Spectrum Sharing Design for Integrated Aeronautical Communication and Radar System Article Swipe

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Lanchenhui Yu , Jingjing Zhao , Quan Zhou , Yanbo Zhu , Kaiquan Cai ·

YOU? · · 2025 · Open Access · · DOI: https://doi.org/10.3390/rs17071208

The novel framework of an integrated aeronautical communication and radar system (IACRS) to realize spectrum sharing is investigated. A non-orthogonal multiple access (NOMA)-motivated multi-input–multi-output (MIMO) scheme is proposed for the dual-function system, which is able to detect multiple aircraft while simultaneously transmitting dedicated messages. Specifically, NOMA-inspired technology is utilized to enable dual-spectrum sharing. The superposition of communication and radar signals is facilitated in the power domain. Successive interference cancellation (SIC) is employed at the receiver to effectively mitigate inter-function interference. Subsequently, the regularity of the three-dimensional flight track and attitude is exploited to model the air-to-ground (A2G) MIMO channel. Based on this framework, a joint optimization problem is formulated to maximize the weighted achievable sum rate and the sensing signal–clutter–noise ratio (SCNR) while satisfying the rate requirements for message transmission and ensuring the radar detection threshold. An alternative optimization (AO) algorithm is proposed to solve the non-convex problem with highly coupled variables. The original problem is decoupled into two manageable subproblems: transmit beamforming of the ground base station combined with power allocation and receiver beamforming at the aircraft. The penalty-based approach and the successive rank-one constraint relaxation (SROCR) method are developed for iteratively handling the non-convex rank-one constraints in subproblems. Numerical simulations demonstrate that the proposed IACRS framework significantly outperforms benchmark schemes.

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Remote sensing Computer science Radar Telecommunications Systems engineering Geology Engineering

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Type: article
Language: en
Landing Page: https://doi.org/10.3390/rs17071208
PDF: https://www.mdpi.com/2072-4292/17/7/1208/pdf?version=1743169513
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References: 40
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OpenAlex ID: https://openalex.org/W4408929760

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DOI: https://doi.org/10.3390/rs17071208

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Title: Spectrum Sharing Design for Integrated Aeronautical Communication and Radar System

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Type: article

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Language: en

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Publication year: 2025

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Publication date: 2025-03-28

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Authors: Lanchenhui Yu, Jingjing Zhao, Quan Zhou, Yanbo Zhu, Kaiquan Cai

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Landing page: https://doi.org/10.3390/rs17071208

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Concepts: Remote sensing, Computer science, Radar, Telecommunications, Systems engineering, Geology, Engineering

