Exploiting GSM short message service for ubiquitous accessing

Tang, Ming-Chung; Chou, Chun-Nun; Tang, Ching‐Hui; Pan, Ding-Sheng; Shih, Wei-Kuan

doi:10.1006/jnca.2001.0133

Cited by 12 publications

(4 citation statements)

References 5 publications

(3 reference statements)

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“…Lacohée et al (2003) commented that ''in a global context mobile telephony is used by a far broader stratum of the population than PCs and the Internet'' (p. 206). SMS use is cheaper than other communication methods because SMS employs signaling channels only, requiring less bandwidth resources (Tang, Chou, Tang, Pan, & Shih, 2001), therefore, it is an inexpensive method of transferring data. The initial cost of mobile phones is also less than for a computer, and the phones do not require often-expensive broadband connections as computers do.…”

mentioning

confidence: 99%

Everyone Here Speaks TXT: Deaf People Using SMS in Australia and the Rest of the World

Power

2004

Journal of Deaf Studies and Deaf Education

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This article examines the extent to which Short Message Service (SMS) messages are breaking down communication barriers among deaf people and between deaf and hearing people. It is predicted that deaf texters will use SMS to increase the bonds between themselves in deaf communities, creating new opportunities to develop relationships, understanding, and intimacy with those not physically present. The most exciting question raised by this article is whether those kinds of relationships, understanding, and intimacy will develop to the same extent with hearing colleagues, friends, and intimates.

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mentioning

confidence: 99%

Everyone Here Speaks TXT: Deaf People Using SMS in Australia and the Rest of the World

Power

2004

Journal of Deaf Studies and Deaf Education

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“…[10] These mobile devices are in communication with Application Service Provider (ASP) over SMS ensuring lower cost for information access. Such ASPs has been developed on Model View Controller (MVC) Framework [11]. This is manned by skilled software professional with requisite infrastructure (like Un-interrupted Power Supply etc.)…”

Section: Architecture and Modelingmentioning

confidence: 99%

Development of guided SMS solution in local languages for demand-driven access of agricultural information

Jha

Mukherjee

et al. 2015

2015 7th International Conference on Communication Systems and Networks (COMSNETS)

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Information technology (IT) has emerged as a boon to expedite the process of agricultural extension. The growth in mobile has surpassed internet due to cost effectiveness. Mobile as a tool holds promise for facilitating access of agricultural information by majority of the farmers. Its promotion has already been started by a few organizations, but mostly in supply mode. Hence, it was decided to develop the SMS based solution that works in demand mode. The solution consists of server stub and client stub. The server stub is a group of applications that receive surrogated query from client component in asynchronous mode and deliver desired information in flawless, efficient and uninterrupted manner. The server stub consists of message process, query process, database and analytical process. Client stub is a single application that is installed in user's mobile. The major functionalities of the client stub are: presentation and navigation, data management and message processing. In the implemented solution, total number of decision points and lists are 495 and 130 respectively. In list total number of elements varies from 2 to 15. The user selects information node from the list as per requirement. After selection of terminal node, message processing layer generates surrogated query which on confirmation is forwarded to Application Service Provider (ASP) end for processing. The solution has been developed for agriculture domain with crop, fertilizer, water management, crop protection, weather and agricultural implements as primary information area.

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“…With regard to sending the short message, the realization theory is basically similar to receiving: in terms of the short message data-frame format to code the data waiting for sending, then use the AT instructions to send these data to the serial interface, namely finish the function of sending the short message. See more details on AT instructions of mobile telephone in GSM07.05 [8] and dependent references [13] [14].…”

Section: B Initialization Of the Serial Interface And At Instructionsmentioning

confidence: 99%

Design of Information Sharing in a Supply Chain Using SM Technology

Wei

Shi

2008

2008 4th International Conference on Wireless Communications, Networking and Mobile Computing

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For many companies, supply chain management (SCM) has become an important element of strategic advantage to gain a competitive edge over their competitors. The soar-up of economy and improvement of info-tech require the enterprises' sharp response upon the changeful market and demands from clients. The thesis mainly focuses on retail industry, and brings forward an information sharing scenario, using SM (short message) technology to realize instant information transmission among every sale unit and headquarter in a supply chain. By comprehensive research on SM coding format, AT commands and information flow, this paper presents a solution scheme and key technology. Information sharing in a supply chain can further improve cooperation efficiency of every sale unit and headquarter. Furthermore, the historical data of SM-based information exchange can help the management stuff to make strategic decisions and plans by processing and mining.

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Exploiting GSM short message service for ubiquitous accessing

Cited by 12 publications

References 5 publications

Everyone Here Speaks TXT: Deaf People Using SMS in Australia and the Rest of the World

Everyone Here Speaks TXT: Deaf People Using SMS in Australia and the Rest of the World

Development of guided SMS solution in local languages for demand-driven access of agricultural information

Design of Information Sharing in a Supply Chain Using SM Technology

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