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NOMA-based spectrum sensing for satellite-terrestrial communication
Tianheng Xu
, Yinjun Xu
, Ting Zhou
*
, Xianfu Chen
, Honglin Hu
*
Corresponding author for this work
BA6401 Connectivity solutions
Shanghai Advanced Research Institute, Chinese Academy of Sciences (SARI)
Research output
:
Contribution to journal
›
Article
›
Scientific
›
peer-review
16
Citations (Scopus)
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Keyphrases
Spectrum Sensing
100%
Non-orthogonal multiple Access
100%
Satellite-terrestrial Communication
100%
Spectrum Resources
50%
Communication Scenarios
50%
Feature Detection
50%
Transceiver
25%
Tight
25%
Satellite Spectra
25%
Detection Probability
25%
Continuous Development
25%
Grating
25%
Sensing Scheme
25%
Uplink
25%
Communication Design
25%
Wireless Communication Technology
25%
Soaring
25%
Airspace
25%
Multiple Spectra
25%
Access Device
25%
Feature Value
25%
Transceiver Architecture
25%
Access number
25%
Making Decisions
25%
Giant Constellation
25%
INIS
satellites
100%
spectra
100%
detection
60%
values
40%
resources
40%
design
40%
simulation
20%
architecture
20%
devices
20%
space
20%
transmission
20%
air
20%
probability
20%
seas
20%
grates
20%
Engineering
Noma
100%
Spectrum Resource
66%
Transceiver
66%
Features Detection
66%
Detection Probability
33%
Information Technology
33%
Wireless Communication
33%
Illustrates
33%
Orthogonal Multiple Access
33%
Air Space
33%
Computer Science
Noma
100%
Features Detection
66%
Spectrum Resource
66%
wireless communication technology
33%
Multiple Access
33%
Detection Probability
33%
Physics
Multiple Access
100%
Features Detection
50%
Wireless Communication
25%
Airspace
25%
Earth and Planetary Sciences
Multiple Access
100%
Airspace
25%
Wireless Communication
25%