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Teleoperated multimodal robotic interface for telemedicine: A case study on remote auscultation

机译:远程医疗远程操作多模式机器人接口:远程听诊案例研究

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The remote examination is becoming more and more important as the population is aging and experts lack as ever before. We propose a novel system which is suitable for remote examination and in particular for remote auscultation. The system is located at two sites, at the patient site a robot holds a stethoscope which is placed on the patient while an RGB-D sensor streams a video of the scene. At the doctor site, the doctor interacts with a haptic interface that allows s/he to move the stethoscope while receiving haptic feedback when the stethoscope is in contact with the patient and looking at the remote scene on a screen. The doctor listens to the noise from the stethoscope thanks to a diaphragm and a headset where the audio stream from the patient site is played. After presenting this novel system, we show its effectiveness by means of experiments that involve auscultation-like tasks. We show the usability of the system to place the stethoscope, the usability to hear correctly the noise of the heart as well as the overall quality of the streamed audio signal.
机译:随着人口的老龄化和专家的匮乏,远程检查变得越来越重要。我们提出了一种适用于远程检查,特别是远程听诊的新颖系统。该系统位于两个位置,在患者位置,机器人将听诊器放在患者身上,而RGB-D传感器则将场景视频流化。在医生现场,医生与触觉界面进行交互,当听诊器与患者接触并查看屏幕上的远程场景时,该界面允许他/她移动听诊器,同时接收触觉反馈。借助隔膜和头戴式耳机,医生可以听取听诊器发出的噪音,并在其中播放患者部位的音频流。介绍完这个新颖的系统后,我们将通过涉及听诊类任务的实验来证明其有效性。我们展示了放置听诊器的系统的可用性,正确听到心脏噪声的可用性以及流音频信号的整体质量。

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