Dependencies of the average processing time on the probability of control message generation and the average batch size in a 5G-IoT ecosystem with P4 switches.

Dependencies of the average processing time on the probability of control message generation and the average batch size in a 5G-IoT ecosystem with P4 switches.

<p>Dependencies of the average processing time on the probability of control message generation and the average batch size in a 5G-IoT ecosystem with P4 switches.</p>

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Bibliographic Details
Main Author:	Viacheslav Kovtun (13113344) (author)
Other Authors:	Maria Yukhimchuk (22145956) (author), Jamil Abedalrahim Jamil Alsayaydeh (21354285) (author), Dinara Berdysheva (22145959) (author)
Published:	2025
Subjects:	Genetics Biotechnology Biological Sciences not elsewhere classified Mathematical Sciences not elsewhere classified Information Systems not elsewhere classified type service distributions simulation results confirm programmable p4 switches integrated design enables driven bursty arrivals world traffic datasets bursty traffic conditions plane involvement probability plane interaction dynamics proposed approach integrates type service structure simultaneously incorporate bmap expected processing time based approach reduced 1 queueing frameworks phase service structure bmap </ p real iot traffic hybrid stochastic model iot traffic plane interactions stochastic modelling proposed framework hybrid nature processing times iot ecosystems based ones based approximations xlink "> thereby capturing temporal variability study presents routing logic queue length modelling error markov representation markov modelling like properties highest alignment fold increase empirical data batchiness factor analytical expressions accurately reflects accurately reflecting accurate characterisation 12 requests
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