Use of TENA for Distributing Telemetry Data Within and Between Test Ranges
Systems of Systems are becoming more the norm in technology applied to tactical military systems. Because of this it is necessary to greatly simplify the way telemetry data is formatted and shared with other systems that depend on near real-time information. This is becoming necessary for developmen...
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International Foundation for Telemetering
2012
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ndltd-arizona.edu-oai-arizona.openrepository.com-10150-5818212015-11-11T03:02:32Z Use of TENA for Distributing Telemetry Data Within and Between Test Ranges Morris, Scott A. Torrest, Miguel A. Manshad, Muhanad S. McKinley, Robert A. TRAX International Corporation White Sands Missile Range Telemetry TENA JMETC WSMR LVC Interoperability Standardization Systems of Systems are becoming more the norm in technology applied to tactical military systems. Because of this it is necessary to greatly simplify the way telemetry data is formatted and shared with other systems that depend on near real-time information. This is becoming necessary for developmental testing, operational testing and tactical training in realistic battlefield environments. Interoperable data is necessary to fuse Live, Virtual, and Constructive (LVC) participants to create realistic actual and synthetic environments for both testing and training. This need for simplified data communications is important for testing and training to link participants at different ranges, as well as to link distributed instrumentation capabilities within a single range. Live systems are either deployed tactical systems or developmental systems being evaluated for deployment. Virtual systems consist of actual tactical hardware and software operated in a laboratory environment rather than installed on operating tactical platforms (e.g. aircraft, ships or vehicles) in order to provide realistic data feeds without the expense of operating tactical platforms. Constructive participants consist of models or simulations to provide realistic effects (e.g. weather, electromagnetic threats, adjacent tactical elements, etc.) that are not available, affordable, or practical to use real assets. This Paper will describe the on-going efforts, including successes and lessons learned to-date at White Sands Missile Range, New Mexico. 2012-10 text Proceedings 0884-5123 0074-9079 http://hdl.handle.net/10150/581821 International Telemetering Conference Proceedings en_US http://www.telemetry.org/ Copyright © held by the author; distribution rights International Foundation for Telemetering International Foundation for Telemetering |
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en_US |
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Telemetry TENA JMETC WSMR LVC Interoperability Standardization |
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Telemetry TENA JMETC WSMR LVC Interoperability Standardization Morris, Scott A. Torrest, Miguel A. Manshad, Muhanad S. McKinley, Robert A. Use of TENA for Distributing Telemetry Data Within and Between Test Ranges |
description |
Systems of Systems are becoming more the norm in technology applied to tactical military systems. Because of this it is necessary to greatly simplify the way telemetry data is formatted and shared with other systems that depend on near real-time information. This is becoming necessary for developmental testing, operational testing and tactical training in realistic battlefield environments. Interoperable data is necessary to fuse Live, Virtual, and Constructive (LVC) participants to create realistic actual and synthetic environments for both testing and training. This need for simplified data communications is important for testing and training to link participants at different ranges, as well as to link distributed instrumentation capabilities within a single range. Live systems are either deployed tactical systems or developmental systems being evaluated for deployment. Virtual systems consist of actual tactical hardware and software operated in a laboratory environment rather than installed on operating tactical platforms (e.g. aircraft, ships or vehicles) in order to provide realistic data feeds without the expense of operating tactical platforms. Constructive participants consist of models or simulations to provide realistic effects (e.g. weather, electromagnetic threats, adjacent tactical elements, etc.) that are not available, affordable, or practical to use real assets. This Paper will describe the on-going efforts, including successes and lessons learned to-date at White Sands Missile Range, New Mexico. |
author2 |
TRAX International Corporation |
author_facet |
TRAX International Corporation Morris, Scott A. Torrest, Miguel A. Manshad, Muhanad S. McKinley, Robert A. |
author |
Morris, Scott A. Torrest, Miguel A. Manshad, Muhanad S. McKinley, Robert A. |
author_sort |
Morris, Scott A. |
title |
Use of TENA for Distributing Telemetry Data Within and Between Test Ranges |
title_short |
Use of TENA for Distributing Telemetry Data Within and Between Test Ranges |
title_full |
Use of TENA for Distributing Telemetry Data Within and Between Test Ranges |
title_fullStr |
Use of TENA for Distributing Telemetry Data Within and Between Test Ranges |
title_full_unstemmed |
Use of TENA for Distributing Telemetry Data Within and Between Test Ranges |
title_sort |
use of tena for distributing telemetry data within and between test ranges |
publisher |
International Foundation for Telemetering |
publishDate |
2012 |
url |
http://hdl.handle.net/10150/581821 |
work_keys_str_mv |
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