Optimal Productivity of Succoring Patients System using Mobile GIS Based on WCF Technology

TL;DR

This paper introduces a mobile GIS-based succoring system utilizing WCF technology that efficiently handles emergency requests, providing real-time location tracking and cost-effective communication for patient assistance.

Contribution

It presents the first tracking system using mobile GIS and WCF technology for online succoring, enabling rapid, cost-effective emergency response handling.

Findings

Handles one request per second efficiently

Uses GPRS and SMS over IP for cost-effective communication

Supports real-time patient location tracking on Google Maps

Abstract

Depending on references of the World Health Organization there is large numbers of sick persons with different diseases worldwide, and without succor at a suitable time this could lead to fatality of the patients. This paper offers a succoring system controlled by the patient based on the location of patients. The proposed system is the first tracking system using mobile GIS based on WCF technology to offer online succoring (24 hour a day), but really works only when the patient sends request for succoring. The patients will send a request (SMS by click one button) contains his ID, Longitude and Latitude via GPRS network to a web server containing a database, which the patient was registered previously on it. Then the server will locate the patient on Google map and retrieve the patient's information from the database. This information will be used by the server to send succoring facility and notify the nearest and most suitable ESC; moreover, the server will send SMS over IP to inform the patient emergency contacts and emergency hospital. The optimal productivity for proposed succoring system appears in handling a large number of requests within short period at rate of one request/need succoring per sec as result of using mobile GIS based on WCF technology. Furthermore, the process of request and reply for emergency cases of the patients achieved in costeffective way due to this technology, which allow sending data (SMS over IP) via Internet using GPRS network. The proposed system can be implemented in a minimum configuration (hardware and software) to minimize the overall cost of operation and manufacturing. Keywords- WCF; WPF; Build-in GPS; GPRS; Mobile GIS; SoIP; Tracking System; Google Maps API.