Titlebook: Software Architecture; 15th European Confer Stefan Biffl,Elena Navarro,Danny Weyns Conference proceedings 2021 Springer Nature Switzerland

synchronous

Jan Keim,Sophie Schulz,Dominik Fuchß,Claudius Kocher,Janek Speit,Anne Koziolekters present advantages of more options in frequency selectivity properties of filters compared to integer order counterparts. This study presents an application of Particle Swarm Optimization (PSO) for IIR filter discretization of fractional-order continuous filter functions. The proposed method en

paroxysm

Mohamed Soliman,Matthias Galster,Paris Avgeriouters present advantages of more options in frequency selectivity properties of filters compared to integer order counterparts. This study presents an application of Particle Swarm Optimization (PSO) for IIR filter discretization of fractional-order continuous filter functions. The proposed method en

RAGE

万花筒

viz. a) most of the control problems do not have closed analytical solutions; b) from numerical calculations “well behaving within a finite period” the stability cannot be taken for granted. According to Lyapunov, guaranteeing negative time-derivative of the Lyapunov function by relatively simple es

胆大

巧思

胆大

Nguyen Khoi Tran,Muhammad Ali Babarys limited to a relatively weak frequency bandwidth, an approach based on fractional derivatives provides good simulation results even beyond working frequency of industrial systems. In this article, we determined the link between a high excitation (> 2 kV/mm), weak frequency (< 100 Hz) dynamic diel

Absenteeism

Felipe Cerezo,Carlos E. Cuesta,Belén Velansional problems and shows a great promise for fitting nonlinear multivariate functions by using its ability to estimate the contributions of the basis functions so that both the additive and the interactive effects of the predictors are allowed to determine the response variable. The MARS algorithm

deceive

FICE

Mikko Raatikainen,Elina Kettunen,Ari Salonen,Marko Komssi,Tommi Mikkonen,Timo Lehtonenists of . different layers of Functionally Graded Material, i.e., it is assumed that the stiffness and the density of each layer are varying continuously in the radial direction but isotropic and homogeneous in the circumferential and axial directions. The inner surface of the layered medium is assu