E-business is rapidly prevailing in our society by increasing of the use of the internet. Therefore the education system of e-business should contain requirements of customers, i.e. various industries. College curriculum should be related to tasks of e-business. This paper deals with e-business tasks that make college curriculum. It surveys the situation of college education and topics in the field of e-business. This research analyzes the needs and opinions of the local area companies. The acknowledgement and realization of e-business implements are surveyed and the education contents for college are researched.

The bureaucrat-scholars, ruling class of the Choseon Dynasty, used to build small private pavilions for rest and study for themselves. In the early period of the Dynasty, the pavilions had plain shapes with rectangular plan and simple wooden structure without any walls so as to enjoy the surrounding scenery. From the 16th century, the building form began to change into some diverse one by putting in an ondol room, an unique floor heating equipment. The pavilions also began to show regional differences by placing the ondol rooms in the floor. Myonang-jong, a pavilion occupied by a famous bureaucrat-scholar Song Soon, was built at Damyang of the southwest part of the Korean peninsula, so called Honam area, in 1533. At first, the building form followed the ordinary early pavilion shape using simple wooden structure and wooden floor. But when it was rebuilt in 1654 after burning down by war, there happened some changes. An ondol room was put in the center of the floor, of which regarded as a dominant regional characteristic of the Honam area. The change of the building form of Myonang-jong showed that it was the 17th century Honam area got the regional characteristic in the architecture of pavilion.

As the educational function of Confucian school in the late Chosun dynasty had been declined, the other educational institution called YANGSAJAE was established. The founders of the institution was either local authorities or local Confucianists. Otherwise the institution was established by the cooperation of both local authorities and local Confucianists. YANGSAJAE began to be established from the 16th century. Most of them was founded in 1700s. In 1800s, it was not so difficult to see YANGSAJAE in many towns in Young nam and Honam provinces. The institution was located in separate places at the early stage of foundation. But since the middle of 1700s, the institution was located in or near the Confucian school. As a consequence, this influenced the location of Confucian schools in the late Chosun dynasty. In Youngnam province, the institution was mainly located near the Confucian school or in a separate place. On the contrary, most of the institution were constructed within Confucian school in Honam province. There were two types of the flat composition: one is based on hall and the other is based on room. The hall type, which had a hall in the middle and rooms in both sides, was general. The hall type usually had a size of 4-kan in width and 1.5-kan in length. The half-hipped roof was the general type and intimately related to the roof of Myung-Ryun Dang of local Confucian School.

본 논문은 해방 이전과 이후로 시기를 나누어 군산지역의 화교 기독교 공동체의 역사에 대해 살펴보았다. 해방 이전에는, 1928년에 조선과 중국 선교사들의 지원으로 3달에 걸쳐 이루어진 중국인 전도대 전국 순회집회 의 결과, 1929년에 호남지역에서는 처음으로 전주와 군산에 화교 기독교 공동체가 조직되었다. 특히 전주의 남장로회 윈 선교사가 화교에 지속적으 로 관심을 쏟으면서 신앙공동체가 유지될 수 있었는데, 다만 중일전쟁, 태 평양전쟁, 한국전쟁을 겪으면서 단절되었다. 해방 이후에는 미북장로회에서 중국인사역 전담 선교사를 다시금 초빙 하였는데, 그때 내한한 매클레인 선교사와 군산화교 2세인 조계지 권사의 노력으로 1959년부터 다시금 군산에 화교 기독교 공동체가 조직되었고, 1963년에 정식으로 교회가 설립되었다. 이후 군산중화교회는 중국인 인구 구성의 변화에 따라, 구 화교 중심의 지역교회에서 점차 신 이민자들의 정착을 돕는 ‘이민자 교회’의 모습으로 역 변이되어 나갔다. 또한 중국어 교실을 운영한다든지 중국선교단체를 돕 는다든지 하는 방법으로 한국인 및 현지 한국교회와도 협력관계를 맺어왔 다. 하지만 중국인 수의 감소 및 목회자의 부재 등의 연유로, 현재는 단 두 명의 교인이 교회를 지키고 있으며, 교회는 이제 새 시대의 역할을 모색하고 있다.

Integrated monitoring system was implemented based on GIS at Honam testbed section. In this system have a variety of information that consisted with ground monitoring & settlement data, vehicle running data and track maintenance on track irregularity and so on. The GIS integrated monitoring and DB system was introduced.

