DocumentCode
3479622
Title
Tactical logistics and distribution systems (TLOADS) simulation
Author
Parsons, David J. ; Krause, L.C.
Author_Institution
Simulation Dynamics Inc., Maryville, TN, USA
Volume
2
fYear
1999
fDate
1999
Firstpage
1174
Abstract
In response to changing threats from opposing forces that often result from use of enhanced technology, US forces must adopt new tactics, employing appropriately upgraded delivery equipment to deliver rations, fuel, ammunition, personnel, and repair parts to forces in forward areas. In the face of sharply reduced R&D budgets, the opportunity to explore new tactics and to test and evaluate new logistics material delivery equipment is correspondingly diminished. In addition, the evaluation of new tactics through trial maneuvers employing seagoing forces and simulated troop landings is often frustrated by noncooperative weather, the high operational expense of mounting a full-blown sea force and the typically inconclusive nature of the data collected. However, through the use of simulation, inexpensive, innovative force deployment and positioning schemes are tested. New supply distribution techniques employing a wide variety of equipment combinations both existing and experimental are also tested. The simulation output data is used to grade distribution schemes. This provides ranges of vehicle engineering data which may impact and support subsequent equipment design parameters
Keywords
digital simulation; distributive data processing; logistics data processing; military systems; TLOADS simulation; US forces; ammunition; distribution schemes; equipment combinations; equipment design parameters; innovative force deployment; logistics material delivery equipment; noncooperative weather; operational expense; opposing forces; positioning schemes; repair parts; seagoing forces; simulated troop landings; simulation output data; supply distribution techniques; tactical logistics and distribution systems simulation; trial maneuvers; upgraded delivery equipment; vehicle engineering data; Appropriate technology; Automotive engineering; Data engineering; Design engineering; Fuels; Logistics; Personnel; Testing; Vehicle dynamics; Water storage;
fLanguage
English
Publisher
ieee
Conference_Titel
Simulation Conference Proceedings, 1999 Winter
Conference_Location
Phoenix, AZ
Print_ISBN
0-7803-5780-9
Type
conf
DOI
10.1109/WSC.1999.816837
Filename
816837
Link To Document