Radioengineering and optic models in nanoelectronics
Journal Title: Вісник НТУУ КПІ. Серія Радіотехніка, Радіоапаратобудування - Year 2010, Vol 0, Issue 43
Abstract
Application of radioengineering and optic models to nanoelectronic problems is discussed. Analytical expressions for resonant parameters and characteristics of typical barrier structures are received. Characteristics illustrating the efficiency of such approach are presented.
Authors and Affiliations
E. Nelin
Resonance filtration by two-phase resonators
Introduction. Resonance spectral filtration has an exceptional importance for many applica-tions. Resonators based on reflectors with antiphase reflection coefficients — two-phase res-onators — are proposed. Single-phase...
Numerical optimization of coaxial-to-microstrip transition to feed a printed quasi-Yagi element of phased antenna arrays
Abstract. Paper presents numerical investigation of the coaxial-to-printed microstrip transition. Results were obtained by finite-difference time domain method. Rationale of the coaxial-to-microstrip transition type. Dif...
Interpolation on a fixed interval discrete-valued sequence with random structure
Discrete-valued sequences with random structure are widely used to describe electronic systems that operate under a priori uncertainty. An optimal interpolation algorithm on a fixed interval discrete-valued sequence with...
Application of eigenfunction expansion method to the microwave tomography
Introduction. Literature review and description of the microwave imaging is presented. Underlined advantages, application, description of experimental setups, and methods for solving forward and inverse problem. Methods....
Selection of the optimal order for multivariate autoregressive model of electroencephalograms for patients with epilepsy
Introduction. Brain electrical activity signals (or EEG) by their very nature are non-stationary time series. This basically allows applying a set of mathematical-statistical analysis methods to them. One of the most com...