Multiple beam transmission by using a single transmitter
Omnidirectional Wireless Power Transfer System with Multiple Receivers and a Single Wire Wound Spiral Transmitter
... with multiple loads, this paper proposes an omnidirectional MRCWPT system with multiple ...system using a cubic transmitter requires only a single power ...cubic transmitter ...
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Republished Paper. Numerical study for single and multiple damage detection and localization in beam-like structures using BAT algorithm
... in beam-like structure using MAC (modal assurance criterion), COMAC (coordinate modal assurance criterion) and LFCR (Local Frequency Change Ratio) was introduced ...in beam structure using ...
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Single Radio-over-Fiber Link and RF Chain-based 60GHz Multi-beam Transmission
... achieved using 16-QAM with symbol rate of ...SERS Transmission to a large number of users can be achieved within a specific transmission bandwidth by using smaller user-signal ...multi-user ...
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ATSC Recommended Practice: Design Of Multiple Transmitter Networks
... made. Using post processing, RF Watermark signals arriving from multiple transmitters in a DTxN can be recovered more ...reliably. Using special reception techniques and search algorithms test ...
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Collision Tolerant Transmission with Narrow beam Antennas
... Omni-directional Transmission and Directional Reception (OTDR); 4) Directional Transmission and Directional Reception ...the transmitter and the receiver have, the higher the receiving power the ...
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Single Photon Interaction with Beam Splitters
... by using lasers with wa- velengths of 650 nm and 460 nm because they cover more than half of the visual ...made using two pellicles BS (39485, Edmund ...
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A secure data transmission between cdma transmitter and receiver using parameterised walsh sequences with speed & power analysis
... From Transmitter and Provide Message Signal to ...multi beam innovations, which have been appeared, through broad examination, recreation, and experimentation, to give considerable performance upgrades in ...
5
Cooperative Beam Forming Using Multiple Relay Path Based Multiple Destination Analysis on Cognitive Radio Networks
... best transmission scheme for Cognitive Radio ...implemented using the Fast Fourier Transform (FFT), which can be done by digital signal processing using ...
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Optimization of Multi-standard Transmitter Architecture Using Single-Double Conversion Technique Used for Rescue Operations
... multi-standard transmitter that combines single and double frequency conversion is ...The transmitter is able to generate waveforms of different cellular standards (GSM, UMTS, Wimax), LAN standards ...
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Efficient Transmission in WSN using Automatic Base Station Selection Model under Multiple Path transmission
... other using wireless links and work in an open and distributed manner because of less number of resources on the ...a single sink node, but due to the wide variety of WSN applications the presence of ...
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Imaging the interphase of carbon fiber composites using transmission electron microscopy: Preparations by focused ion beam, ion beam etching, and ultramicrotomy
... composites. 4–6 At the core of these efforts lies in the need to understand the structure, mechanical, and physico-chemical properties of components, as well as their interactions at the interphase region across ...
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Beam-Pattern Analysis of Multi-Beam High Peak Power IR-UWB Transmitter Tag for Indoor Positioning and Tracking System
... fabricated using 2 µ m GaAs HBT, and details can be found in ...beamforming transmitter array is ...IR-UWB transmitter array ...a single beam ...IR-UWB transmitter array, which ...
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Tomographic imaging : multiple fan beam projection technique using optical fibre sensors
... as transmitter, the end of the exposed core is placed close to a naked flame for a few seconds until the end softens and forms a curved surface due to surface tension as shown previously in Figure ...
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Multiple Damage Identification of Beam Structure Using Vibration Analysis and Artificial Intelligence Techniques
... deformation using the acoustic emission technique. Using the lines scans around the area of deformation; they have detected the effect of micro cracks and the modal parameters of the alumimiun sheet ...
251
Simple General Purpose Ion Beam Deceleration System Using a Single Electrode Lens
... the beam without ...the beam in the lens ...where multiple samples of different dimensions and large beam scanning has preference over a sharp focus, a single electrode lens can be more ...
7
Effect of Beam Divergence on WDM FSO Transmission System
... Optical amplification of signal can be achieved by EDFA, Raman or SOA. Most deployed optical amplifier is EDFA because the gain and bandwidth provided by EDFA is very high and due to high bandwidth it can be used for ...
5
The Evolution of Sex-Independent Transmission Ratio Distortion Involving Multiple Allelic Interactions at a Single Locus in Rice
... carriers. These results also suggest that the causative alleles are most likely located in a region close to the R111C locus among the loci examined. The resolution of association analysis depends on the structure of the ...
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Multiplexing. Multiplexing is the set of techniques that allows the simultaneous transmission of multiple signals across a single physical medium.
... The first band, 824 to 849 MHz, is used for sending; and 869 to 894 MHz is used for receiving. Each user has a bandwidth of 30 KHz in each direction. The 3-KHz voice is modulated using FM, creating 30 KHz of ...
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Quantitative autism symptom patterns recapitulate differential mechanisms of genetic transmission in single and multiple incidence families
... from multiple inci- dence female ASD-containing families and greater recur- rence risk for all siblings in female ASD-containing ...ings using a lumped sibling group may have been driven by a larger ...
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Phase Contrast Neutron Imaging using Single and Multiple Pinhole Apertures
... 17 The geometric blurring takes place due to the spread of the neutron source and depends upon the sample-to-detector distance R as well as the L d ratio of the system where L is the source-to-sample distance and d is ...
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