Motivated by these observations, we propose a novel GARCH model for sea clutter modeling, which is a generalization of the nonlinear-asymmetric GARCH (NAGARCH) model.
Behavior of the elastic viscous plastic (EVP) model for sea ice dynamics is explored, with particular attention to a necessary numerical linearization of the internal ice stress term in the momentum equation.
Open image in new window Figure 2 Proposed model for sea bream spermatozoa motility activation.
Our results indicate that the normal inverse Gaussian model is the best choice, and the K-distribution model for sea ice analysis, although both are flexible enough for all types of data.
The validity of this model for sea clutter has been discussed by a large number of works in literature for both monostatic [26 28] and, more recently, for bistatic clutter [25, 29, 30].
Traditional fatigue design procedures for SCRs are based on linear soil models for the seabed and though these are simple, they usually lead to conservative results.
A remarkable 19th-century collection of finely wrought glass models of sea creatures, for example, becomes part of an exhibition about modeling and its importance to the pursuit of play, fashion and science.
Only the Purpuratus donor splice site model was able to identify putative splice sites located at the edges of the known 185/333 elements, which suggests that the Vertebrate splice site models are insufficient for sea urchin sequence analysis.
