In this letter, we investigate the problem of intelligent network selection in hybrid classical-quantum communication systems. We propose a novel link selection mechanism based on the Fuzzy Analytic Hierarchy Process (FAHP) ...
Over recent years, quantum communication systems have demarcated themselves as promising candidates for deployment in next-generation communication networks (6G and beyond). Several recent experimental demonstrations of ...
An Electro-optic switch based on Poly(3,4-ethylenedioxythiophene)-Poly(stryene sulfonate) (PEDOT-PSS) electrodes is designed and presented in the paper. An easy-to-fabricate structure of single-mode electro-optic (EO) ...
This paper provides a comprehensive approach towards developing an efficient emergency response system to manage rescue missions of vehicular accidents occurring at remote locations with the aid of Vehicular Ad-hoc Networks ...
A reconfigurable optical 1 × N splitter design is proposed by which incoming optical power can be diverted to any of the N output branches of the device. Tri-cyano-vinylidene-di-phenyl-aminobenzene (TCVDPA) doped SU-8 ...
Design and analysis of a vertex-feed arrangement of hexagram patch is proposed. The hexagram patch is designed over a glass epoxy FR-4 substrate with an overall thickness of 1.57 mm. The hexagram is a polygon with six ...
A novel method to extract parameters i.e. frequencies and their bandwidth for intelligible speech synthesis is presented in the paper. The parameters are extracted from the spectrogram image of the pre-recorded male and ...
The objective of this paper is to present an analysis to the feeding mechanism for a polygonal patch antenna fed by a vertical probe. The full wave electromagnetic simulations are performed to characterize polygonal patch ...
The effect of edge perturbation in vertex-fed polygonal patch antennas is studied and analyzed. A polygram shape is obtained by perturbing the edge of polygon. Here, edges of a pentagon and a hexagon are perturbed to obtain ...
The effect of polygonal slot in vertex-fed polygonal patch antennas is studied and analyzed. A polygonal shaped slot is obtained by creating a polygonal slot at the center of polygon. Here, the pentagonal and hexagonal ...
An Orthogonal Frequency Division Multiplexing (OFDM) over fiber based Passive Optical Network (PON) is proposed to cater high data rates to densely populated users in an organization such as a university campus. Performance ...
In this paper, a simple hybrid radio-over fiber network that can transmit a different quadrature amplitude modulated (QAM) signals simultaneously over a 50-km fiber link is investigated. Simulation results indicate that a ...
The paper proposes a 720 Mbps visible light communication (VLC) system using 64-QAM-OFDM signals. Transmission of signals is achieved by modulating red, green and blue (RGB) light emitting diodes (LEDs) and transmitting ...
An analysis to investigate the performance of various polygonal shaped patch antennas is presented here in this paper. The comparative analysis is based on the simulation results generated by full wave simulation software ...
The effect of hexagonal slot in probe-fed hexagonal shaped patch antenna with reduced ground plane is proposed, analyzed and studied. In this paper, experimental and simulation results for a probe-fed proposed antenna ...
In this paper, a complimentary split ring resonator (CSRR) enhanced wideband log-periodic antenna with coupled microstrip line feeding is presented. Here in this work, coupled line feeding to the patches is proposed to ...
The paper presents a probe fed slotted hexagonal patch antenna and emphasizes on antenna performance after suppression of a spurious radiation. To suppress the spurious radiation two complementary split ring resonators ...
Vertex-fed hexagonal planar antennas excite higher order modes. Monopole like radiation characteristics may be achieved through ground plane reduction. The paper presents the effect of reduced ground plane (RGP) which may ...
In this paper, squinted beams generated due to presence of higher mode in hexagonal patch antenna at 5.5 GHz are converged to form a fundamental mode radiation pattern using conical and hemispherical dielectric lens. The ...
A probe-fed circularly polarized hexagonal patch antenna with dual feed configuration is designed and presented for analyzing amplitude and phase sensitivity. The hexagonal patch antenna is excited with a fundamental ...