A comparative analysis of fault detection schemes for stochastic continuous-time dynamical systems

On the other hand, extrapolation methods constitute one of the most efficient classes of schemes for the numerical integration of the second order differential equation (1.1) when

We remark that we do not take advantage of fast Fourier transforms for linear terms, because the corresponding matrices are constant at each time step as we will see below..

The proposal gains the advantages of both schemes: fast restoration time from the fast rerouting scheme by rerouting the affected traffic to the preplanned alternative LSP and the use

As can be seen below, at the input of the system is the camera equipment, based on the operation of sensors that allow the capture of images in the form of digital data by forming

2.1. Long time behaviour of the solutions. Fourier analysis of the semidiscrete scheme. Relation between K t d,h and the Modified Bessel Function. Semidiscrete Schemes for the

We call TGD0L to the set of all the D0L systems (schemes) that represent some fractal (family of fractals) by means of the turtle graphics interpretation (T, α).. We call VGD0L to

The aim is to build a system that will measure the performance parameters of throughput, packet losses, jitter and one-way delay using the technique of the packet time-stamping..

Both space-time Moran’s I values can be of help to identify a time-lagged spatial dependence component in the spatial lag term of a SAR(1). In effect, we can distin- guish two