The process exploits the so called "Lagrange Formulation" to develop a linear form of Equations of Motion w.r.t the system Inertia Parameters (IPs).
"We believe the L.T.T.E.'s campaign to get a cease-fire declared using international pressure and exploiting the so-called humanitarian crisis is purely to gain a breathing space," Mr. Kohona said.
In April last year, Mumsnet warned that users' data had been obtained by hackers exploiting the so-called Heartbleed bug, which gave access to information submitted via the login page, including usernames, emails and passwords.
A postmortem revealed Bradford's Labour party had become dominated by powerful Pakistani elders who played clan politics, exploiting the so-called Biraderi system, which demanded loyalties of those whose families came from the same Kashmiri villages.
Exploiting the so-called "loss-aversion" tendency could open the door to creative incentivizing for software designers and managers.
The authors in [22] made use of subcarrier allocation to improve the performance of cognitive networks by exploiting the so-called multiuser interference diversity.
Spiral grain was measured at 5 mm intervals along each radial strip by exploiting the so-called "T2 effect" (McGunnigle 2009; Marschner et al. 2005; Matthews and Soest 1984).
Kernel machines tackle the problem of pattern recognition by exploiting the so-called kernel trick [32]: empirical samples are projected in a high-dimensional Hilbert space, where the mapping function is easier to retrieve.
Such architecture, depicted in Fig. 3, is a generalization of what is reported in [27] considering the whole intelligence distributed in all the components of the system, thus exploiting the so-called Fog Computing approach [28].
Then in 1997, physicists Iwo Bialynicki Birula at the Center for Theoretical Physics in Warsaw and Zofia Bialynicka Birula at the Institute of Physics, also in Warsaw, came up with a variant of the rotational Doppler effect, exploiting the so-called orbital angular momentum (OAM) of light.
While a large variety of surrogate modeling and optimization are available, the methods exploiting the so-called physics-based surrogates seem to be the most efficient ones because the knowledge about the system of interest embedded in the underlying (often simulation-based) low-fidelity model ensures good generalization of the surrogate and a rapid convergence of the SBO algorithm.
