Movement Tracking System: Difference between revisions

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The '''United States Army’sArmy's Movement Tracking System''' (MTS) is a logistics communication platform inunder the [[ArmyProgram BattleExecutive CommandOffice System]](PEO) for Enterprise Information Systems (PEO EIS). It is designed for commanders to track friendly forcesassets on the battlefield similar to the [[FBCB2]] interface but with plainencrypted text messaging. It is a satellite-based tracking and communicating system designed to provide command and control over distributed assets supporting and conducting theater operations.<br/>

=== U.S. Army Movement Tracking System ===

The '''United States Army’s Movement Tracking System''' (MTS) is a communication platform in the [[Army Battle Command System]]. It is designed for commanders to track friendly forces on the battlefield similar to the [[FBCB2]] interface but with plain text messaging.It is a satellite-based tracking and communicating system designed to provide command and control over distributed assets supporting and conducting theater operations.<br/>

"<blockquote>This system provides units with digital [[National Geospatial-Intelligence Agency]] maps, global positioning system ([[GPS]]) ___location data, and [[L-band]] (long band) satellite two-way text messaging."

(from :—''Lifesaving Technology for Logistic Vehicle Operators) ''</blockquote>

=== Operation ===

=== Operation ===

[[File:SSGCrawley.jpg|thumb|200px|SSG Gary Crawley, 1-12 FA, operates an MTS mobile station mounted in his vehicle in Iraq.]]

[[File:SSGCRAWLEYSGTbennett.jpg|thumb|200px|SGT Jeremy Bennett, 1-12 FA, operates an MTS control station in the battery administrative and logisicslogistics center in Iraq.]]

MTS can operate anywhere in the world giving over-the-horizon communications to vehicles on the move. Messages are transmitted via commercial satellites in near real-time and vehicle locations are displayed on computers with NGA maps. All messages are encrypted end-to-end, including sender and recipient addresses for information security purposes. MTS operates over a variety of [[geostationary satellites]] and is designed to transition automatically from one satellite system to another, as required.

[[File:MTSnetwork.jpg|600px]]

=== Configuration ===

MTS computer systems come in two configurations, a mobile system that mounts in tactical vehicles and a laptop control station for use at a command post or at a higher headquarters.

With this system implemented, it enables soldiers to communicate with other MTS-enabled vehicles and control stations as well as seeing their position. It is ideal for accurately identifying current vehicle locations and sending messages to and from the unit. With these two systems, the commander has accountability of the missions and orders directed and the subordinate units have a higher level of force protection due to the ability of the system. Leaders can pass critical information to their soldiers while their subordinate units are on the road conducting missions such as mission changes, alternate routes and other information essential to the mission to subordinate units in the field.

[[File:MovementTrackingSystem.jpg|600px]]

=== References ===

* CPT Hilt, Jeffrey J.; SFC Jones, Ronald L. (2004). "MTS: An Untold Commo Success Story in OIF".

* Lee, J., & Stucky, D. (1998). On Applying Viewshed Analysis for Determining Least-cost Paths onDigital Elevation Models. International Journal of Geographical Information Science, 12(8), 891-905.

* MER Landing Site Viewshed Analysis. (2007). In Mars Exploration Rover Project. Retrieved March 16, 2009.

* Performing a Viewshed Analysis. (2007, March 15). In ArcGis 9.2 Desktop Help. Retrieved March 3, 2009, from www.esri.com

== History ==

* Rock Springs Field Office. (2001). National Historical Trail Viewsheds. In Burea of Land Management. Retrieved March 16, 2009.

Prior to the use of MTS, there existed a system called [[DTRACS]] from Qualcomm.

* Wu, H., Pan, M., Yao, L., & Luo, B. (2007). A Partition-based Serial Algorithm for Generating Viewshed on Massive DEMs. International Journal of Geographical Information Science, 21(9), 955-964.

=== References ===

* CPT Hilt, Jeffrey J.; SFC Jones, Ronald L. (2004). "MTS: An Untold Commo Success Story in OIF". "

* Tapp, Kelly M. (2004). "MTS Is Revolutionizing Logistics on the Move."

* CPT Weigner, Heather E.; Laudan, John E. (2005). "MTS: A Success Story of Battlefield Logisticians."

=== External Linkslinks ===

* [httphttps://sill-www.army.mil/FAMAG/2004/SEP_OCT_2004/30-32.pdf "MTS: An Untold Commo Success Story in OIF"]<br />

* [https://web.archive.org/web/20071226070747/http://www.almc.army.mil/alogALOG/issues/MayJun04/alog_revol_log.htm "MTS Is Revolutionizing Logistics on the Move"] <br/>

* [https://web.archive.org/web/20070217154200/http://www.almc.army.mil/alogALOG/issues/JulAug05/success_mts.html "MTS: A Success Story for Battlefield Logisticians"] <br/>

* [http://goliath.ecnext.com/coms2/gi_0199-5309685/Army-s-Movement-Tracking-System.html "Lifesaving Technology for Logistic Vehicle Operators"] <br/>

[http://www.comtechmobile.com/mts.html Comtech.com]

[[Category:Military cartography]]