The change of fishing power index was analyzed to identify the development of the vessel and gear technology that may improve the fishing efficiency of the offshore conger eel pot fishery from 1980s to 2015. Gross tonnage per fishing vessel was rapidly increased annually. The standard of pot was maintained, but the number of pot used rapidly increased by using conger eel pot hauling devices, carrying and loading devices, main line hauler, casting devices and slide type pot. Fish finder system to identify fishing ground information and the conger eel pot hauling devices were modernized, and supply rate was also increased. Therefore, the relative fishing power index in the offshore conger eel pot fishery increased from 1.0 in 1980 to 1.3 in 1990, to 1.8 in 2000 and to 2.0 in 2015. The results are expected to contribute to reasonable fisheries stock management of the offshore conger eel pot fishery.

Thousands of pelagic and demersal fishes inhabit the waters around Korea and many of them are overexploited. One of the reasons is technological development, which increases the efficiency of the vessels continuously. The analysis was conducted to identify the change of fishing power index to develop the vessel and gear technology that may have improved the fishing efficiency of the otter trawl fishery from 1960s to 2010s. Gross tonnage was decreased stably, but horse power was increased annually. The perimeter of net mouth was somewhat longer, but little changed. Color fish finder was utilized from the mid-1960s. Hydraulic net drum were introduced in the early 1990s, and supply rate was gradually increased. Surveys on the supply and upgrading of fishing equipment utilized visiting research. Therefore, the relative fishing power index in the trawl fishery increased about two to three times in the 2010s compared to the 1980s. The results are expected to contribute to reasonable fisheries stock management.

Thousands of demersal fishes inhabit in the waters around Korea and most of them are overexploited. One of reasons is technological development, which increases the efficiency of the vessels continuously. The analysis was conducted to identify the change of fishing power index to develop the vessel and gear technology that may have improved the fishing efficiency of the Danish seine fishery from 1960s to 2010s. Gross tonnage was decreased stably, but the horse power was increased annually. The length of ground rope, warp and hand rope was somewhat longer, but changed a little. Color fish finder was utilized from the mid-1960s and positioning system was used five years later. A hydraulic line hauler were introduced in the mid-1980s, and supply rate was gradually increased. Surveys on the supply and upgrading of fishing equipment utilized visiting researchers. Therefore, the relative fishing power index in the Danish seine fishery increased stably from 1.0 in 1970 to 1.0 in 1980, to 1.2 in 1990, to 1.3 in 2000 and to 1.3 in 2010. The results are expected to contribute to reasonable fisheries stock management.

The small yellow croaker (Larimichthys polyactis) is one of the representative high-class fish species in Korea. The catch of small yellow croaker in adjacent water fisheries has been continuously decreasing from 59,226 tons in 2011 to 19,271 tons in 2016. The small yellow croaker is caught by gillnet, stow net and bottom trawl, among which about 55~65% is caught by gillnet. For the sustainable use of small yellow croaker, the fishing power of small yellow croaker drift gillnet is very important. Therefore, the change of fishing power index were analyzed to identify the development of the vessel and gear technology that may have improved the fishing efficiency of the small yellow croaker drift gillnet fishery from 1960s to 2010s. Gross tonnage and horse power per fishing vessel was increased annually. The mesh size was 75.0 mm in the 1960s, but reduced to 60.6 mm in the 1980s and to 51.0 mm in the 2000s. In the 1960s, it was hauled out by manpower. However, the net hauler were modernized and supply rate was also increased since 1970. Due to the mechanization of the net hauler, the number (length) of used net gradually increased from 1.5 km in the 1960s to 7.5 km in the mid-1980s and to 15 km in 2010. Colour fish finders and positioning system were introduced and utilized from the mid-1980s. Surveys on the supply and upgrading of fishing equipment utilized visiting research. Therefore, the relative fishing power index in the small yellow croaker drift gillnet fishery increased from 1.0 in 1980 to 0.8 in 1970, to 1.1 in 1990, to 1.6 in 2000 and to 1.9 in 2010. The results are expected to contribute to reasonable fisheries stock management of the small yellow croaker drift gillnet fishery.

Squid is one of the important fisheries resources in Korea. Therefore, squid has been designated and managed as a target species of total allowable catch (TAC) since 2007, but the catch amount is gradually decreasing. The analysis was conducted to identify the change of relative fishing power index to develop the vessel and gear technology that may have improved the fishing efficiency of the offshore squid jigging fishery from 1960s to 2010s. Gross tonnage per fishing vessel increased with the increase in size until 1990, but then gradually decreased to 41.0 tons in 2000 and 37.1 tons in 2010. The illuminating power (energy consumption) by fishing lamps increased to 180 kW in 2005 and stabilized to 120 kW in 2015. Jigging machine started to be supplied to fishing vessels from the early 1970s, and fish finders began to be supplied in the early 1980s and gradually increased. Therefore, the relative fishing power index in the offshore squid jigging fishery increased from 1.0 in 1980 to 1.1 in 1990, to 3.5 in 2000 and to 2.5 in 2010, but the increment rate slowed down gradually. The results are expected to contribute to reasonable fisheries stock management.

Lots of fishery stocks are overexploited and the overcapacity exists in Korean fishing fleets. One of the reasons is technological development, which increases the efficiency of the vessels continuously. The analysis was conducted to identify the change of fishing power index to develop the vessel and gear technology that may have improved the fishing efficiency of the offshore large powered purse seine fishery from 1960s to 2010s. Gross tonnage and horse power per fishing vessel was increased annually. Fishing gear material was changed to the knotless webbing to settle faster. Fishing equipments was modernized and supply rate was also increased. Therefore the relative fishing power index in the offshore large powered purse seine fishery increased from 0.4 in 1970 to 1.0 in 1980, to 1.5 in 2000 and to 1.6 in 2010, but the rate of increase slowed down gradually. The results are expected to contribute to reasonable fishery stock management.

