On the determination of the principal coefficient from boundary measurements in a KdV equation

Sanz-Serna and Christi di- vis d a modified Petrov-Galerkin finite elem nt method, and compared their method to the leading methods that had been developed to date:

Our initial intuition, based on the experience with an isolated direct cascade, indicated that the increase of the spectral domain will lead to the change of the spectrum exponents

Influence of parameters settings: maximal overlapping ratio effect on the number of extracted segments (a), the overall complexity (b) and quality of the full detection process

Nous avons effectué notre étude sur la base de deux détecteurs adaptatifs que sont le CA-CFAR et l'OS CFAR En début nous considérons la réception par une seule antenne où nous

[5] Kenig C.E., Ponce G., Vega L., Well-posedness and scattering results for the generalized Korteweg–de Vries equation via the contraction principle, Comm. 122

When applying the database ‘standard’ and an X calibration set (Figure 4 ), a different tendency arises: for each etching temperature different from the stan- dard etching

The goal is to make use of the structural properties of the equation, namely the skew-symmetry of the leading order term, and then to control subprincipal terms using suitable gauges

In the second subsection 2.2, a rigorous mathematical derivation of extended KdV equation on the surface elevation ζ will be provided, and hence a rigorous verification of this