A geographic information system application for ambulance routing services : a prototype

Download

index.pdf

Date

2004

Author

Gülden, Birsen

Metadata

Show full item record

Item Usage Stats

135
views

119
downloads

In public safety, geography plays a significant role. One of the most important front-line elements of public safety is an efficient emergency transport and care system. The capacity to access and process information rapidly and organize resources where needed can be critically important in an emergency situation. Information about the locality of an event or a disaster is often vital in knowing how to respond. A significant operation in handling emergency situations is the routing of ambulances to incident sites and then to the closest appropriate hospitals. One of the important steps to survival in an emergency is quick response time. The aim of this thesis study is to build an immediate, rapid and efficient emergency medical transport system prototype, called Ambulance Routing Service Application Prototype (ARSAP), to be used in Middle East Technical University (METU) Emergency Service, Ankara, Turkey. In the study, geographical information systems (GIS) technology is used in assisting the development and implementation of an emergency medical service (EMS) response system. In this prototype, while choosing a proper facility, the available quantity of beds, respiratory equipments and doctors in a hospital's intensive care room and the best traffic routes to the hospital in hand are also considered. The ARSAP is expected to shorten the commuting time and hence to reduce the damage to the patient to the lowest level and allow the ambulance staff to perform their task better. The results generated using the ARSAP are validated and analyzed by comparing with currently practiced emergency call paths data collected with the help of METU Emergency Service ambulance drivers.

Subject Keywords

Medical informatics.

URI

http://etd.lib.metu.edu.tr/upload/2/12605085/index.pdf
https://hdl.handle.net/11511/14241

Collections

Graduate School of Informatics, Thesis

Suggestions

OpenMETU
Core

A GIS system for ambulatory transportation Gulden, B; Mumcuoglu, E; Baykal, Nazife (2004-02-18) In public safety, geography plays a significant role. One of the most important front-line elements of public safety is an efficient emergency transport and care system. The capacity to access and process information rapidly and organize resources where needed can be critically important in an emergency situation. Information about the locality of an event or a disaster is often vital in knowing how to respond. A significant operation for the handling of emergency incidents is the routing of ambulances to i...
A Parallel Algorithm for UAV Flight Route Planning on GPU Sanci, Seckin; İşler, Veysi (Springer Science and Business Media LLC, 2011-12-01) Aerial surveillance missions require a geographical region known as the area of interest to be inspected. The route that the aerial reconnaissance vehicle will follow is known as the flight route. Flight route planning operation has to be done before the actual mission is executed. A flight route may consist of hundreds of pre-defined geographical positions called waypoints. The optimal flight route planning manages to find a tour passing through all of the waypoints by covering the minimum possible distanc...
A novel report generation approach for medical applications : the sisds methodology and its applications Kuru, Kaya; Arda, Kemal; Department of Medical Informatics (2010) In medicine, reliable data are available only in a few areas and necessary information on prognostic implications is generally missing. In spite of the fact that a great amount of money has been invested to ease the process, an effective solution has yet to be found. Unfortunately, existing data collection approaches in medicine seem inadequate to provide accurate and high quality data, which is a prerequisite for building a robust and effective DDSS. In this thesis, many different medical reporting methodo...
Using geographic information systems in analysing the pattern of crime incidents and the relationship between landuse and incidents Akpınar, Ebru; Pınarcıoğlu, Mehmet Melih; Department of Geodetic and Geographical Information Technologies (2005) The location where crime events occur is an important factor in the analysis of crime. It is not only important where a crime incident takes place but also the characteristics of those places and the environment in which incident occurs. Thus, examination of spatial data such as street networks, parcel information, school locations, commercial and residential zoning, is imperative for effective crime analysis, crime prevention and police activities. Using variables, relating to five incident types as burgla...
A parallel algorithm for flight route planning on gpu using cuda Sancı, Seçkin; İşler, Veysi; Department of Computer Engineering (2010) Aerial surveillance missions require a geographical region known as the area of interest to be inspected. The route that the aerial reconnaissance vehicle will follow is known as the flight route. Flight route planning operation has to be done before the actual mission is executed. A flight route may consist of hundreds of pre-defined geographical positions called waypoints. The optimal flight route planning manages to find a tour passing through all of the waypoints by covering the minimum possible distanc...

Citation Formats

B. Gülden, “A geographic information system application for ambulance routing services : a prototype,” M.S. - Master of Science, Middle East Technical University, 2004.