본 연구는 구매자-공급자 간 협력에 기반을 둔 기술혁신 성과창출에서 공급 자 조직 학습역량의 역할에 초점을 두고 있다. 이를 위해 본 연구는 국내 제조업에 종사하 고 있는 중소기업 221개사를 이용하여 매개효과분석을 수행하였다. 실증검증 결과, 공급자 의 기술혁신 성과에 대한 구매자의 직접지원(기술인력 지원, 기계도구 및 검사장비 지원, 설비사용 교육)은 통계적으로 유의하지 않았지만, 구매자의 간접지원(지식, 노하우, 가치, 정보 공유)은 긍정적이며 유의한 효과를 갖는 것으로 나타났다. 매개효과분석을 위한 추가 검증 결과, 공급자의 학습역량과 구매자의 간접지원 사이에 부분 매개효과가 존재한 반면 에 구매자의 직접지원과 공급자의 학습역량 간에는 완전 매개효과가 존재하는 것으로 나 타났다. 이 연구결과는 구매자의 간접지원이 공급자의 기술혁신 성과를 향상시키는데 더욱 중요한 역할을 할 수 있음을 제시한다.

The present study is aimed at examining in multilateral ways the structural relationship among technological orientation, market orientation and product development performance of manufacturing companies, which are deemed to be key factors for them to increase absorptive capacities. From the study, it was revealed that: First, in terms of the relationship between market orientation and absorptive capacities, it was made clear by the analysis that the market orientation sought after by manufacturing companies has influence upon their absorptive capacities. Second, with regard to the relationship between technological orientation and absorptive capacities of manufacturing companies, the analysis found that the technological orientation pursued by them affects their absorptive capacities. Third, as for the relationship between absorptive capacities and product development performance, the analysis made it clear that the absorptive capacities of manufacturing companies exerts influence upon their product development performance. Fourth, in respect to the relationship between market orientation and product development performance, it was concluded from the analysis that market orientation produces effect upon product development performances like technological innovation and acquisition of new technologies needed for product development. Finally, regarding the relationship between technological orientation and product development performance of manufacturing companies, it became obvious from the analysis that the technological orientation affects the product development performance.

本稿は戦後50年間の構造変化を分析しようとするものであるが、主た る関心は発展途上にあった日本経済である。いい換えれば、キャッチ アップ過程にあった小国としての日本経済である。後発国であった日本 は当時の先進国の優れた技術を積極的に受け入れるなか、自分たちの経 済社会環境にマッチした技術を輸入し、さらにそれを自国にあったも に改良しなくてはならなかった。それを可能にしたのは社会的能力であった。社会的能力の概念と要素、その形成や重要性について調べている。 戦後日本の技術導入について考えてみると、戦争による欧米企業との技術格差は歴然としており、急速なキャッチアップ․先進国への脱皮をめざす以上、時間のかかる自己技術開発の経営方針はありえなかったため技術導入は不可避であっただろう。それにあわせた各企業の動きを自動車工業の実態を中心として調べてみた。つぎに外資導入についても考えなければならない。高度成長初期の日本における外資導入の主流は借款であった。1960年頃までの日本経済はいわゆる労働過剰の状態が続いたことを考慮すると、高度成長の制約要因は技術と資本だったといえよう。それから戦後日本の経済発展を考えるためには、技術や資本のほ にそれを受け入れて上手くいかせる社会的能力の重要性についても詳しく調べる必要がある。

Recent competitive and technological changes during the past decade have accelerated the need for better capital recovery methods. Competition and technology have together shortened the expected lives of property which could not have been forecasted sever

In a technological driven environment, a depreciation estimate which is based on traditional like analysis results in a decelerated rate of capital recovery This time pattern of technological growths models needs to be incorporated into life analysis fram

Recently, technology growth and globalization of the market bring the age of knowledge based economy. These competitive environment require that the firms should cooperate among industry, academia, and institute. Cooperation between firms and universities for research and development is one of the most important business strategy in improving their business competences. This paper studied the factors of the firm involvement in the cooperation between firms and universities for technology development. To analyze the involvement factors, the data of 'R&D activity survey' of Ministry of Science and Technology(MOST) were used. Based on results of the analysis, 6 factors such as firm size, the years of firms, ratio of the researchers, the ratio of collaborative investments, the ratio of new product development, and the number of property right were significant. As the technology cooperation get flourished, the results of this research is expected to play a meaningful role as an basic data for developing the cooperation between industry and academia policy for technology development.

This study describes the development principles of the Elementary English Digital Textbook (MEDT) and provides suggestions for the future development of English digital textbooks based on the evaluation of MEDT contents. With these purposes, the study firstly presents relevant theories about the instructional design, e-learning strategies, second language acquisition, and English teaching theories to investigate on what theoretical foundation the MEDT was developed. It then examines how the MEDT integrates and incorporates new technologies such as speech recognition, automatic writing scoring system, games, flash animation, and digital storytelling into a wide variety of English learning activities such as listening, speaking, reading, and writing. Thirdly, the study reports the learners" and experts" evaluations of MEDT with respect to contents, learning activities, interest, levels, and technological functions. Lastly, based on the evaluation of the MEDT, some suggestions are made on the effective use of MEDT for the implementation of enhanced, high-technological, and motivating English learning environments in Korean elementary schools.