ISSN : 2319-7323

INTERNATIONAL JOURNAL OF COMPUTER SCIENCE ENGINEERING

ABSTRACT

Title	:	OBJECT ORIENTED ANALYSIS AND DESIGN OF FIRE EMERGENCY MOBILE APPLICATION AND CENTRAL SYSTEM (FEMACS)
Authors	:	Abubakar Aliyu Machina, Isiaka Shuaibu, Muazzamu Ibrahim, Mustapha Musa
Keywords	:	Fire reporting, Fire outbreak, Fire Emergency, Mobile Application, FEMACS, UML, SDLC
Issue Date	:	May-Jun 2020
Abstract	:	Fire remains an unannounced outbreak that occurs in our various homes, offices, schools and industries. Without a rapid move, proper control and preventive measures put in place, a destructive effect on both human lives and properties becomes inevitable. During the fire emergencies, speedy response and access to the incident scene is of the highest priority. With the recent exploration of smartphones capabilities and applications, they become more suitable for reporting fire emergencies based on the knowledge of technical know-how and object-oriented analysis and design. In this paper, we have analyzed the associated shortcomings of the manual fire reporting system and as well designed an automated framework; Fire Emergency Mobile Application and Central System (FEMACS). FEMACS is a mobile fire alert app developed based on Software Development Life Cycle (SDLC) that allows users/individuals to report an outbreak in a real-time to the nearest fire emergency department with an indication of a shortest route to follow. A Unified Modelling Language (UML): Use Case, Class Diagram, Sequence Diagram, Collaborative Activity and State-Chart Diagram of the fire reporting application model were developed and used to visualize the design view based on some functional and non-functional requirements. The Graphical User Interface (GUI) prototype for the proposed automated system was also implemented. Our design has shown an efficient way of reporting fire outbreaks with an integration of a central system using Object-Oriented Analysis and Design Approach.
Page(s)	:	205-218
ISSN	:	2319-7323
Source	:	Vol. 9, No. 3
DOI	:	10.21817/ijcsenet/2020/v9i3/200903030