Measuring Command and Control : Considerations for Force Design

John F. Kalb

ISBN 10: 1288288395 / ISBN 13: 9781288288397

Published by British Library, Historical Print Editions Nov 2012, 2012

About this Item

Neuware - Command and control (C2) is an essential element of all combat operations. Measuring the effectiveness of a C2 system is a difficult task. Numerous definitions, the lack of a common vocabulary, and the absence of a prevailing conceptual framework are factors that obfuscate any methodology for assessing the performance or components of a system. The most useful approach produces quantifiable data that measure the efficiency of components within a C2 system. Key to this evaluation technique is the establishment of measurable and meaningful criteria. This monograph examines key aspects of C2 at the tactical level in order to propose a set of criteria for measuring the efficiency of a C2 system. The study begins with a theoretical and doctrinal analysis of C2 in order to establish a model of the C2 process. Components of the model are then translated into general force design requirements to illustrate linkages between process and structure and establish a focus for measures of efficiency. Theoretical and doctrinal insights are explored during the next step in order to establish a set of criteria for measuring the efficiency of a C2 system. An analysis of unit performance at the National Training Center is used to reinforce the validity of the proposed criteria. The study concludes by addressing implications with regard to doctrinal development, future research, and force design. This monograph suggests that a unit's Table of Organization and Equipment (TOE) is the focus for measuring efficiency in a C2 system. Continuity of operations, accuracy of information, speed of the process, and security of information are criteria that measure the key attributes of an ideal C2 system.

Seller Inventory # 9781288288397

Bibliographic Details

• Title: Measuring Command and Control : Considerations for Force Design
• Publisher: British Library, Historical Print Editions Nov 2012
• Publication Date: 2012
• Language: English
• ISBN 10: 1288288395
• ISBN 13: 9781288288397
• Binding: Taschenbuch
• Condition: Neu
• Dimensions: 234W x 156H x 3D millimeters 234 millimeters width by 156 millimeters height by 3 millimeters depth
• Weight: 81 grams

About this title

Synopsis

Command and control (C2) is an essential element of all combat operations. Measuring the effectiveness of a C2 system is a difficult task. Numerous definitions, the lack of a common vocabulary, and the absence of a prevailing conceptual framework are factors that obfuscate any methodology for assessing the performance or components of a system. The most useful approach produces quantifiable data that measure the efficiency of components within a C2 system. Key to this evaluation technique is the establishment of measurable and meaningful criteria. This monograph examines key aspects of C2 at the tactical level in order to propose a set of criteria for measuring the efficiency of a C2 system. The study begins with a theoretical and doctrinal analysis of C2 in order to establish a model of the C2 process. Components of the model are then translated into general force design requirements to illustrate linkages between process and structure and establish a focus for measures of efficiency. Theoretical and doctrinal insights are explored during the next step in order to establish a set of criteria for measuring the efficiency of a C2 system. An analysis of unit performance at the National Training Center is used to reinforce the validity of the proposed criteria. The study concludes by addressing implications with regard to doctrinal development, future research, and force design. This monograph suggests that a unit's Table of Organization and Equipment (TOE) is the focus for measuring efficiency in a C2 system. Continuity of operations, accuracy of information, speed of the process, and security of information are criteria that measure the key attributes of an ideal C2 system.