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151. In the last chapter, numerical approximation about the variational equation is taken by the finite element method. The stability and the error estimates of the solution are presented.

152. The chattering phenomena caused by discontinuous control are eliminated with the technique of continuous approximation.

153. In this paper we explore multiresolution approximation to the solution of the boundary value problems in intervals and rectangular fields for the biharmonic equation using wavelet-Galerkin methods.

154. On this basis, the normalized iterative method for inverse calculation of permeability coefficient is established by using approximation function and perturbation method for operator identification.

155. We gave a theorem at the same time to estimate the error bound for the approximated solution, which is also used as a stopping criteria for low rank approximation.

156. By way of adopting elastic wave equation and finite difference approximation calculating method, the numerical simulation of VSP synthetic record is realized in the paper.

157. The electronic density of states (DOS) of the system as well as low temperature thermodynamic quantities are obtained under the saddle point approximation.

158. Under the approximation of the full depletion, the calculating formulas for the width and electrical field of depletion region are obtained.

159. This paper proposed a new algorithm for image restoration based on spatial continuity and differential approximation.

160. The window function generation, approximation and differential are realized by circuits.

161. In order to accomplish the signal integrity analysis in the time-domain, it is necessary to construct a rational approximation based on these sampled data.

162. Analyzes the principle errors in measuring small dimensions by Fraunhofer diffraction , including Fraunhofer approximation error and the place detecting error of extreme value characteristic aspect.

163. This paper gives a brief description and analysis of two general methods of selectingcorrection factors, those are, by cut and trial and by differential approximation.

164. This book offers a graduate - level exposition of selected topics in modern approximation theory.

165. The least-squares solutions of inverse problems of anti-skew-symmetric matrices and its optimal approximation problems are discussed. The general expression of the least-squares solutions is given.

166. And, of course, that is only an approximation formula Actually, there would be higher order terms involving second and third derivatives and so on.

167. Hooke's Law - Springs - Simple Harmonic Motion - Pendulum - Small Angle Approximation.

168. Based on the rational approximation of the FFD operator, we extend the two coefficients to be optimized to four coefficients, then we optimize them globally using simulated annealing algorithm.

169. Homogeneous spherical elastic earth model is the first approximation of the real earth in the approach to study the earth tide, this paper gives a numerical .

170. This paper discuss the inverse problem and the optimal approximation of anti-symmetric ortho-symmetric matrices.

171. The experiments prove thatP3 approximation theory can describe the radiance close to sources.

172. Detail time: above time to do according to your comments, all training time approximation need two hours, I'll inform that before the training.

173. The proposed approach can provide a satisfactory presentative model at improved computation speed ofthe selection of the response surface function approximation.

174. With the equivalent cylindrical approximation, we have obtained the asymptotic solution for the problem. Sentencedict.com

175. To actually apply this it helps to go to something called the normal approximation to the binomial, because it's kind of difficult to compute this formula.

176. This paper uses the principle of energy to obtain the approximate solutions for the cable-stayed bridges. The method of successive approximation has been applied to the analyses of the actual bridge.

177. This paper uses successive approximation methods for calculating alignments intersections horizontal alignment design.

178. With the best polynomial approximation as a metric, the rate of approximation of the neural networks with single hidden layer to a continuous function is estimated by using a constructive approach.

179. Use but the proper accurate technology , can use optesthesia effect not only approximation is consummate , can get twice the result with half the effort , get on the stick.

180. Don't take this too literally, though — it's just an approximation to help you understand the CDC/FP/PBP stack.