• Title/Summary/Keyword: Inter-Continental Ballistic Missile

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Study on Military Policy of North Korea (북한군사정책 특징 연구)

  • Kim, Sung Woo
    • Convergence Security Journal
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    • v.16 no.3_1
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    • pp.107-114
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    • 2016
  • The North Korean regime, Kim Jungun's foreign policy is changed frequently. And their military policy has no gravity. North Korea has developed nuclear weapons and long range missile. Now they have Inter-Continental Ballistic Missile. These activities redound a great threat in Korean peninsula. There are a no possibilities to give up its nuclear weapons and missile development. For the peace in Korean peninsula, we should make North Korea to abandon its nuclear himself through effective sanctions. Now China should effort to control North Korea. To reduce the threat we should coordinate the strategic interests of China and US. This study is to predict the North Korea military activities to analyze "military policies."

Method on Radar deployment for Ballistic Missile Detection Probability Improvement (탄도미사일 탐지확률 향상을 위한 레이더 배치 방안)

  • Park, Tae-yong;Lim, Jae-sung
    • Journal of the Korea Institute of Information and Communication Engineering
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    • v.20 no.3
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    • pp.669-676
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    • 2016
  • North Korea has various ballistic missiles from short range to long range such as inter continental ballistic missiles. Short range ballistic missiles such as SCUD series are threatening to Korea peninsula. Therefore Korea is constructing various missile defense systems to protect country. Parameters influencing the received power from the target to the radar are transmitting power, antenna gain, carrier frequency, RCS(Radar Cross Section) of target and distance from radar to target. Especially, RCS and distance from target are not radar performance defined parameters but external parameters. Therefore radar deployment position that large RCS can be observed and target to radar distance should be considered in parallel to improve target detection probability. In this paper, RCS pattern of SCUD-B ballistic missile is calculated, received power is analyzed based on radar deployment position during ballistic missile trajectory and methode for optimum radar deployment position to improve target detection probability is suggested.