Geolocation-Based Mobile Application

Twana Mustafa, Zardasht Abdulaziz Shwany, Shwan Hadi Saeed, Karwan Khoshnaw, Shayda Khudhur Ismail, Rzgar Farooq Rashid
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引用次数: 2

Abstract

Geolocation denotes the position of an object in a geographical context. The geolocation algorithm is characterized by four M’s: which Measurements are used, the Map, the Motion model used for describing the motion of the object, and the filtering Method. In this paper describe a general framework for geolocation based on the particle filter and android studio will use for design and programming also google firebase will use as a database for save location and to display only the ones that are within one kilometer’s radius from the user carnet location. In this app when locations save or select or make filtering the app describes a place and will show all information about the place that has been selected on the map. Several examples based on real data are used to illustrate various combinations of sensors and maps for geolocation. Finally, and aim of this paper, investigate efficient ways to store geolocation in google firebase as a set of latitude and longitude based on mobile and web.
基于地理位置的移动应用程序
地理位置表示一个物体在地理环境中的位置。地理定位算法的特点是四个M:使用的测量、地图、用于描述物体运动的运动模型和过滤方法。本文描述了一个基于粒子过滤器的一般地理定位框架,android studio将使用它进行设计和编程,b谷歌firebase将使用它作为保存位置的数据库,并只显示距离用户id位置一公里半径内的位置。在这个应用程序中,当位置保存或选择或进行过滤时,应用程序会描述一个地方,并将在地图上显示有关已选择的地方的所有信息。几个基于真实数据的例子说明了传感器和地图在地理定位中的各种组合。最后,也是本文的目的,研究了基于移动和web的谷歌firebase中以经纬度集合的形式存储地理位置的有效方法。
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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