Peer-reviewed open-access journal
published since 1998 by Procon Ltd.

Volume

ISIJ 55: Open Source Intelligence, Artificial Intelligence, and Human-centered Approaches to Cybersecurity and Countering Disinformation

Views

Bio-Inspired Topology Control Mechanism for Autonomous Underwater Vehicles Used in Maritime Surveillance

Jianmin Zou, Stephen Gundry, Umit Uyar, Janusz Kusyk, Cem Sahin

How to cite:

Jianmin Zou, Stephen Gundry, Umit Uyar, Janusz Kusyk, Cem Sahin

"Bio-Inspired Topology Control Mechanism for Autonomous Underwater Vehicles Used in Maritime Surveillance"

Studies in Computational Intelligence,

621,

(2016):

Authors:

Jianmin Zou, Stephen Gundry, Umit Uyar, Janusz Kusyk, Cem Sahin

Source:

Studies in Computational Intelligence,

Volume: 621,

(2016)

Views

References

Joshua Sinai

"Future Trends in Worldwide Maritime Terrorism."

Connections: The Quarterly Journal

no. 1

(2004):

49-66.

Field of application

Concepts and Implementation

Policy, strategy and doctrine

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C4ISR

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OR & Systems Analysis

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Deep Learning & AI

Emerging Technologies

ISIJ 55: Open Source Intelligence, Artificial Intelligence, and Human-centered Approaches to Cybersecurity and Countering Disinformation

Bio-Inspired Topology Control Mechanism for Autonomous Underwater Vehicles Used in Maritime Surveillance

On Inequalities Bounding Imprecision and Nonspecificity Measures of Uncertainty

On the Effectiveness of Measures of Uncertainty of Basic Belief Assignments

Blockchain in Agriculture

Multi-UAV Mission Planning for Monitoring Critical Infrastructures Considering Failures and Cyberattacks

Bio-Inspired Topology Control Mechanism for Autonomous Underwater Vehicles Used in Maritime Surveillance

Authors:

Source:

Field of application

Concepts and Implementation

Technologies