Paper Info
Title
A novel Web-Enabled HMI/DAC automation for Disaster Prevention and Alert management
Abstract
This paper presents a practical and effective novel approach to solve the Disaster Prevention and Alert (DPA) management problem. The problem is usually caused by the traditional DAC approach in building's Fire Prevention and Fighting (FPF) system. Web-Enabled Interface/Controller (WEIC), Human-Machine Interface (HMI) display and Data Acquisition and Control (DAC) technologies are applied. Techniques of formalization and modeling of WEIC automation are presented. The benefits of Web-page automation philosophy is to aim at Web-view stylistic managing of all critical functions for monitoring, operating and maintaining. Through this process, communication that supports local and/or remote viewing, the real-time data/ information will be indicated on the browser-based terminals anytime and anywhere. The suggested methods of sequent structuring allow HMI/DAC models using algorithm to develop Web-page DPA management effectively are described. In addition, an actual case of WEIC based HMI/DAC automation system in existing building's FPF application is simulated to validate the feasibility of the methods proposed.
Year
DOI
Venue
2010
10.1109/ICSMC.2010.5642003
SMC
Keywords
Field
DocType
fire prevention and fighting (fpf),web-page automation philosophy,disaster prevention and alert (dpa),browser-based terminals,fire prevention system,human computer interaction,human-machine interface display,disasters,fires,computerised monitoring,web-enabled automation,web-enabled hmi-dac automation,emergency services,data acquisition,web-page dpa management,fire fighting system,alert management,accident prevention,disaster prevention,internet,web-enabled interface/controller (weic),data acquisition and control (dac),asymmetric digital subscriber line (adsl),web-enabled interface-controller,data acquisition and control technologies,graphics,web pages,local area networks,switches,asymmetric digital subscriber line,human machine interface,real time data
Graphics,Control theory,Process automation system,Computer science,Emergency management,Data acquisition,Automation,Local area network,The Internet,Embedded system
Conference
ISSN
ISBN
Citations 
1062-922X
978-1-4244-6586-6
0
PageRank 
References 
Authors
0.34
7
4
Name
Order
Citations
PageRank
Jen-Hsiang Chou164.40
Shun-Yuan Wang200.68
Chen-Wei Chang321.79
Ruey-Fong Chang401.01