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제3차 인터내셔널과 중국공산당관계연구 : 1919-1927기간을 중심으로 Focused in the period of 1919-1927
김우현,문성묵 경북대학교 환태평양연구소 1990 環太平洋硏究 Vol.3 No.-
Nowadays international situations are mainly dependent on at the mercy of inter-state relations. Futhermore the trend of relational change between China and the Soviet Union has been the major factor which influenced on both the international change of situation and the circumtances of Korean penlinsula. The conflict between China and the Soviet Union, which has worsened since the late 1950s lasted for 30 years until the 1980s and it is being increasingly solved in the late 1980s. If so, the problems when, where and how this conflict between them came from can be highly important theme to study to us. In this respect, this thesis was focused as follows: 1. the fundamental intention of the Moscow governement of 1920s shortly after the Bolshevik revolution in 1917 and the response of the Chinese Communist Party, as a provisional factor of the worsened relation between China and the Soviet Union 2. the direction of cooperaton between K. M. T and C. C. P of Comintern and its concrete result. 3. the factor of conflict Comintern and C. C. P and failure of cooperation between K. M. T and C. C. P The result of study above shows that the conflict and confrontation between two nations have already existed since a ling time ago and its conflict already started from the policy of Comintern, known for supporting the organization and its development of C. C. P In the light of the factor of the Soviet's view against China, the Soviet needed a friendly brother nation for her security rather than the Communist revolution in China. accordingly, the characteristic of the brother nation was to be cooperative to the Soviet Union and to be able to move within her influence. Therefore the Soviet chose K. M. T as a counterpart. It became a conflicting factor of C. C. P However, fundamental cause could be found out through the difference of consciousness between two nations(pan-slavism and the Chinese ideal of superiority) and of their lines(urban laborers centered, rural farmers centered). In conclusion, the policy of Comintern ended up failure and in China, Mao Tse-tung's revolution won against the expectation of Comintern, and since then conflict between China and the Soviet Union has continued to exist up to now.
김우현,김창완,이상설 원광대학교 공업기술개발연구소 1999 工業技術開發硏究誌 Vol.19 No.-
An ASIC implementation of a high-speed Reed-Solomon(RS) Codec is presented. The target technology is Samsung 0.6um SOG. The implemented RS Codec was described by using VHDL and synthesized by using Synopsys Design Analyzer with Samsung KG75 library. To improve the operating speed of the RS Codec, parallel-processing technique was applied to the RS decoder, Distributor to separate serial data to parallel and merger to combine parallel data in serial are added to the RS decoder for parallel processing. The parallel processing technique is partly applied to the RS decoder in order to avoid increase of chip area of the RS decoder. Total gate count of the RS Codec is about 34,000 gates. The RS circuit can operates at 50MHg and processes 400 MHz of data per second.
국방부 인적자원개발 활성화를 위한 국가기술자격 운영개선에 관한 연구
김우현,이원박,정병한,박재현 대한안전경영과학회 2012 대한안전경영과학회 학술대회논문집 Vol.2012 No.2
특수조직에 해당하는 우리 군은 징집에 의한 국방의 의무에 목적을 두어 장병을 관 리 운영하여 대학 재학자 또는 일부 지식층으로부터 군복무기간을 평생가치를 두고 버리는 기간으로 인식되었던 것이 사실이다. 그러나 군의 변화로 군 생활 시기는 새로운 삶의 도약의 발판으로 ‘교량기능’을 활성화시킬 수 있는 기간으로 변화하여 평생교 육차원에서 장병 개개인의 자기발전을 지원하여 생산적인 병영생활이 될 수 있도록 군 스스로 인적자원개발을 위해 노력할 필요가 있다. 본 연구는 군 인적자원 운영과 자격과의 상관성에 대해 고찰하면서 현재 지속가능 자격과 미래 유망자격에 대해 도출하기 위해 보스턴컨설팅그룹의 매트릭스(BCG Matrix)를 활용하여 군의 현재 위치에 대해 분석하고 이에 따른 국가기술자격의 효율적 운영방안과 인적자원개발의 예측경영에 대해 제언하도록 한다.
Hot-spot mutant p53 protein detection for cancer diagnosis using localized surface plasmon resonance
김우현,전호준,송소진,심상준 한국공업화학회 2016 한국공업화학회 연구논문 초록집 Vol.2016 No.1
The p53 protein is a well-known tumor suppressor that plays an important role in preventing cancer. The mutations of p53 such as functional damage of its DNA binding domain lead to tumors. Specially, the mutants of p53 at hot spot have unique changes of local electron density that affect specificity of DNA binding compared with the wild types. This can be detected by Rayleigh light scattering according to the changes of localized surface plasmon resonance(LSPR). The LSPR Δλ max shift of mutant p53 proteins is sifnificantly lower than that of wild types. These differences propose that hot-spot mutants can be easily detected by local electron density alterations that disturbs the specificity of DNA binding domain of p53 on the nanoplasmonic sensor. By this strategy, the nanoplasmonic sensor can detect mutant p53 proteins from wild types of real samples and thus suggesting itself as a promising tool for use in cancer diagnosis.