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http://dx.doi.org/10.5762/KAIS.2021.22.5.334

The Design and implementation of LVC Integrated Architecture Technology building division-level L-V-C Interoperability Training System  

Won, Kyoungchan (Center for Army Analysis & Simulation)
Koo, JaHwan (Hansung University)
Lee, Hojun (Center for Army Analysis & Simulation)
Kim, Yong-Pil (Center for Army Analysis & Simulation)
Publication Information
Journal of the Korea Academia-Industrial cooperation Society / v.22, no.5, 2021 , pp. 334-342 More about this Journal
Abstract
In Korea, the training is performed through independent environments without interoperability among L-V-C systems. In the L system, training for large units is limited due to civil complaints at the training grounds and road restrictions. The V system is insufficient in training related to tactical training, and the C system lacks practicality due to a lack of combat friction elements. To achieve synchronicity and integration training between upper and lower units, it is necessary to establish a system to ensure integrated training for each unit by interoperating the currently operating L, V, and C systems. The interoperability between the C-C system supports Korea-US Combined Exercise. On the other hand, the actual development of the training system through the interoperability of L, V, and C has not been made. Although efforts are being made to establish the L, V, and C system centering on the Army, the joint composite battlefield and LVC integrated architecture technology are not yet secured. Therefore, this paper proposes a new plan for the future training system by designing and implementing the LVC integrated architecture technology, which is the core technology that can build the L-V-C interoperability training system. In conclusion, a division-level L-V-C interoperability training system can be established in the future by securing the LVC integrated architecture technology.
Keywords
Modeling&Simulation; Live.Virtual.Constructive Model; L-V-C Interoperability Training System; LVC Integrated Architecture Technology; Common Gateway;
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