In the remainder of the paper, related literature on modeling CSMA-based MAC protocol is discussed in Section 2. Section 3 presents modeling of throughput whereas model for packet loss probability is described in Section 4 and busy time computation algorithm in Section 5.
This paper presents an analytical model of TCP throughput in optical burst-switched (OBS) networks.
After describing the network configuration and the experiment setup, we will explain the exploratory measurement campaigns we performed for deriving the physical model of the throughput.
By means of computational integration in a probabilistic model of high throughput data sets from DNA, RNA and protein assays, combined with data mining for individual genes to phenotypes treats, such network has been assembled with the goal of providing a...meaningful, functional gene network and to draw new and unforeseen connections...(Costello et al. 2009).
A detailed model of ED throughput can accurately quantify predictions for management interventions that are formulated by experience and intuition.
To investigate this more rigorously, we first formulated a model of high-throughput sequencing data generation which takes into account three primary influencing factors: (i) underlying fragment generation distribution, (ii) CG-dependent sequencing bias, and (iii) mapping bias (see Equation 3 in Materials and Methods).
Carvalho and Garcia-Luna-Aceves [3] proposed a model for throughput computation of backlog link in flows and employed most of the 802.11 mechanisms including RTS/CTS, network allocation vector (NAV) and also modeled channel errors for all links.
The MC model for throughput analysis of saturated and unsaturated IEEE 802.15.4 networks was developed in [21].
Through preliminary network modeling of high throughput data, this article critically reviews the efficacy of oxaliplatin as well as proposes a better model for enhanced efficacy based on a network approach.
Subject to the limitations of the model, maximum throughput of a two-component mixture is obtained when the input stream enters over nearly π radians and when the revolution of the chromatograph is arranged so that the centres of the two exit streams are separated by π radians, even if this involves an exit angle greater than 2π.
