Abstract Triple layers of TiO 2/TiN/TiO 2 with different TiN thicknesses have been deposited
using DC reactive magnetron sputtering on heated Si (100) and glass substrates. In this …

Deep neural networks (DNNs) have been used as a new method for nanophotonic inverse
design. However, DNNs need a huge dataset to train if we need to select materials from the …

Since quasicrystals provide additional freedom to expand photonic bandgap, dielectric
quasiperiodic sequences of broadbands become crucial for implementing low-loss …

Telemedicine and other remote early intervention techniques play a vital role to improve the
cardiac patient survival rate and decrease their hospitalized rate. Phonocardiography (PCG) …

This paper presents an intelligent algorithm for analyzing the heart sound signal using multi-
resolution analysis based on discrete wavelet transform (DWT). This signal processing …

This paper presents an identification of a continuous-time linear aircraft model while
considering control surface actuators using the maximal length sequence signal. In the …

Wireless power transfer has enhanced its capability and been able to suit itself for various
applications with pace of time. This paper presents modern wireless power transfer methods …

A pseudo-binary random signal (PRBS) has been widely utilized for system identification in
complex signals to develop an experimental approach. PRBS generator is a circuit that …

This paper presents an effective maximal-length sequence design for system identification of
a continuous-time linear aircraft model. The maximum-length sequence is used as the …

This thesis describes a variety of projects computing the optical response of periodic and
aperiodic structures. The projects include the design of dielectric multilayer, grating …