GRD Journals- Global Research and Development Journal for Engineering | Volume 4 | Issue 10 | September 2019 ISSN: 2455-5703
Live Location Tracker Sarika Chaudhary Department of Computer and Science Engineering Amity University
Pooja Batra Nagpal Department of Computer Science and Engineering Amity University
Abstract Smartphones have become an essential rather than an optional gadget. With Smartphones, we carry with us a hand held computer with details about our social life, family members, transaction details and much more. Smartphones serve as a communication tool used to send messages, place and receive calls, surf the internet and play wide range of games. In this paper, we present an application that helps us to track and pin-point the current location of thousands of users by their names and photos and can track the location for a specified period of time. This system is designed by merging the concept of Google Map SDK that provides various network providers: GPS and Location Network Provider. The framework makes it possible to track the location for a specified period of time. Keywords- GPS, Android, Android Studio, Map SDK, Firebase Database, Real time Database
I. INTRODUCTION A Smartphone can perform wide scope of capacities as it has a Working framework equipped for executing different applications. These days, everybody conveys a Smartphone which is fit for performing the vast majority of the capacities that an incredible PC can perform. Smartphones fill in as a specialized device used to send messages, play wide scope of recreations, surf the web or more all make and get calls. The system is designed by merging the concept of the Google Map SDK that provides various network Providers: GPS and Location Network Provider. We will run the service in background to get the location after every 15min and show it in the map. This is a vital part of the project that we can track multiple users providing an easy and relevant UI. The need for this project is to track the location of the surveyors, so as to know about the progress of the assigned work and track their location with respect to the given work. Surveyors are supposed to login in this application to start their tracking and the admin can locate their location after their sign in. The following of Smartphones depends on GPS satellite following framework which has been utilized via vehicles and street transport industry for a long time, for the most part in western nations. GSM telephone following is probably going to demonstrate the range in which the telephone is found however not the precise spot and even exactness relies upon different variables like system inclusion of a Cell phone, scene territory and climate state of the area where Cell phone is utilized.
II. LITERATURE REVIEW Tracking has been a functioning exploration point for a considerable length of time and survey of all the following strategies is incomprehensible. So a few papers identified with the proposed framework are referenced as beneath: Jialue Fan and Xiaohui Shen [1] proposed a brought together technique for single item following where target classification is effectively perceived. Abnormal state disconnected model is joined with low dimension online model to accomplish better following execution. The proposed technique beats in many testing following situations where see changes radically or for scale change or for foundation variance and morphable articles. Restrictions of proposed technique are the equivocalness of following issue increments as the quantity of item arranged expands, the wrong acknowledgment result most likely prompts mistake proliferation, the present structure may not be fitting for some following dataset because of information type irregularity. Karan Gupta and Anjali Kulkarni [2] exhibited a vigorous and productive robotized single article following framework. The framework has been executed utilizing a calculation dependent on edge differencing and dynamic format coordinating. The calculation has tentatively been appeared to be very precise and viable in distinguishing a solitary moving item even under terrible lighting conditions or impediments. The framework has been robotized utilizing a skillet tilt setup which is synchronized with the calculation. Such a robotized object following framework can be utilized in applications where exact following is required however great lighting conditions can't be given. The framework is material to zones like observation and video conferencing. Alper Yilmaz and Omar Javed [3] displayed Item Following as an Overview. This article shows a broad overview of item following strategies and furthermore gives a concise survey of related themes. They partition the following strategies into three classifications dependent on the utilization of article portrayals by techniques building up point correspondence, techniques actualizing crude geometric models, and strategies utilizing shape advancement. Every one of these classes require object location eventually. A point by point synopsis of article trackers, including talk on the item portrayals, models relating movement, and the
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Live Location Tracker (GRDJE/ Volume 4 / Issue 10 / 007)
plans assessing parameter utilized by the following calculations is given. They referenced the utilization of setting, level of appropriateness, criteria for assessment, and examinations subjective factor. Ismail Haritaoglu and David Harwood [4] proposed ongoing visual observation framework executed in open air condition for identifying and following individuals and checking their exercises. It works on single dim scale video symbolism or on video symbolism from an infrared camera. This framework utilizes shading signs. Rather utilizes a mix of shape investigation and following to find individuals and their parts (head, hands, feet, and middle) and to make models of individuals' appearance with the goal that they can be followed through communications, for example, impediments. This framework is able to do all the while following numerous individuals even with impediment. It keeps running at 25 Hz for 320x240 goals pictures on a double Pentium PC. G. Mallikarjuna Rao and Dr. Ch. Satyanarayana [5] managed the following of single article in a grouping of edges either from a live camera or from recordings spared beforehand. A moving article is identified in each edge with high exactness and effectiveness utilizing Middle guess procedure. Further Kalman channel estimation is utilized for following the identified article alongside a progressively precise Layout Coordinating calculation. For this layouts are produced powerfully which ensures any adjustment in article present which does not be prevented from following method. Passage and exit of the item are dealt with effectively.
III. IMPLEMENTATION AND WORKING Android is a versatile working framework created by Google. It depends on an adjusted rendition of the Linux bit and other open source programming, and is planned principally for touchscreen cell phones, for example, cell phones and tablets. The Android Application includes different highlights that makes following simple and appealing. It's a simple methodology of following a huge number of clients. There are diverse Sign Up choices present in application either as a Surveyor or an Administrator. The initial one is for the Administrator. Administrator can just track every one of the surveyors enrolled as client type "surveyor". Well and alluring (UI) is accommodated the Administrator to follow the area of its surveyors utilizing Recycler View as Direct design. Every surveyor is spoken to in a rundown see with its name and photograph transferred by him. The administrator can tap on every surveyor from Rundown see and can follow the area of every one of them from most recent 5 days giving the particular dates. The second part is a surveyor part which likewise has an alluring Enlistment and Login pages, every surveyor can empower or debilitate his area following .Every Surveyor will transfer his/her photographs in our application which will be utilized by the administrator while following. The surveyor will be followed for the constrained timeframe yet at the same time if on the off chance that surveyor need to cripple his area following he/she can logout from the application. The surveyor can likewise check his area on the guide gave in the application. A. Tools and Innovations Utilized The primary innovations utilized are: – Android – Android Studio – Java – Google Map API – Firebase Database – Firebase Authentication – Firebase Real time Following are the screen shots of live location tracer app.
Fig. 1: Main page of app
Fig. 2: Login page of app All rights reserved by www.grdjournals.com
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Live Location Tracker (GRDJE/ Volume 4 / Issue 10 / 007)
Fig.1 and Fig.2 represents main page and login page of app.
Fig. 3: User list page of app
Fig. 4: Registration page
In above figure no of registered users are shown. Above figure shows the registration page of app. Following figure shows the GPS location of user. It presents the execution of live location tracker app.
Fig. 5: GPS location of user1
Fig. 6: GPS location of user
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Live Location Tracker (GRDJE/ Volume 4 / Issue 10 / 007)
IV. CONCLUSION We are living in a world where Smartphones are carried by almost everyone and in coming years smartphones are going to outnumber the world’s total population Initially the aim of this project was to implement advanced location tracking system, obtain the live location and then track the live location for a specified time. The application is designed to manage thousands of users. The admin can click on each surveyor from the list view and can track their location of each. Due to this project, the admin can track the location of their surveyors.
V. FUTURE WORK In this project we are tracking the current location of the surveyor on daily basis and we are not storing the previos records. In future, based on project requirements we can add new features like obtaining the previous location history of the surveyors for number of days as per the requirements. We can add other features like tracking the basic properties of the users for example: the daily working hours of users (surveyors), their attendance.
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