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黃春植 陸軍士官學校 1981 한국군사학논집 Vol.21 No.-
실자연계에 존재하는 대개의 시스템은 비선형적이다. 그러나 해석과 취급이 용이한 선형 시스템에 관한 이론만이 잘 정립되어 있는 것도 사실이다. 선형 시스템에 가장 가까운 비선형 시스템인 이선형 시스템을 소개하고 이 시스템의 상태를 추정하는 한 방법을 제시하였다. 잡음을 고려한 추계이선형 시스템의 최적 상태 추정은 무한대의 차수가 되어 현실 불가능함을 보이고 차선의 추정인 준최적 추정에 관하여 고찰하였다.
황춘식 새한영어영문학회 2003 새한영어영문학 Vol.45 No.1
Hornstein (2001)'s proposal to control in terms of movement has two serious problems as follows: First, PRO is eliminated in favor of trace, and second, the θ-Criterion must be abandoned. The purpose of this study is to give the systematic explanations of Control and Movement in the infinitival constructions. To do so, I differentiate between raising constructions and control constructions, analyzing Culicover & Jackendoff (2001), and Carnie(2002). Following Chomsky and Lasnik(1995), I assume that PRO has null Case, where null Case is licensed by non-finite Ts. Collins (1997) postulates two types of null Case (TPRO and Tnull) and relies on the assumption that checking of null Case can be asymmetric to allow ECM and successive cyclic movement to satisfy Lase Resort. I also assume that there are two types of null Case feature. Here, I refine the Collins' types and suggest that all the infinitival non-finite T have TPRO/trace; TPRO represents features which check features of PRO in control construction and Trace represents traces which license A-movements in rasing construction. In terms of TPRO, we can find it possible to raise control construction in matrix verb, while in terms of Ttrace, find it possible to raise construction if the accusative Case is externally checked by the matrix verb.
황춘식 陸軍士官學校 2002 한국군사학논집 Vol.58 No.-
Most of the military defense information systems are implemented almost independently depends on the demands of individual echelons. As a result, interoperability or compatibility between the systems are not guaranteed in most cases, both in software and in hardware aspects. Therefore resulted in much more additional cost is required when interface with other systems or when system's performance improvements are performed. In this paper, this problem is studied. Here three systems, GCCSK, CPAS and Korea Army Tactical C4I system are considered. Study shows that defense information systems to be guaranteed interoperability between the consisting sub-systems, it is required that at least "Level 3" out of level 5 of the degree of interoperability is necessary. The results of this study can be used widely in the design of many new defense information systems or in the performance upgrade of old systems.