Unsupervised clustering of image sets of 3D objects has been an active research field within vision community. It is a challenging task since the appearance variation of the same object under different illumination condition is often larger than the appearance variation of different object under the same illumination condition. Some previous methods perform the appearance clustering using k-sub...

We investigate the recently proposed nonlinear equation for the unintegrated gluon distribution function which includes the subleading effects at small x. We obtained numerically the solution to this equation in (x, k) space, and also the integrated gluon density. The subleading effects affect strongly the normalization and the x and k dependence of the gluon distribution. We show that the satu...

The inverted pendulum is a highly nonlinear and open loop unstable system. To develop an accurate model of the inverted pendulum, different linear and nonlinear methods of identification will be used. However one of the problems encountered during modeling is the collection of experimental data from the inverted pendulum system. Since the output data from the unstable system does not show enoug...

Matthew T. Calef, Erin D. Fichtl, James S. Warsa, Markus Berndt, Neil N. Carlson, CCS-2 We compare variants of Anderson Mixing with the Jacobian-Free Newton-Krylov and Broyden methods applied to the k-eigenvalue formulation of the linear Boltzmann transport equation. We present evidence that one variant of Anderson Mixing finds solutions in the fewest number of iterations. We examine and streng...

The analog transmission of a bivariate Gaussian source over a white Gaussian channel with 2:1 bandwidth compression is addressed in this paper. We propose two nonlinear coding structures for bandwidth compression based on the Shannon-Kotel’nikov (S-K) mappings. For each coding structure, the closed-form expression of distortion at any given channel SNR is derived and the optimal energy scaling ...

In neoteric the term harmonics distortion for power quality improvement and also future purpose plays a vital role with consequential basic. Use of Non-Linear loads are dominating in every sector Harmonic currents generated by non-linear generates extra losses transformer. Standard transformers designed to tackle linear loads. These unwanted cause overheating premature failure transformers. Thi...

and Applied Analysis 3 If ‖N(x) − N(y)‖ ≤ k ‖x − y‖, 0 < k < 1, then e 0 = f, 󵄩 󵄩 󵄩 󵄩 e 1 󵄩 󵄩 󵄩 󵄩 = 󵄩 󵄩 󵄩 󵄩 N (e 0 ) 󵄩 󵄩 󵄩 󵄩 ≤ k 󵄩 󵄩 󵄩 󵄩 e 0 󵄩 󵄩 󵄩 󵄩 , 󵄩 󵄩 󵄩 󵄩 e 2 󵄩 󵄩 󵄩 󵄩 = 󵄩 󵄩 󵄩 󵄩 N (e 0 + e 1 ) − N (e 0 ) 󵄩 󵄩 󵄩 󵄩 ≤ k 󵄩 󵄩 󵄩 󵄩 e 1 󵄩 󵄩 󵄩 󵄩 ≤ k 2 󵄩 󵄩 󵄩 󵄩 e 0 󵄩 󵄩 󵄩 󵄩 , 󵄩 󵄩 󵄩 󵄩 e 3 󵄩 󵄩 󵄩 󵄩 = 󵄩 󵄩 󵄩 󵄩 N (e 0 + e 1 + e 2 ) − N (e 0 + e 1 ) 󵄩 󵄩 󵄩 󵄩 ≤ k 󵄩 󵄩 󵄩 󵄩 e 2 󵄩 󵄩 󵄩 󵄩 ≤ k 3 󵄩 󵄩 󵄩 󵄩 e 0 󵄩 󵄩 󵄩 󵄩 , .....

A K-surface is a surface whose Gauss curvature K is equal to a positive constant. In this paper, we will consider K-surfaces that are defined by a nonlinear boundary value problem. In this setting, existence follows from some recent results on nonlinear second-order elliptic partial differential equations. The analytical techniques used to establish these results motivate effective numerical me...