This study aimed to determine the optimal harvesting time for covered barley to make grain silage, in Honam region of Korea. We harvested six varieties of barley every third day from 24 to 42 days after heading (DAH). The moisture content decreased from 62.4% at 24 DAH to 24% at 42 DAH. The moisture content at 36 DAH was 44.3%; however, moisture content at 39 and 42 DAH was lower than 40%. Yield of covered barley significantly increased from 24 to 42 DAH (p < 0.05). Yield at 36 DAH (557 kg/10a) was not significantly different from that at 39 and 42 DAH (p < 0.05). With respect to the feed value of barley grain silage, the amount of crude fiber and crude ash was different by harvesting time (p < 0.05). However, the amount of crude protein, crude fat, and total digestible nutrients (TDN) from 24 and 42 DAH was not significantly different. The pH of grain silage from 24 to 42 DAH was between 3.8 and 4.2 and it was stable until 36 DAH (p < 0.05). However, the pH of grain silage at 39 and 42 DAH was 5.2 and 5.8, respectively, which was higher than the pH of silage with good fermentation quality. The lactic acid content of barley grain silage from 24 to 42 DAH decreased from 5.5% to 0.5% (p < 0.05). The amount of lactic acid at 36 DAH was higher than that at 39 and 42 DAH (p < 0.05). With respect to moisture content, yield, feed value, and fermentation, the optimal harvesting time for grain silage of covered barley was 36 DAH. This could increase the use efficiency of harvesting machine for barley and reduce the harvesting time gap between whole barley silage and grain silage in Korea. Moreover, using barley grain silage for animal feed could reduce the import of corn.

This experiment was carried out to determine the optimum planting density for rice pot seedling cultivation in wheat-rice double cropping system in Honam plain area. A mid-late maturing rice variety ‘Chinnong’ was raised in pot seedling tray and conventional tray for 30 days, and then transplanted on June 25 in 2012 and 2013. Four different planting densities (15.2, 18.9, 21.6, and 25.3 hills per m 2 ) in pot seedlings were applied as treatment. Conventional tray seedling was implicated as control at a single planting density of 27.8 hills per m 2 . In this experiment, the number of effective tillers was increased as planting density increasing, but stem diameter was decreased. Pot seedling showed higher stem diameter and effective tillers than the control. Heading dates of pot seedling plots were not significantly different between the planting densities but 2 days faster than the control. Culm length, number of panicles, panicle length, and ripening grain ratio were higher in pot seedling compared to the control, but 1000-grain weight showed no significant difference. Milled rice yields in pot seedlings ranged from 5.19 to 5.43 t ha -1 , and the highest yield was observed in 21.6 hills per m 2 . Head rice ratios in pot seedlings and the controls were not significantly different. Above results on planting density of rice pot seedling cultivation would be applicable to wheat-rice double cropping and also to late transplanting cultivation of rice single cropping.

To manage the data measured from Honam high-speed railroad(HSR) infrastructure(environmental noise reduction structures, track structures, catenary system), we are trying to establish an integrated database through analysis of the developed infrastructure technologies and standards, construction of prototypes on the fields and evaluation of infrastructure performance according to the increment of train speed. In this paper, integrated monitoring center for management of measured data is suggested.

Needs for a new technologies of infrastructure systems arose, following the development of next generation EMU(Electric Multiple Unit) train with maximum speed over 400km/h. For high-speed operation tests of the new EMU, a high-speed railway infrastructure test-bed was constructed in a 28km long section of the Honam High-speed Railway. Diverse sensors and monitoring system was installed for continuous monitoring of the railway. Due to such effort, further demands and needs of the integrated monitoring system was derived in a more comprehensive and long-term perspective.

Research results of High Speed Railroad Infrastructure Research Team are included in the fields of environmental noise reduction, the design criteria of high-speed railroad structures, catenary system, train control system. Therefore, we will apply these research results to test-bed in Honam high speed railroad and verify them.

In this paper, sensors and equipments for monitoring the weather in test-bed of Honam high-speed railroad are introduced, and integrated monitoring system linked to weather information and its management plan are suggested.

In this study, it explains briefly the test procedure for evaluating the performance of roadbed in test-bed section of Honam high-speed railway.

In this study, it explains briefly the test procedure for evaluating the performance of track and bridge in test-bed section of Honam High-Speed Railway.

Test-bed site in Honam High Speed Railway is under construction for developing infra system core technology and speed-up test over 400km/h. High Speed Railway Infra System’s development are composed of comprehensive research developments which are comprising infra system such as railraod infrastructure, environmental noise reduction, catenary, train control and etc. For high speed-up, the review of track alignment, structural and running safety are required. In this paper, speed-up patterns of train by TPS and structural safety according to load variation are evaluated.

