External smart microphone for mobile phones

P. Volgyesi, Sándor Szilvási, J. Sallai, Á. Lédeczi
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引用次数: 6

Abstract

Mobile phones are gaining popularity as sensing platforms. They already come with a set of built-in sensors, such as GPS, accelerometer, microphone and radio, enabling interesting applications. Furthermore, several systems exist where external sensors are interfaced with mobile phones to monitor medical conditions or support environmental sensing, for example. In this paper, we present an external acoustic sensor that interfaces with a mobile phone to support continuous monitoring of sounds in the environment. The on-board electronics samples the microphone, performs signal processing and detection tasks and sends the events of interest to the mobile phone via Bluetooth. The main reasons the built-in microphone is not able to support such an application is the high power usage of continuously sampling and processing the acoustic signal on the phone and the fact that the typical phone is carried in a pocket or bag shielding the microphone from the environment. Our particular motivating application is a mobile phone-based countersniper system which is also presented.
手机外置智能麦克风
手机作为传感平台越来越受欢迎。它们已经配备了一套内置传感器,如GPS、加速度计、麦克风和无线电,可以实现有趣的应用。此外,现有的一些系统将外部传感器与移动电话连接起来,以监测医疗状况或支持环境传感。在本文中,我们提出了一种外部声学传感器,该传感器与移动电话接口,以支持对环境中的声音进行连续监测。机载电子设备对麦克风进行采样,执行信号处理和检测任务,并通过蓝牙将感兴趣的事件发送到手机。内置麦克风不能支持这样的应用程序的主要原因是不断采样和处理手机上的声学信号的高功耗,以及典型的手机被放在口袋或包中以屏蔽麦克风免受环境影响的事实。我们的具体激励应用是基于手机的反狙击系统。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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