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References (count): 40

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abstract_inverted_index.power	64, 170
abstract_inverted_index.radar	9, 58, 133
abstract_inverted_index.ratio	120
abstract_inverted_index.solve	144
abstract_inverted_index.track	87
abstract_inverted_index.which	32
abstract_inverted_index.while	39, 122
abstract_inverted_index.(MIMO)	24
abstract_inverted_index.(SCNR)	121
abstract_inverted_index.access	21
abstract_inverted_index.detect	36
abstract_inverted_index.enable	50
abstract_inverted_index.flight	86
abstract_inverted_index.ground	165
abstract_inverted_index.highly	149
abstract_inverted_index.method	188
abstract_inverted_index.scheme	25
abstract_inverted_index.system	10
abstract_inverted_index.(IACRS)	11
abstract_inverted_index.(SROCR)	187
abstract_inverted_index.coupled	150
abstract_inverted_index.domain.	65
abstract_inverted_index.message	128
abstract_inverted_index.problem	106, 147, 154
abstract_inverted_index.realize	13
abstract_inverted_index.sensing	118
abstract_inverted_index.sharing	15
abstract_inverted_index.signals	59
abstract_inverted_index.station	167
abstract_inverted_index.system,	31
abstract_inverted_index.aircraft	38
abstract_inverted_index.approach	180
abstract_inverted_index.attitude	89
abstract_inverted_index.channel.	98
abstract_inverted_index.combined	168
abstract_inverted_index.employed	71
abstract_inverted_index.ensuring	131
abstract_inverted_index.handling	193
abstract_inverted_index.maximize	110
abstract_inverted_index.mitigate	77
abstract_inverted_index.multiple	20, 37
abstract_inverted_index.original	153
abstract_inverted_index.proposed	27, 142, 205
abstract_inverted_index.rank-one	184, 196
abstract_inverted_index.receiver	74, 173
abstract_inverted_index.schemes.	211
abstract_inverted_index.sharing.	52
abstract_inverted_index.spectrum	14
abstract_inverted_index.transmit	161
abstract_inverted_index.utilized	48
abstract_inverted_index.weighted	112
abstract_inverted_index.Numerical	200
abstract_inverted_index.aircraft.	177
abstract_inverted_index.algorithm	140
abstract_inverted_index.benchmark	210
abstract_inverted_index.decoupled	156
abstract_inverted_index.dedicated	42
abstract_inverted_index.detection	134
abstract_inverted_index.developed	190
abstract_inverted_index.exploited	91
abstract_inverted_index.framework	2, 207
abstract_inverted_index.messages.	43
abstract_inverted_index.Successive	66
abstract_inverted_index.achievable	113
abstract_inverted_index.allocation	171
abstract_inverted_index.constraint	185
abstract_inverted_index.formulated	108
abstract_inverted_index.framework,	102
abstract_inverted_index.integrated	5
abstract_inverted_index.manageable	159
abstract_inverted_index.non-convex	146, 195
abstract_inverted_index.regularity	82
abstract_inverted_index.relaxation	186
abstract_inverted_index.satisfying	123
abstract_inverted_index.successive	183
abstract_inverted_index.technology	46
abstract_inverted_index.threshold.	135
abstract_inverted_index.variables.	151
abstract_inverted_index.alternative	137
abstract_inverted_index.beamforming	162, 174
abstract_inverted_index.constraints	197
abstract_inverted_index.demonstrate	202
abstract_inverted_index.effectively	76
abstract_inverted_index.facilitated	61
abstract_inverted_index.iteratively	192
abstract_inverted_index.outperforms	209
abstract_inverted_index.simulations	201
abstract_inverted_index.aeronautical	6
abstract_inverted_index.cancellation	68
abstract_inverted_index.interference	67
abstract_inverted_index.optimization	105, 138
abstract_inverted_index.requirements	126
abstract_inverted_index.subproblems.	199
abstract_inverted_index.subproblems:	160
abstract_inverted_index.transmission	129
abstract_inverted_index.transmitting	41
abstract_inverted_index.NOMA-inspired	45
abstract_inverted_index.Specifically,	44
abstract_inverted_index.Subsequently,	80
abstract_inverted_index.air-to-ground	95
abstract_inverted_index.communication	7, 56
abstract_inverted_index.dual-function	30
abstract_inverted_index.dual-spectrum	51
abstract_inverted_index.interference.	79
abstract_inverted_index.investigated.	17
abstract_inverted_index.penalty-based	179
abstract_inverted_index.significantly	208
abstract_inverted_index.superposition	54
abstract_inverted_index.inter-function	78
abstract_inverted_index.non-orthogonal	19
abstract_inverted_index.simultaneously	40
abstract_inverted_index.(NOMA)-motivated	22
abstract_inverted_index.three-dimensional	85
abstract_inverted_index.signal–clutter–noise	119
abstract_inverted_index.multi-input–multi-output	23
cited_by_percentile_year
countries_distinct_count	1
institutions_distinct_count	5
citation_normalized_percentile.value	0.09618519
citation_normalized_percentile.is_in_top_1_percent	False
citation_normalized_percentile.is_in_top_10_percent	False