WIT Press


Smart Wireless System For City-gas Safety Management

Price

Free (open access)

Paper DOI

10.2495/SC120982

Volume

155

Pages

11

Page Range

1173 - 1183

Published

2012

Size

749 kb

Author(s)

J. S. Oh, J. G. Sung & Y. D. Kim

Abstract

The latest industry trend seems to be a convergence around various industry fields. This paradigm is able to shift from the legacy of the service industry to a smart service environment. It is necessary to develop a wireless network and intelligent service platform in order to propagate a smart environment. However, these technologies are difficult to use in a practical real-life environment and industry facilities, because they do not consider the characteristics of the domain of industry. This paper aims to define the applicable range and criteria for a smart city-gas environment, to develop the applicable network on the target facility, and to evolve the mobile smart service platform for city-gas in order to enhance safety and reliability. Keywords: smart service, city-gas safety management, mobile. 1 Introduction The latest industry trend seems to be a convergence around various industry fields. This paradigm is able to shift from the legacy of the service industry to a smart service environment (Akydiz et al. [1]). The smart service environment is capable of innovating public service, increasing the quality of life, and enhancing business productivity (Culler and Hong [2]). It is necessary to develop a wireless network infrastructure and intelligent service platform in order to propagate a smart environment (Heinzelman et al. [3]). However, although those technologies are progressing fast for the individual, they are insufficient for the industry environment. In order to apply them to industry, it is necessary to consider the particular characteristics and requirements of the industry environment (Oh et al. [4]). Therefore, applying smart technologies to specific industry facilities should help design the

Keywords

smart service, city-gas safety management, mobile.