• The Korean Journal of Applied Statistics
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• v.24 no.5
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• pp.769-789
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• 2011

The life table is a statistical model for life expectancy and reflects mortality experiences exposed to a particular group of people. The following three issues are prerequisite for constructing the life table : a selection of how to estimate the death probability from observed death rates, a graduation method to smooth irregularity of the death probabilities, and an extension method of the death probabilities for oldest-old ages. To construct the life table that is fittest to Korean mortality experiences, we examine five estimation methods such as Chiang's and Greville's for the death probability, three graduation techniques including Beer's and Greville's formulae, and twelve mathematical functions for the extension of death probabilities for oldest-old ages. We also propose a method to resolve the cross-over problem arising from construction the life table.

• The Korean Chronic Disease News
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• no.311
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• pp.1-18
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• 2006

경기도 평택시 송탄 보건소 김보섭 소장/만성질환 관리 중추적 단체 위상제고/“앞으로 국민연금 덜 받는다”/건강보험료 환급 사기‘주의’/전공의 보조수당 민간병원 확대/65세이상 60%에 월8만9천원 지급/“의료용 혈액이 부족하다”/남‘암’-여‘순환기’사망확률 높아/수면무호흡증, 남성 발기부전초래/독감백신 국내 생산기반 구축/정부 의약품 가격 정책‘위헌소송’/차별화 된 고품격 보건서비스 제공/보건소 의료기관 서비스 만족도‘1위’/초고령사회 대응, 본격 시동 걸었다/노인의료“의료적 접근 동반돼야”/겨울철 어르신 건강관리 수칙 발표/비영리 의료기관 M&A 근거 마련/병원 서비스산업 주요 육성방안/고령친화 모델지역 기본구상/

• Fire Science and Engineering
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• v.19 no.1 s.57
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• pp.1-19
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• 2005

The following matters were confirmed through the analysis of casualties due to fires in Korea, Japan, and the U.S. in this paper. 1 Korean statistics are not the most detailed of the three countries about casualties due to fires, so we need to have detailed statistics of them on casualties more. 2. Korean deaths are the lowest by 10-11 people due to fires per one million of population. Those of Japan are 15-17 and about 12 people in the U.S.; decreased about 2/3 only for a quarter of a century. 3. Korean deaths are on the decrease about 1.5 people per 100 cases due to fires,3.5 in Japan and 0.2-0.3 in the U.S. Likewise, Korean injuries are on the decrease per 100 cases due to fires From 14.9 in 1977 to 5.1 in 2001 and 5.3 in 2002. In the U.S., the figure was 1.0-1.6. but after the year 1994, it was 1.2 or so. It tends to some increase to 2.6-2.8 in Japan. Therefore, when fires are happened, the death probability is the highest in Japan and 15 times higher than that of the U.S. The injury probability is the highest in Korea and 5 times higher than that of the U.S. 4. Fire deaths rate is the highest in the U.S. about $80\%$ due to home fires (including apartments) among all deaths. Japan tends to decrease of $55\%$. Recently, in case of Korea. it is similar level to that of Japan. 5. Korean aged people of 65 years old and over exceeded by $7\%$ in 2000 and entered an aging society, so It Is time to Investigate and take effect policies to reduce the death of the aged . Japan has ahead a super-aged society that exceeds $20\%$ of the people over the age 65, and many of them die of fire. Consequently, Japan has taken effect policies to reduce deaths from 10 years or more than before. Therefore, it is a good proposal to analyze the policies of Japan deeply and study introduction of them.