具有GPS和室内定位系统的低功耗可穿戴设备

Miew-Huang Ngui, W. Lee
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引用次数: 3

摘要

直到今天,定位系统在我们的日常生活中扮演着重要的角色。随着技术的进步,有很多技术都依赖于定位系统。定位系统不仅改进了我们在道路上使用的导航系统,而且还支持游戏、应用、广告等。全球定位系统(Global positioning system,简称GPS)是世界上常用的定位系统之一。然而,仅靠GPS是不足以实现定位系统的。本项目的目的是利用室内定位系统构建一个低功耗的全球定位系统。本项目的第一部分是构建一个低功耗的全球定位系统。GPS模块将由可充电电池供电。因此,使用低功耗的微控制器和模块来确保足够的使用时间是非常重要的。第二部分是室内定位系统的构建。为了保持低功耗的特性,只有陀螺仪传感器和其他一些低功耗模块来计算行进的距离,通过近似计算,将用户的位置估计出来。
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Low Power Wearable Device with GPS and Indoor Positioning System
Until today, positioning system plays an important role in our daily life. As our technology advances, there are many technologies depending on Positioning System. Positioning System not only improving the navigation system that we used on road, but also support games, application, advertisement and so on. Global positioning system, or GPS in short is one of the commonly used positioning systems around the world. However, GPS alone isn't sufficient to carry out positioning system. The aim of this project is to build a low power consumption global positioning system with indoor positioning system. The first part of this project is to build a global positioning system with low power consumption. The GPS module will be powered by a rechargeable battery. Therefore, it is very important to use a low power consumption microcontroller and module to ensure the duration of usage is enough. Second part is to build an indoor positioning system. In order to maintain low power consumption characteristic, only gyroscope sensor and some other low power consumption module to calculate distance traveled, by using approximate calculation, position of the user will be estimated.
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