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2210080929888 |
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20241022092524 |
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231102s2024 nju 001 0 eng c |
010
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▼a 2023048993 |
020
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▼a9781119891154(Print-Book) |
020
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▼a9781119891185(O-book) |
040
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▼a221008 |
082
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▼a621.3845/6▼223/eng/20231122 |
100
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▼aVanelli-Coralli, Alessandro,▼eauthor. |
245
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00 |
▼a5G non-terrestrial networks /▼cAlessandro Vanelli-Coralli [and four others]. |
260
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▼aHoboken, New Jersey :▼bWiley,▼c[2024] |
300
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▼a1 online resource |
336
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▼atext▼btxt▼2rdacontent |
337
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▼aunmediated▼bn▼2rdamedia |
338
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▼avolume▼bnc▼2rdacarrier |
500
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00 |
▼aIncludes index. |
520
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▼a"Non-Terrestrial Networks will play a fundamental role in achieving the ambitious objectives set forth for 5G and 6G systems. Space-borne and air-borne communication nodes, such as satellites at geostationary or low earth orbits, as well as high-altitude platforms or unmanned air vehicles will provide coverage extensions throughout the entire world. From broadband user devices (handheld or vehicle mounted) to narrowband Internet of Things endpoints, future consumer and professional devices will find in the 5G Non-Terrestrial component the support for achieving communications everywhere and at any time."--▼cProvided by publisher. |
650
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▼a5G mobile communication systems. |
650
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▼aArtificial satellites. |
650
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▼aElectrical & Electronics Engineering |
650
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▼aPhysical Sciences & Engineering |
776
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▼iOnline version:▼aVanelli-Coralli, Alessandro.▼t5G non-terrestrial networks▼dHoboken, New Jersey : Wiley, [2024]▼z9781119891161▼w(DLC) 2023048994 |
856
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▼uhttps://onlinelibrary.wiley.com/doi/book/10.1002/9781119891185 |
985
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▼aWaSeSSCIP▼d2023-11-02 |