It is challenging and significant to explore the impacts of non-real-time services on real-time
services from the perspective of jitter. Most of current researches on jitter made too many …

Exploring theory and methods to analyze the impacts of non real-time services on jitter
performance of real-time services is a quite challenging but meaningful job. This article puts …

In this paper we consider a discrete time queueing model to calculate end-to-end delays
and jitter in packet networks. The arrival process is formed by a discrete time renewal …

Delay jitter of data packets is known to be a crucial quality of service measure especially for
real-time applications (eg, VoIP). It takes place as a result of the queuing, scheduling, and …

Packet-based networks are more and more used to transport interactive streaming services
like telephony and videophony. To guarantee a good quality for these services, the queuing …

Internet, especially in the situation when network has bursty background traffic. However, it
is usually difficult to evaluate the statistics of delay and delay jitter in such bursty traffic …

Internet of Things (IoT) devices, particularly those used for sensor networks, are often
latency-sensitive devices. The topology of the sensor network largely depends on the overall …

IP networks are more and more used to transport real-time services. A crucial factor for real-
time services is the end-to-end delay experienced by the application. The contribution …

In this paper we propose an analytical model for jitter, wherein we implement the interrupted
Poisson process (IPP) for incoming traffic. First, we obtain an analytical model for the jitter on …

In this paper, an analytic approximation is derived for the end-to-end delay-jitter incurred by
a periodic traffic with constant packet size. It is assumed that the periodic traffic is …