Maximum Correntropy Criterion With Variable Center for Robust Passive Multistatic Localization

Research output: Journal Publications and Reviews › RGC 21 - Publication in refereed journal › peer-review

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Mathematics

100
Variables Mathematics
66
Zeros Mathematics
66
Sample Mathematics
33
Computational Mathematics
33
Direction Mathematics
33
Superiority Mathematics
33
Robust Statistic Mathematics
33
Algorithm Mathematics
33
Efficiency Mathematics
33
Computer Simulation Mathematics

Computer Science

100
Algorithms Computer Science
100
Optimization Proble... Computer Science
100
Real World Computer Science
100
Statistics Computer Science
100
Computational Effic... Computer Science
100
Research Direction Computer Science
100
World Application Computer Science
100
Technical Challenge Computer Science
100
Computational Simul... Computer Science
100
Conceptualization Computer Science
100
Accuracy Computer Science

Keyphrases

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Maximum Correntropy... Keyphrases
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Multistatic Localiz... Keyphrases
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Transmitter Keyphrases
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Computational Effic... Keyphrases
16
Optimization Proble... Keyphrases
16
Non-line-of-sight (... Keyphrases
16
Spatially Separated Keyphrases
16
Real-world Applicat... Keyphrases
16
Nonconvex Keyphrases
16
Range Estimation Keyphrases
16
Non-line-of-sight P... Keyphrases
16
Localization Scheme Keyphrases
16
Fine Balance Keyphrases
16
Alternating Minimiz... Keyphrases
16
Bistatic Range Keyphrases
16
Robust Statistics Keyphrases
16
Localization Techni... Keyphrases

INIS

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errors INIS
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range INIS
100
signals INIS
50
algorithms INIS
50
accuracy INIS
50
balances INIS
50
computer simulation INIS
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applications INIS
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solutions INIS
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statistics INIS
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efficiency INIS
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minimization INIS
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optimization INIS
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proposals INIS
Research OutputsResearch Output authored by Maximum Correntropy Criterion With Variable Center for Robust Passive Multistatic Localization is tagged with the concept