Maximum Secrecy Throughput of MIMOME FSO Communications With Outage Constraints

In this paper, we consider a scenario where two multiple-aperture legitimate nodes (Alice and Bob) communicate by means of free-space optical communication in the presence of a multiple-aperture eavesdropper (Eve), which is subject to pointing errors. Two different schemes are considered depending o...

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Published inIEEE transactions on wireless communications Vol. 17; no. 5; pp. 3487 - 3497
Main Authors Pivaro Monteiro, Marcos Eduardo, Rebelatto, Joao Luiz, Demo Souza, Richard, Brante, Glauber
Format Journal Article
LanguageEnglish
Published New York IEEE 01.05.2018
The Institute of Electrical and Electronics Engineers, Inc. (IEEE)
Subjects
Adaptive optics
Apertures
Effective secrecy throughput
free-space optical
Free-space optical communication
Laser beams
Optical receivers
Optical transmitters
physical layer security
Reliability
wiretap channel
Online AccessGet full text
ISSN1536-1276
1558-2248
DOI10.1109/TWC.2018.2815021

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Abstract In this paper, we consider a scenario where two multiple-aperture legitimate nodes (Alice and Bob) communicate by means of free-space optical communication in the presence of a multiple-aperture eavesdropper (Eve), which is subject to pointing errors. Two different schemes are considered depending on the availability of channel state information (CSI) at Alice: 1) the adaptive scheme, where Alice possesses the instantaneous CSI with respect to Bob and 2) the fixed-rate scheme, where such information is not available at Alice. The performance of the aforementioned schemes is evaluated in terms of a recently proposed metric named effective secrecy throughput (EST), which encompasses both the reliability and secrecy constraints. By constraining the system to operate below a given maximum allowed secrecy outage probability, we evaluate the EST analytically and through numerical results, showing that the use of multiple apertures at Alice is very important toward achieving the optimal EST.
AbstractList In this paper, we consider a scenario where two multiple-aperture legitimate nodes (Alice and Bob) communicate by means of free-space optical communication in the presence of a multiple-aperture eavesdropper (Eve), which is subject to pointing errors. Two different schemes are considered depending on the availability of channel state information (CSI) at Alice: 1) the adaptive scheme, where Alice possesses the instantaneous CSI with respect to Bob and 2) the fixed-rate scheme, where such information is not available at Alice. The performance of the aforementioned schemes is evaluated in terms of a recently proposed metric named effective secrecy throughput (EST), which encompasses both the reliability and secrecy constraints. By constraining the system to operate below a given maximum allowed secrecy outage probability, we evaluate the EST analytically and through numerical results, showing that the use of multiple apertures at Alice is very important toward achieving the optimal EST.
Author Demo Souza, Richard
Brante, Glauber
Rebelatto, Joao Luiz
Pivaro Monteiro, Marcos Eduardo
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SubjectTerms Adaptive optics
Apertures
Effective secrecy throughput
free-space optical
Free-space optical communication
Laser beams
Optical receivers
Optical transmitters
physical layer security
Reliability
wiretap channel
Title Maximum Secrecy Throughput of MIMOME FSO Communications With Outage Constraints
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