호남지역 유학자들의 초기 箴 작품은 蘇沿(1390-1441)이 창작한 것으로부터 李恒(1499-1576)이 지은 것에 이르기까지 총 6편이 지어졌다. 그 가운데 2편이 中宗에게 올려진 官箴이다. 그리고 경전 구절을 해석한 것이 3편, 전대의 작품에 차운하여 계승한 것이 1편으로, 의리의 발현을 수사 기법으로 삼은 작품이 상당한 비율을 차지한다. 중기는 箴을 지은 유학자가 4명밖에 되지 않아 초기에 비해 인원수가 더욱 줄었지만, 작품의 수량은 7편으로 1편이 더 많이 늘어났다. 하지만 安邦俊(1573-1654)으로부터 黃胤錫(1729-1791)에 이르기까지 150년이 넘는 시기 동안 4명의 유학자가 7편의 작품을 지었다는 것은 초기와 마찬가지로 매우 영성한 상황이라고 밖에 말할 수 없다. 『中庸』 제1장의 ‘莫見乎隱’을 해석한 황위의 ｢莫見乎隱箴｣을 제외하고는 모두 생활 속에서 실천해야 할 수양의 덕목을 해설한 내용들이다. 다만 경계하는 대상이 자신에게 한정되느냐 아니면 자식이나 주변의 타인에게 확장되느냐의 차이가 있을 뿐, 개인적인 용도인 私箴의 범위를 벗어나는 작품은 없다. 후기는 초기 및 중기에 비해 거의 5~6배가 넘을 정도로 많은 분량의 箴 작품이 창작되었다. 그리고 경계의 내용과 방법이 이전과 달리 다양하게 확산되는 경향을 보인다. 奇正鎭(1798-1880)으로부터 柳永善(1893-1961)에 이르기까지 100년 동안 14명의 유학자에 의해 37편의 箴이 지어졌다. 이 시기는 이전보다 양적으로도 월등하게 많을 뿐만 아니라, 수사 기법도 다양한 양상으로 서술되었다. 그리고 무엇보다 타인을 경계한 작품이 큰 비중을 차지하고 있는데, 이것은 구한말의 절박한 시대적·역사적 상황 때문에 箴을 통해 同道의 사람들에게 권면하고자 하는 의식이 반영된 현상이라고 이해할 수 있다. 또한 자신 및 학파가 주창하는 성리설을 箴의 문체로 드러내어 밝히고자 한 것도 이전 시기에는 없는 하나의 특징이라고 말할 수 있다.

벼에 대한 SCB 액비의 활용방법을 구명하기 위하여 기 추 비 시용량을 달리 처리한 후 쌀 수량 및 토양환경에 미치는 영향 등을 검토한 결과는 다음과 같다. 논토양의 화학성은 규산을 제외한 액비시용구가 무시용구에 비하여 높았으나 시험 전 후 간에는 큰 차이가 없었다. 액비시용 후 토양 중 NH4 -N함량은 2일 이내 균평작업으로 논 전체에 균일한 농도를 유지하였다. 액비분시에 따른 토양 중 NH4 -N와 NO3 -N함량은 이앙 후부터는 초기에는 화학비료 관행시비구와 액비 기비 100%처리에서 높았으나 분얼감수기 이후에는 모든 처리가 유사하였다. 토양침출수중 NO3 -N함량은 액비기비70%+수비30%시용에서 관행시비구보다 약간 낮은 함량을 보였다. 액비 분시에 따른 쌀 수량은 관행시비구보다 액비 기비 100%처리에서 약간 낮았으나 액비 기비70%+수비30%에서 관행시비구와 대등하였으며 나머지 액비 처리구에서도 큰 차이가 없었다. 쌀 품위는 무 시용구와 액비 기비100%에서 완전립율이 높고, 단백질함량이 낮았으나 액비기비70%+수비30%에서 관행시비구와 유사하였다. 따라서 SCB액비를 이용하여 벼 재배할 경우 액비기비70%와 수비30%시용으로 화학비료 사용을 대체 할 수 있을 것으로 판단된다.

본 연구는 호남지방에서 수리적 위치와 지리적 요인의 영향을 명확히 반영하여 호남지방의 날씨 및 기후 특성을 잘 나타내는, 탁월한 일기 및 강수현상의 하계 순별 출현의 다소와 그 변화에 대해, 정보이론을 이용하여 일기엔트로피와 정보비를 추출하고 응용하여, 그 공간 스케일의 시간적 변동을 살핀다. 그리고 본 연구는 하계 순의 호남 지방의 15개 관측 지점별 일기 및 기후 대표성의 특성을 규명하고 공간적 질서를 밝혀 일기 및 핵심 기후지역 설정을 시도한 것이다. 그 결과 15개 기준지점의 정보비 분포와 일기대표성의 특성은 주로, 9월 하순(제1위 임실 기준 시 장수 0.73, 9월 하순)에 가장 커서 신뢰성이 있으며 8월 초순(제1위 여수 기준 시 전주 0.09, 8월 초순)에 가장 작아 국지성이 크다는 것을 밝혔다. 그리고 호남지방의 일기 및 기후대표성을 나타내는 핵심지역은 장흥-남원-임실-정읍-완도를 잇는 오각형내의 호남 서남부 지역(핵심 기후축: 장흥, 정읍, 완도)이 해당됨을 밝혔다.