Far East Journal of Experimental and Theoretical Artificial Intelligence
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Abstract: The main theme
of this paper is to find the performance of the Switch network with the
Bluetooth technology using the Queueing Petri Net model and the Markov algorithm
with the security of steganography.
This paper mainly focuses on comparison of switch and Bluetooth technologies in
terms of service rate and arrival rate. In Markov algorithm by using this
model bulk service rule,
the performance of client-server model has been studied and the results are
obtained. When comparing the service rates from the Switch network and the
Bluetooth technology, it has been found that the service rate from the Bluetooth
technology is very efficient for implementation. From the values obtained from
the Bluetooth technology, the values from other wireless technologies can be
calculated and implemented in future for better performance. QPNs facilitate the
integration of both hardware and software aspects of the system behavior in the
improved model. This lends itself very well to modeling distributed
component-based systems such as modern e-business applications (New order,
Change order, Order status, Customer status). Simultaneous resource possession,
synchronization, blocking and contentions for software resources can easily be
modeled by adding the wireless technologies in the systems and by using QPNs.
The purpose of steganography is to hide the information, those can be
transferred from one system to another through the Bluetooth technology with
security measures. QPNs are very powerful as a performance analysis and
prediction tool. By demonstrating the power of QPNs as a modeling paradigm in
further fore coming technologies we hope to motivate further research in this
area.
Keywords and phrases: bluetooth, switch, queueing Petri nets, Markov algorithm, steganography.
