Abstract Transmission Control Protocol (TCP) controlling congestion by peer-to-peer is
challenging to handle communication with numerous concurrent TCP flows and heavy traffic …

The use of social media platforms around the world has exponentially increased Internet
traffic. Such platforms enable multimedia communication including textual, audio, and video …

ABSTRACT In the Internet of Things (IoT) network, within a period of time it constructs a
huge network of millions and billions of things that incorporate with each other, leading to …

This work is devoted to the analysis of two GI/M/1 infinite capacity queuing systems with
threshold control of the renovation mechanism, which is responsible for the probabilistic …

In response to the increasing demands placed on educational institutions, there is a clear
need for technological advancements that can enhance the student experience while …

Software Defined Networks (SDN) utilize the network devices as virtual devices to analyze
the traffic and transmit the relevant packets. It is quite beneficial for the internet of Things …

This paper develops a comprehensive analytical model for the M/M/S/M+ queueing system
with customer abandonment. The transition rate diagram and associated transition …

The paper considers a single-server queuing system with a single-threshold mechanism for
probabilistic dropping of applications accepted into the system (general renovation). On the …

AQM plays an important role in network congestion control. PID algorithm is used as the
controller of AQM due to the combination of proportional, integral and differential control …

The paper presents a study of three queuing systems with a threshold renovation
mechanism and an inverse service discipline. In the model of the first type, the threshold …