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Combined with engineering example, this paper utilizes the Monte Carlo method in network planning, calculates the probability of project completion or completion risk for specific planned construction period.
This paper analyzes the outage probability of cooperative communications over asymmetric fading environments. This work investigates the scenario where cooperative nodes are located at different geographical locations. Some cooperative nodes experience line of sight (LOS) signals and some nodes may experience non-LOS (NLOS) signals. As a result, signals in different links are affected by different...
Real-world network and components exhibit continuous change of performance, it can not be described accurately by currently extensively used binary state and multi-state models. This paper presents a network reliability model of continuum-state, estimating the network reliability with network performance and demand lack. The link performance is defined as its influence of the total length of the shortest...
On the basis of the Bayesian inference using the maximizer of the posterior marginal (MPM) estimate, we formulate the problem of inverse halftoning via the framework of super resolution for the organized dither method. Then, the Monte Carlo simulation for a set of the snapshots of the Q-Ising model clarifies that this method achieves optimal performance under the Bayes-optimal condition and that the...
In designed experiments, we often encountered non-normal response variables. The data transformations (Transf) approached are frequently employed to deal with these problems. One has to realize that analyzing such data based on transformations posed many drawbacks. A better approach in dealing with these problems is by using the Generalized Linear Model (GLM). The problem becomes more complicated...
This paper reports on an efficient robust optimal design of MEMS gyroscope. Proposed method uses sensitivity analysis considering the worst-case tolerance instead of statistical information about uncertainties. The robust optimal models based on macromodels consider electro-mechanical couple-field analysis. Monte Carlo analysis and physical level verification are also studied.
The intermediate transport regime in nanoscale transistors between the fully ballistic case and the quasi-equilibrium case, described by the drift-diffusion (DD) model, is still an open modeling issue. Analytical approaches to the problem have been proposed, based on the introduction of a backscattering coefficient, or numerical approaches consisting in the Monte Carlo solution of the Boltzmann transport...
The received signal by acoustic Doppler velocity log (DVL) is the seabed reverberation signal, in accordance with the seabed scattering model for modeling and signal processing. In this paper, ellipse scattering model is proposed, which can carry on the signal-level simulation for DVLpsilas echo. And based on simulated signals, the Monte Carlo statistics of the pulse-pair method is carried on. Statistical...
The modern-day system-on-chip communication posses complex characteristics- (a) the communication times of individual transactions are difficult to predict, (b) concurrent communication techniques are employed to meet the performance of emerging applications, and (c) communication is hierarchical. Thus, performance of communication architecture plays major role in determining the performance of the...
In this work an attempt is made to extract Dual Pearson moments from 1-D Monte Carlo simulated profiles, and these moments are used for 2-D simulations. This approach gives same accurate implant profile as Monte Carlo, but simulation time is significantly reduced.
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