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Towards Image-Based Modeling for Ambient Sensing

机译:朝着环境传感的基于图像的建模

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摘要

The practical deployment of pervasive health monitoring requires a close integration of body sensor networks (BSNs) with intelligent ambient sensing. To this end, vision sensors with low cost and minimal power consumption provide an attractive means of activity tracking and capturing early signs of disease progression through changes in gait and posture. The purpose of this paper is to present an image-based modeling technique for generating a subject-specific simulation environment that allows systematic development of novel vision algorithms that can be implemented by low power video sensors with distributed processing and known ground-truth.
机译:普及健康监测的实际部署需要具有智能环境感测的身体传感器网络(BSN)的紧密集成。为此,具有低成本和最小功耗的视觉传感器提供了一种有吸引力的活动跟踪方法,通过步态和姿势的变化来捕捉疾病进展的早期迹象。本文的目的是介绍一种基于图像的建模技术,用于生成专用的仿真环境,允许通过具有分布式处理和已知地面真理的低功率视频传感器来实现的新型视觉算法的系统开发。

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