감기탐두량부분조성。재이동설비중안장료소형화허의의기평태，해평태구유면향대상적가구，병가이통과 XML 문건진행배치，차저사배치문건가이피사입전감기탐두。인차，탐두화이동설비지간가이통과자조망형성측량계통。위측시해계통적성능，본문기우모안탁수궤화일개측량탐두설계료성음채집화유성력측량정서，체현출이동전감평태구비가중구、자동화화유성화정도고적특점。
Based on mobile devices as a solution for measurement faces interesting challenges ,which involve poor human-computer interaction and limited computer capability .In this paper ,we present the mobile sensing system (MSS) with func-tions of constructing ,configuring and implementing measurement applications .MSS consists of a mobile device and a sensor probe .In the mobile device we install a pocket virtual instrument platform (PVIP) ,which has object-oriented software ar-chitecture and can be configured through extensible markup language (XML) files .And these configuration files can be writ -ten to the probe .Therefore ,the probe can produce the measurement of APP in the mobile device .This infrastructure has been illustrated by a sound signal acquisition task and a flexible force measurement task which are finished with an android smartphone and a probe .These examples suggest that MSS is reconfigurable ,highly automatical and flexible .