Fast implemantation of "cosine, modulated filter banks" and the design of prototype filters

Büyükatak, Kenan


Fast-Multipole-Method Solutions of New Potential Integral Equations
Gür, Uğur Meriç; Karaosmanoglu, Bariscan; Ergül, Özgür Salih (2017-09-27)
A recently introduced potential integral equations for stable analysis of low-frequency problems involving dense discretizations with respect to wavelength are solved by using the fast multipole method (FMM). Two different implementations of FMM based on multipoles and an approximate diagonalization employing scaled plane waves are developed and used for rigorous solutions of low-frequency problems. Numerical results on canonical problems demonstrate excellent stability and solution capabilities of both imp...
Rapid Low-Cost Prototyping of Organ-on-Chip Platforms by 3D-Printed Microfluidics
Dedekargınoğlu, Barış; Akalın, Ali Aykut; Özçelikkale, Altuğ (2021-07-02)
Fast simulation and modeling of scattering from targets in MIMO imaging systems
Gül , Yunus Emre; Alatan, Lale; Department of Electrical and Electronics Engineering (2022-5-11)
The forward model analysis in a multiple input multiple output (MIMO) system requires the computation of the signals received by receiver antennas when various targets are illuminated by a transmitter antenna. The full wave analysis of such systems provides accurate results with high computational cost. Fast analysis of the system can be achieved by simple models based on several approximations which limits the accuracy. In this thesis, a modeling technique that provides better accuracy compared to simple m...
Active synthesis of open-circuit voltage transfer functions using distributed parameter RC Heizer networks with rational Y-parameters.
Öner, Demir; Department of Electrical Engineering (1972)
Steady-state modeling of detonation phenomenon in premixed gaseous mixtures and energetic solid explosives
Cengiz, Fatih; Ulaş, Abdullah; Department of Mechanical Engineering (2007)
This thesis presents detailed description of the development of two computer codes written in FORTRAN language for the analysis of detonation of energetic mixtures. The first code, named GasPX, can compute the detonation parameters of premixed gaseous mixtures and the second one, named BARUT-X, can compute the detonation parameters of C-H-N-O based solid explosives. Both computer codes perform the computations on the basis of Chapman-Jouguet Steady State Detonation Theory and in chemical equilibrium conditi...
Citation Formats
K. Büyükatak, “Fast implemantation of “cosine, modulated filter banks” and the design of prototype filters,” Middle East Technical University, 1999.