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

Volume

ISIJ 53: Enhanced Collaboration for Cyber Security and Resilience

Views

Reviewed article

A method for hierarchically prioritizing capabilities with an application to military manned and unmanned aerial vehicles

Sean Bourdon, Benoît Arbour, Matthew MacLeod

How to cite:

Sean Bourdon, Benoît Arbour, Matthew MacLeod

"A method for hierarchically prioritizing capabilities with an application to military manned and unmanned aerial vehicles"

Journal of Applied Operational Research,

no. 1

(2014):

39–47.

Authors:

Sean Bourdon, Benoît Arbour, Matthew MacLeod

Source:

Journal of Applied Operational Research,

Volume: 6,

Issue1,

p.39–47

(2014)

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References

Debbie Blakeney, Leonard Kerzne, Binyam Solomon, Paul Chouinard, Andrew Billyard

"Operational Research Tools Supporting the Force Development Process for the Canadian Forces."

Information & Security: An International Journal

23,

no. 1

(2009):

81-98.

Field of application

Concepts and Implementation

Policy, strategy and doctrine

Technologies

C4ISR

Architectures

Modelling and Simulation

OR & Systems Analysis

Cryptography

Data mining

Deep Learning & AI

Emerging Technologies

ISIJ 53: Enhanced Collaboration for Cyber Security and Resilience

A method for hierarchically prioritizing capabilities with an application to military manned and unmanned aerial vehicles

The C-factor in the Cybersecurity Equation: The Importance of Student Cybersecurity Competitions

On Inequalities Bounding Imprecision and Nonspecificity Measures of Uncertainty

On the Effectiveness of Measures of Uncertainty of Basic Belief Assignments

Blockchain in Agriculture

A method for hierarchically prioritizing capabilities with an application to military manned and unmanned aerial vehicles

Authors:

Source:

Field of application

Concepts and Implementation

Technologies