Smart Indoor Location

Abstract

This project is based to implement an efficient mechanism on the smart indoor location system. Smart indoor system is used to overcome the drawback of the time complexity of the user who is searching the staff. The user may be parents or visitors. In existing there is no valid methodology to search the particular staff. Thus the visitors want to wait for a while to communicate with the particular staff. This drawback is overcome by the proposed model. The proposed model is designed to overcome the waiting time of the visitors. Here a web page is designed to fetch the current location of the staffs, who are in classroom, department, and lab. Staffs want to register first with the unique user id and password details are stored in the database. The staff wants to update the details before they are going to the classroom or lab. If the visitors came to see the staff a system is present in the reception they want to enter the details of the particular staff such as staff name and department details. And select the search button for result. It will provide the current details of the particular staff where they are with a map. This mechanism reduces the manual work and overcome the waiting time. This project is implemented in the android application and PHP.

Existing System

In existing low cost indoor positioning system is designed and built an effective indoor positioning system using a minimal infrastructure and readily available components. This system is relatively simple to install, requires no calibration after the initial installation, and has a low price tag. Sample applications have been tested with subjective results comparable to those obtained using GPS in an outdoor setting. The system can easily be adapted to provide extended coverage, and its performance is suitable for facilitating many different virtual and augmented reality research projects. Using a single rf transmitter and four ceiling mounted ultrasonic transmitters it provides coverage in a typical room in an area greater than 8m by 8m. As well as finding position within a room, it uses data encoded into the rf signal to determine the relevant web server for a building, and which floor and room the user is in. It is intended to be used primarily by wearable/mobile computers, though it has also been extended for use as a tracking system.

Proposed System

The smart indoor location is the web page application model to localize the staff location. The proposed model is helpful for visitors who want to see the particular staff. It’s easy to find the respected staff location without any time wastage. The main advantage of the proposed model is to design a web based application to reduce the searching time of the visitors. There is no prior model in the organization for finding the staff. If the visitors such as parents of the student or the relation of the particular staff want to visit the particular staff, there is no clear idea about the staff whether they are in the department or classroom or other places. This is hard to localize the staff location. The visitors want to wait for a long time to meet the particular staff. This should be overcome by the proposed model. The proposed model is designed with the simple and efficient model to locate the staff. The main use of the project is to maintain the information of the staff where they are.

Architecture