• Title/Summary/Keyword: ANASIS(Army, Navy, Air force Satellite Information System)

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A Proposal on Analyzing Operational Mission Summary/Mission Profile and RAM Goal Setting from Operational Concepts on the Next-MILSATCOM (차기 군 위성통신체계 OMS/MP 분석 및 운용개념으로부터의 RAM 목표값 산출 제안)

  • Park, Heung-Soon;Kwon, Tae-Wook;Lee, Chul-Hwa;Park, Dae-Hyun
    • Journal of the Korea Institute of Military Science and Technology
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    • v.16 no.3
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    • pp.295-303
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    • 2013
  • The Operational Mode Summary/Mission Profile(OMS/MP) is a document which describes how a system or training device will be used in wartime and/or peacetime at the time it is field with focus on the future. OMS/MP is also typically used for the RAM goal setting in an early phase of weapon system development. This paper provides OMS/MP and RAM goal of the Next-MILSATCOM which is following military satellite system after ANASIS. We propose operational concepts, user-side OMS/MP model and RAM goal.

Requirement Analysis of Satellite On-the-Move Transportable Terminal System (이동통신형 차량위성단말 시스템 요구사항 분석)

  • Oh, Il-Hyuk;Song, Choong-Ho;Ko, Dong-Kuk
    • Journal of Satellite, Information and Communications
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    • v.3 no.1
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    • pp.41-47
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    • 2008
  • Line-of-sight communications cannot easily support korean armed forces because of mountainous terrain. ADD(Agency for Defense Development) introduced ANASIS(Army Navy Air-force Satellite Information System) to meet the Korean warfighter's operational needs. Currently, army's military satcom terminal is designed for either fixed site or on-the-pause operation. The US army is under development of multi-band integrated on-the-move satellite terminals to let the army's communication capability to keep pace with globally deployable Joint Task Force for network-centric application. In this paper we analyzed X-band and Ka-band link and subsystem requirement. Our focus here is to describe key technical issues. Especially, On the basis of 3dB beam width of 0.9m antenna, Tracking accuracy and disturbances compensation signal processing on-the-move of Antenna Tracking system is analyzed. Also, protocol is analyzed that minimize blockage on the move due to an obstacle. when the received signal blocked, it stop to transmit burst signal and retransmit when blockage removed through received synchronization signal monitoring. Analyzed specification will be used to make prototype terminal to analyze risk for mass production

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