Design and Implementation of an Automated Ambulance Dispatch System

Design and Implementation of an Automated Ambulance Dispatch System



The emergency ambulance dispatch system or computer-aided dispatch system (CAD) is a web-based application that efficiently receives a phone call from all services, records the details of an emergency including location, find the next available ambulance and dispatches the ambulance as fast as possible with some minute. As technology and particularly computer technology evolved, the dispatching of EMS resources took on an entirely new dimension and required completely new skill sets. The process of dispatching was supported by computers and moved in many locates to a paperless system that requires above-average computer skills. The system not only permitted in dispatcher to record the call information but also automated the call triage process, allowing the system to become algorithm-based decision support tool. The computer-aided dispatcher system will constantly monitor the location and status of response resources, making response resource assignment recommendations to human dispatchers, allowing human dispatchers to watch the physical movement of their resources across a computerized map. Ambulance dispatchers required little in the way of qualifications, apart from good telephone manners and knowledge of local geography.

1.1 Background of the Study

Today, it is believed that the application of computer technology in any activity would go a long way in making that activity much easier. This system is designed to locate the available ambulance near the incident location and dispatch them as per requirement, to the researcher. To this end, the researcher sees the above statement as a theory until proven otherwise by the ambulance dispatch system. It is also understood that the benefit of using a computer supersedes that of the manual method. The design and implementation of the new system will prove beyond doubt by the researcher.

1.2 Statement of the Problem

The sudden increase in the number of emergencies reported by the federal road safety has transcended the manipulation of the existing system used by the ambulance dispatcher and this prompted a lot of problems which encompass the delay of dispatching ambulances it was very complicated to observed or track the location of any dispatch ambulance. Since there was no tracking facility in the manual method. It was very difficult to keep records of ambulances available and ambulances on duty. All these and more are encountered due to the debilitation of the prevailing system used.

1.3 Aim and Objectives of the Study

The aim of this research is to build a dispatch system that will help to speed up the rate of dispatching ambulances in order to cater for an emergency in society. The objectives of the system include:

(i). To provide the fastest ambulance services to the victims of any emergency incidents.

(ii). To decrease the amount of paperwork must be file.

(iii). To help the company ensure that provide an adequate amount of ambulance for each of the services.

(iv). To enable management to track the status of each ambulance and the ambulance activity.

1.4 Significance of the Study

This research work will have the following significance.

(i) Introduce software that will speed up the rate of dispatching ambulances.

(ii) Enable the company to track the status of each ambulance.

1.5 Scope of the Study

The research project focuses on an ambulance dispatch system using federal road safety, Uyo.

1.6 Organization of the Study

The research project has been arranged in the following order. Chapter one contains the introduction, theoretical background, statement of the problem, the scope of the study and definition of terms. Chapter two focused on the relevant literature review on the subject matter. Chapter three is concerned with the system design, which emphasis on system design and flow chart. It also expands the development of new information. Chapter four is the system implementation which gives the direction of the system and analysis of modules. Chapter five summarizes, show the limitation of the study, conclude the research work and offer some useful recommendation.

1.7 Definition of Terms

CAD (Computer Aided Dispatch): This is the name given to the software system under consideration.

Caller: Is the person who calls the 911 service and asks for an ambulance.

LTS (Location Tracking System): Is the independent software component that accepts caller phone numbers from (CAD) and provides location details to CAD. This is a mapping system.

Dispatcher: Is the person who receives the phone call from the operator, enter incident information into the CAD system, and processes the necessary details for dispatching the ambulance.

Operator: This is the person who attends the phone call at 911 services.

Cite this article: Project Topics. (2021). Design and Implementation of an Automated Ambulance Dispatch System. Retrieved October 27, 2021, from

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This article is published under the terms of the Creative Commons Attribution License 4.0

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