Matches in SemOpenAlex for { <https://semopenalex.org/work/W3091202693> ?p ?o ?g. }
- W3091202693 endingPage "2164" @default.
- W3091202693 startingPage "2151" @default.
- W3091202693 abstract "We present the design, fabrication, and experimental characterization of a 2-D, dynamically tuned, metasurface aperture, emphasizing its potential performance in computational imaging applications. The dynamic metasurface aperture (DMA) consists of an irregular, planar cavity that feeds a multitude of tunable metamaterial elements, all fabricated in a compact, multilayer printed circuit board process. The design considerations for the metamaterial element as a tunable radiator, the associated biasing circuitry, as well as cavity parameters are examined and discussed. A sensing matrix can be constructed from the measured transmit patterns, the singular value spectrum of which provides insight into the information capacity of the apertures. We investigate the singular value spectra of the sensing matrix over a variety of operating parameters, such as the number of metamaterial elements, number of masks (aka tuning states), and number of radiating elements. After optimizing over these key parameters, we demonstrate computational microwave imaging of simple test objects." @default.
- W3091202693 created "2020-10-08" @default.
- W3091202693 creator A5042516978 @default.
- W3091202693 creator A5042580914 @default.
- W3091202693 creator A5043867917 @default.
- W3091202693 creator A5058567223 @default.
- W3091202693 creator A5079411204 @default.
- W3091202693 creator A5083620054 @default.
- W3091202693 date "2021-04-01" @default.
- W3091202693 modified "2023-10-09" @default.
- W3091202693 title "Implementation and Characterization of a Two-Dimensional Printed Circuit Dynamic Metasurface Aperture for Computational Microwave Imaging" @default.
- W3091202693 cites W1596369052 @default.
- W3091202693 cites W1917184723 @default.
- W3091202693 cites W1967882971 @default.
- W3091202693 cites W1968175153 @default.
- W3091202693 cites W1978540631 @default.
- W3091202693 cites W1986699651 @default.
- W3091202693 cites W1998513235 @default.
- W3091202693 cites W2003520975 @default.
- W3091202693 cites W2019053952 @default.
- W3091202693 cites W2021982194 @default.
- W3091202693 cites W2031191822 @default.
- W3091202693 cites W2035682670 @default.
- W3091202693 cites W2036617413 @default.
- W3091202693 cites W2043906693 @default.
- W3091202693 cites W2062131753 @default.
- W3091202693 cites W2070544768 @default.
- W3091202693 cites W2074873696 @default.
- W3091202693 cites W2078257532 @default.
- W3091202693 cites W2081094761 @default.
- W3091202693 cites W2081459762 @default.
- W3091202693 cites W2088478807 @default.
- W3091202693 cites W2113146347 @default.
- W3091202693 cites W2127715392 @default.
- W3091202693 cites W2128405410 @default.
- W3091202693 cites W2155684415 @default.
- W3091202693 cites W2161741774 @default.
- W3091202693 cites W2170576072 @default.
- W3091202693 cites W2180703727 @default.
- W3091202693 cites W2295512501 @default.
- W3091202693 cites W2328695524 @default.
- W3091202693 cites W2329087137 @default.
- W3091202693 cites W2337983450 @default.
- W3091202693 cites W2338827634 @default.
- W3091202693 cites W2339438151 @default.
- W3091202693 cites W2339593441 @default.
- W3091202693 cites W2351660952 @default.
- W3091202693 cites W2409048281 @default.
- W3091202693 cites W2513488761 @default.
- W3091202693 cites W2518602272 @default.
- W3091202693 cites W2531798728 @default.
- W3091202693 cites W2547649366 @default.
- W3091202693 cites W2559201476 @default.
- W3091202693 cites W2590841683 @default.
- W3091202693 cites W2619956544 @default.
- W3091202693 cites W2750245497 @default.
- W3091202693 cites W2771408559 @default.
- W3091202693 cites W2791960084 @default.
- W3091202693 cites W2794036276 @default.
- W3091202693 cites W2803629443 @default.
- W3091202693 cites W2806674070 @default.
- W3091202693 cites W2887518097 @default.
- W3091202693 cites W2896488630 @default.
- W3091202693 cites W2902360674 @default.
- W3091202693 cites W2903291786 @default.
- W3091202693 cites W2911703922 @default.
- W3091202693 cites W2950088248 @default.
- W3091202693 cites W2956059314 @default.
- W3091202693 cites W2962817839 @default.
- W3091202693 cites W2962953024 @default.
- W3091202693 cites W2963370120 @default.
- W3091202693 cites W3099277376 @default.
- W3091202693 cites W4211119455 @default.
- W3091202693 cites W4242861904 @default.
- W3091202693 cites W4251326093 @default.
- W3091202693 cites W4255481306 @default.
- W3091202693 cites W4292692451 @default.
- W3091202693 cites W574811488 @default.
- W3091202693 doi "https://doi.org/10.1109/tap.2020.3027188" @default.
- W3091202693 hasPublicationYear "2021" @default.
- W3091202693 type Work @default.
- W3091202693 sameAs 3091202693 @default.
- W3091202693 citedByCount "21" @default.
- W3091202693 countsByYear W30912026932020 @default.
- W3091202693 countsByYear W30912026932021 @default.
- W3091202693 countsByYear W30912026932022 @default.
- W3091202693 countsByYear W30912026932023 @default.
- W3091202693 crossrefType "journal-article" @default.
- W3091202693 hasAuthorship W3091202693A5042516978 @default.
- W3091202693 hasAuthorship W3091202693A5042580914 @default.
- W3091202693 hasAuthorship W3091202693A5043867917 @default.
- W3091202693 hasAuthorship W3091202693A5058567223 @default.
- W3091202693 hasAuthorship W3091202693A5079411204 @default.
- W3091202693 hasAuthorship W3091202693A5083620054 @default.
- W3091202693 hasBestOaLocation W30912026932 @default.
- W3091202693 hasConcept C110367647 @default.
- W3091202693 hasConcept C111919701 @default.
- W3091202693 hasConcept C120665830 @default.