Transaction Management for M-Commerce at a Mobile Terminal. Accepted to

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Transaction Management for M-Commerce at a Mobile Terminal. Accepted to (2003)

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by Jari Veijalainen , Vagan Terziyan , Henry Tirri

Venue:	Workshop on Reliable and Secure Applications in Mobile Environment. Oct. 28
Citations:	18 - 1 self

BibTeX

@INPROCEEDINGS{Veijalainen03transactionmanagement,
    author = {Jari Veijalainen and Vagan Terziyan and Henry Tirri},
    title = {Transaction Management for M-Commerce at a Mobile Terminal. Accepted to},
    booktitle = {Workshop on Reliable and Secure Applications in Mobile Environment. Oct. 28},
    year = {2003},
    pages = {89--98}
}

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Abstract

Although there has been a lot of discussion of "transactions " in mobile e-commerce (m-commerce), very little attention has been paid for distributed transactional properties of the computations facilitating m-commerce. In this paper we first present a requirement analysis and then present a wireless terminal-based Transaction Manager (TM) architecture. This architecture is based on the assumption that there is an application that supports certain business transaction(s) and that it uses the TM to store transactional state information and retrieve it after a communication link, application, or terminal crash. We present the design of such a TM, including the application interface, modules and log structure. A pilot implementation of this TM for the location-based application is also discussed. We further discuss other alternatives to design such a TM that together can be called "Ontological Transaction Monitor". This acts as an intelligent component between the application and the servers accessed during M-commerce transactions and controls the perceivable communication behavior of the terminal towards the servers, maintains the state information and takes care of tight coupling of transactional properties of the computations as well as of security and privacy. 1.

Keyphrases

transaction management mobile terminal intelligent component perceivable communication behavior terminal towards location-based application mobile e-commerce communication link state information little attention wireless terminal-based transaction manager terminal crash certain business transaction transactional property requirement analysis transactional state information log structure m-commerce transaction ontological transaction monitor quot pilot implementation distributed transactional property application interface tight coupling

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