Titlebook: Optical and Wireless Technologies; Proceedings of OWT 2 Vijay Janyani,Ghanshyam Singh,Antonio d’Alessandro Conference proceedings 2020 Spri

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A Novel EBG-Loaded Dual Band-Notched UWB Antenna,cture (DGS) are used to create dual band notched at two frequencies WLAN (5.2–5.6?GHz) and X-band (7.25–8.4?GHz). The structure uses for Novel EBG designs are like polarization-dependent EBG (PDEBG) or stacked EBG. The planar EBG structure used here is mushroom-shaped EBG for comparing potential app

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Time-Correlated MIMO Channels Using Decision Feedback Receiver,ansmitter and the recipient are relied upon the channel grid superbly. It may be greatly distinguished that, for straight MIMO transceivers, orthogonal transmission (i.e., diagonalization of the channel matrix) will be perfect to a portion of benchmarks for example, most extremely imparted majority

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expository

Enrage

entrance

A Compact Wideband Polygon Patch Antenna for Ku-Band Applications, a compact-sized patch antenna, which operates at Ku-band. Two circular slots are incorporated on the polygon patch to obtain the required resonant frequency. The proposed antenna achieves an impedance bandwidth of 1.3?GHz and maximum reflection coefficient is achieved at 14.10?GHz. The antenna is a

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Design of Uniform Linear Practical Antenna Arrays for Ultralow,ective search and track applications. In this paper, the design of uniform linear arrays with ultralow sidelobe sum patterns is presented. Novel techniques like Genetic Algorithm (GA), Particle Swarm Optimization (PSO), and Simulated Annealing (SA) algorithms, are used to optimize Electromagnetic pr

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On Maximizing Blind Rendezvous Probability in Cognitive Radio Ad Hoc Networks,s in cognitive radio ad hoc networks. Extant rendezvous methods utilize the channel hopping (CH) technique (also referred as blind rendezvous) and generate the CH sequence on the top of potential licensed channels and employ random replace operation to contrive the CH sequence for individual CR user

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Effects of Core Count and Layout on the Bending-Radius-Dependent Crosstalk Variations in Heterogenesstalk variation in heterogeneous and trench-assisted (TA) heterogeneous MCFs are investigated using the expression of crosstalk derived from the coupled mode equations and the finite element method (FEM) based FemSIM software. Only two kinds of heterogeneous cores having different core radius and r

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