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Representative Command Post Configurations, C3 Structures, and Reference Data. Volume I.

Homer E Reynolds, William E. Sweeney

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Abstract

This study has been conducted as a part of DNA's Integrated Nuclear Communications Assessment (INCA) Program. It is a consolidation of information to be used as a working document for nuclear survivability analysis of eight (8) U.S. Army tactical command posts. Each command post (CP) is geographically displayed as representative of actual field deployment. The study describes each mission and deployment concept and provides representative quantities, types, and functions of personnel, equipment and communications systems based on a postulation of command, staff and communications elements which would be expected to be present at a 'snapshot' in time. The study also describes the CP interrelationships with higher, lower and adjacent units as well as the fire support requirements for Air Force and Army units. Command structures, communications structures, and technical data have been selected relative to these specific command posts and where appropriate, information was reproduced from existing publications. The results are given in the form of figures and tables and can be used in the following areas of analysis: (1) determining minimum safe offset distances between Command Posts and other potential tactical nuclear targets, (2) identifying the sensitivity of tactical unit mission effectiveness to the EMP hardness of electronic systems.

About this research paper

What this paper is about

This study has been conducted as a part of DNA's Integrated Nuclear Communications Assessment (INCA) Program. It is a consolidation of information to be used as a working document for nuclear survivability analysis of eight (8) U.S. Army tactical command posts. Each command post (CP) is geographically displayed as representative of actual field deployment. The study describes each mission and deployment concept and provides representative quantities, types, and functions of personnel, equipment and communications systems based on a postulation of command, staff and communications elements which would be expected to be present at a 'snapshot' in time. The study also describes the CP interrelationships with higher, lower and adjacent units as well as the fire support requirements for Air Force and Army units. Command structures, communications structures, and technical data have been selected relative to these specific command posts and where appropriate, information was reproduced from existing publications. The results are given in the form of figures and tables and can be used in the following areas of analysis: (1) determining minimum safe offset distances between Command Posts and other potential tactical nuclear targets, (2) identifying the sensitivity of tactical unit mission effectiveness to the EMP hardness of electronic systems.

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Available abstract

This study has been conducted as a part of DNA's Integrated Nuclear Communications Assessment (INCA) Program. It is a consolidation of information to be used as a working document for nuclear survivability analysis of eight (8) U.S. Army tactical command posts. Each command post (CP) is geographically displayed as representative of actual field deployment. The study describes each mission and deployment concept and provides representative quantities, types, and functions of personnel, equipment and communications systems based on a postulation of command, staff and communications elements which would be expected to be present at a 'snapshot' in time. The study also describes the CP interrelationships with higher, lower and adjacent units as well as the fire support requirements for Air Force and Army units. Command structures, communications structures, and technical data have been selected relative to these specific command posts and where appropriate, information was reproduced from existing publications. The results are given in the form of figures and tables and can be used in the following areas of analysis: (1) determining minimum safe offset distances between Command Posts and other potential tactical nuclear targets, (2) identifying the sensitivity of tactical unit mission effectiveness to the EMP hardness of electronic systems.

Key concepts: Software deployment, Command and control, Survivability, Tactical communications, Engineering, Consolidation (business), Snapshot (computer storage), Operations research

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