Matches in SemOpenAlex for { <https://semopenalex.org/work/W1586041765> ?p ?o ?g. }
- W1586041765 endingPage "598" @default.
- W1586041765 startingPage "569" @default.
- W1586041765 abstract "In large-dimensional wireless systems, such as cooperative multicell processing, millimeterwave, and massive multiple input multiple output systems, or cells having a high user density, such as airports, train stations, and metropolitan areas, sufficiently accurate estimation of all the channel gains is required for performing coherent detection. Therefore, they may impose an excessive complexity. As an attractive design alternative, differential modulation relying on noncoherent detection may be invoked for eliminating the requirement for channel estimation at the base station, although at the cost of some performance degradation. In this treatise, we propose low-complexity hard-input hard-output, hard-input soft-output, as well as soft-input soft-output quantum-assisted multiple symbol differential detectors (MSDDs) that perform equivalently to the optimal, but highly complex maximum a posteriori probability MSDDs in multiuser systems, where the users are separated both in the frequency domain and in the time domain. When using an MSDD, the detection of a user's symbols is performed over windows of differentially modulated symbols; hence, they exhibit an increased complexity with respect to the conventional differential detector while simultaneously improving the performance of the system, especially at high Doppler frequencies." @default.
- W1586041765 created "2016-06-24" @default.
- W1586041765 creator A5004429018 @default.
- W1586041765 creator A5037415893 @default.
- W1586041765 creator A5041481409 @default.
- W1586041765 creator A5053032369 @default.
- W1586041765 creator A5091122305 @default.
- W1586041765 date "2015-01-01" @default.
- W1586041765 modified "2023-10-13" @default.
- W1586041765 title "Noncoherent Quantum Multiple Symbol Differential Detection for Wireless Systems" @default.
- W1586041765 cites W1636192105 @default.
- W1586041765 cites W1777329550 @default.
- W1586041765 cites W1967276352 @default.
- W1586041765 cites W1971230227 @default.
- W1586041765 cites W1980397185 @default.
- W1586041765 cites W1982542284 @default.
- W1586041765 cites W1992964105 @default.
- W1586041765 cites W1995377971 @default.
- W1586041765 cites W2002372750 @default.
- W1586041765 cites W2007787077 @default.
- W1586041765 cites W2008653632 @default.
- W1586041765 cites W2015321547 @default.
- W1586041765 cites W2023155939 @default.
- W1586041765 cites W2028222341 @default.
- W1586041765 cites W2031695062 @default.
- W1586041765 cites W2039212077 @default.
- W1586041765 cites W2041869209 @default.
- W1586041765 cites W2048878367 @default.
- W1586041765 cites W2050334794 @default.
- W1586041765 cites W2051344333 @default.
- W1586041765 cites W2056414370 @default.
- W1586041765 cites W2059763757 @default.
- W1586041765 cites W2065008622 @default.
- W1586041765 cites W2076769624 @default.
- W1586041765 cites W2084072728 @default.
- W1586041765 cites W2084304524 @default.
- W1586041765 cites W2084652510 @default.
- W1586041765 cites W2095385458 @default.
- W1586041765 cites W2096776475 @default.
- W1586041765 cites W2101636610 @default.
- W1586041765 cites W2107118996 @default.
- W1586041765 cites W2107757493 @default.
- W1586041765 cites W2107766761 @default.
- W1586041765 cites W2110748811 @default.
- W1586041765 cites W2112920116 @default.
- W1586041765 cites W2116334496 @default.
- W1586041765 cites W2117128717 @default.
- W1586041765 cites W2117210855 @default.
- W1586041765 cites W2121031454 @default.
- W1586041765 cites W2121615168 @default.
- W1586041765 cites W2122727488 @default.
- W1586041765 cites W2124083101 @default.
- W1586041765 cites W2127028195 @default.
- W1586041765 cites W2128831930 @default.
- W1586041765 cites W2142684871 @default.
- W1586041765 cites W2144576878 @default.
- W1586041765 cites W2148132004 @default.
- W1586041765 cites W2148754652 @default.
- W1586041765 cites W2153015668 @default.
- W1586041765 cites W2155992170 @default.
- W1586041765 cites W2157050350 @default.
- W1586041765 cites W2162391121 @default.
- W1586041765 cites W2163142368 @default.
- W1586041765 cites W2166286744 @default.
- W1586041765 cites W2168676717 @default.
- W1586041765 cites W2168969124 @default.
- W1586041765 cites W2179731956 @default.
- W1586041765 cites W2478503558 @default.
- W1586041765 cites W2485002209 @default.
- W1586041765 cites W2493697552 @default.
- W1586041765 cites W2913329048 @default.
- W1586041765 cites W3037585991 @default.
- W1586041765 cites W3106123690 @default.
- W1586041765 cites W4242629969 @default.
- W1586041765 cites W4251350678 @default.
- W1586041765 doi "https://doi.org/10.1109/access.2015.2432015" @default.
- W1586041765 hasPublicationYear "2015" @default.
- W1586041765 type Work @default.
- W1586041765 sameAs 1586041765 @default.
- W1586041765 citedByCount "14" @default.
- W1586041765 countsByYear W15860417652015 @default.
- W1586041765 countsByYear W15860417652016 @default.
- W1586041765 countsByYear W15860417652017 @default.
- W1586041765 countsByYear W15860417652019 @default.
- W1586041765 countsByYear W15860417652020 @default.
- W1586041765 countsByYear W15860417652021 @default.
- W1586041765 countsByYear W15860417652022 @default.
- W1586041765 countsByYear W15860417652023 @default.
- W1586041765 crossrefType "journal-article" @default.
- W1586041765 hasAuthorship W1586041765A5004429018 @default.
- W1586041765 hasAuthorship W1586041765A5037415893 @default.
- W1586041765 hasAuthorship W1586041765A5041481409 @default.
- W1586041765 hasAuthorship W1586041765A5053032369 @default.
- W1586041765 hasAuthorship W1586041765A5091122305 @default.
- W1586041765 hasBestOaLocation W15860417651 @default.
- W1586041765 hasConcept C105795698 @default.
- W1586041765 hasConcept C11413529 @default.
- W1586041765 hasConcept C127162648 @default.