• Journal of Energy Engineering
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• v.28 no.1
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• pp.37-44
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• 2019

Domestic buildings account for 25% of national greenhouse gas emissions and 20% of energy consumption, so energy efficiency improvement of buildings is recognized as the main target of national energy demand management. To improve the energy efficiency of the building, policies are implemented by preparing "zero-energy building national roadmaps" and enhancing the efficiency of national energy demand management through early activation as a result of expansion of the mandatory zero-energy building. Also, there is a growing need to verify the performance of energy savings after the construction is completed. Therefore, methods for evaluating energy performance of buildings should be suggested. This paper aims to develop and present methods for verifying energy performance of Zero Energy School, which can be applied internationally, by visiting domestic schools on-site at the same time as international standards and guidance analysis.

• Journal of the Korea Convergence Society
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• v.12 no.1
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• pp.143-151
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• 2021

In the era of the Fourth Industrial Revolution, where the importance of cutting-edge technology and software is highlighted, there is a growing need for education to think deeply about humans and the future and foster creative human beings who can contribute to the whole of humanity. This paper proposes a plan to introduce core competencies and evaluations analyzed according to international Baccalaureate orientation so that it can be applied to education using creative storytelling applied to the 『Creative storytelling class that is easy even by yourself』 textbook developed by the Science and Technology in Society Research Center at Jeju University. Furthermore, the proposed core competencies, evaluation criteria, and their measures were applied flexibly to existing classes by incorporating IBs to expand utilization opportunities. I hope this paper will help open up positive possibilities for introducing domestic IBs, and further fostering internationally recognized creative convergence talent.

• Journal of Digital Convergence
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• v.19 no.2
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• pp.387-395
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• 2021

The study looks into the prospect of expanding interdisciplinary education by examining case studies related to the subject activating economy and understanding the nature of cultural potential of different regions around Korea. The objective is to integrate regional societal for co-existence of cultural events with university being the educational entity for development. The study analyzes the internationally recognized craft event known as the Cheongju International Craft Biennale founded in 1999. For twenty years the Cheongju Industry Cultural Promotion Foundation has organized the Cheongju Craft Biennale and the study researches on the collaborative aspect between the foundation and Cheongju University's Department of Craft and Design. The value of the event is predominant and the locality has clearly been shown.

• Journal of the Korea Society of Computer and Information
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• v.27 no.1
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• pp.51-59
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• 2022

As the weapon system's dependence on software functions increased, software became a key factor in controlling the weapon system. In addition, as software development becomes more important domestically and internationally, software verification becomes an issue. The recent defense market has recognized this point and is demanding a plan for weapon system software maintenance. In this paper, we propose a weapon system software maintenance plan using Automatic Test Equipment. The specific method is to use a simulator to check the software function and identify failure cases. This is an effective way for developers to reduce the Total Corrective Maintenance Time(TCM) of the weapon system by reducing the time it takes to identify failure cases. It has been proven that the proposed Automatic Test Equipment can achieve software maintenance and excellent Maintainability and Operational Availability compared to the existing ones.

• The Research Journal of the Costume Culture
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• v.30 no.5
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• pp.752-765
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• 2022

Clothing, as a signsystem, implies many different meanings according to different circumstances. Korean fashion designers' designs also imply various meanings. Therefore, the purpose of this study is the exploration of Korean fashion designers' design characteristics through Greimas' Semiotic Square. As sublimity is the most representative characteristic of modern fashion design, this study discusses the in-depth aesthetic meaning innated in Korean fashion design through the semiotic square proposed by Greimas. To fulfill this goal, Korean fashion designers were sought after on the internet; consequently, four Korean designers became subjects for the analysis. Their collections were analyzed according to predefined criteria adopted and modified from previous studies. Sublimity characteristics were applied to Greimas' and Floch's semiotic squares for further interpretation. Results of the study indicate that sublimity, which is typically found in Korean fashion designs, varies depending on different points of view. In terms of culture, this study discovered a relationship of contrariety between sublimity and beauty. This finding opposes the theory of Greimas' semiotic square, in which sublimity stands as a contradictory of the technician. According to the culture industry theory, suggested by Held, the technician is an implication of sublimity. Through a technician, sublimity may pose as a complementarity or implication of beauty. Finally, sublimity might substitute beauty as well; furthermore, it constitutes practical valorization in the semiotic square of Floch. Moreover, the artist present as a ludic valorization stands as a contradictory, while art, serving as a utopian valorization, enacts as a contrary.

• The Journal of the Korea institute of electronic communication sciences
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• v.18 no.4
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• pp.563-570
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• 2023

The Safety Transmission Unit(STU) is a critical device used in railway systems to ensure safe and efficient operations by providing communication between trains and railway infrastructure. It is responsible for transmitting vital information and commands, allowing for the control and coordination of train movements. The STU plays a crucial role in maintaining the safety of passengers, crew, and the overall railway network. This paper presents the design and testing of a STU for the next-generation wireless-based train control system. An analysis of european and domestic standards was conducted to review requirements and ensure the design of a STU for the train control system meets international standards. Based on this analysis, hardware and software designs were developed to create an internationally recognized level of safety for the communication device. To verify the functionality of the STU, a simulator was developed, and it was confirmed that the designed features were successfully implemented.

• Journal of Aerospace System Engineering
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• v.17 no.6
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• pp.35-45
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• 2023

In this paper, we analyze the influence of indirect lightning strikes based on the structure of shielded cables used in an aircraft and propose a cable structure to enhance shielding effectiveness. Cables in an aircraft account for the largest proportion among components and play a crucial role in connecting aircraft frames and electronic devices; thus, making them highly influential. In particular, indirect lightning strike noise can lead to malfunctions and cause damage in aircraft electronic equipment, making the utilization of shielded cables essential for mitigating damage caused by indirect lightning strike noise. We conducted an analysis of the impact of indirect lightning strikes on aircraft shielded cables considering factors, such as the presence of shielding layers, core, and insulation in the cable structure. Furthermore, we validated our findings through simulations and experiments by applying the internationally recognized standard for indirect lightning, RTCA DO-160G Sec. 22.

• The Journal of the Convergence on Culture Technology
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• v.10 no.1
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• pp.551-557
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• 2024

Hydrogen is a renewable energy source with various characteristics such as clean, carbon-free and high-energy, and is internationally recognized as a "future energy". With the rapid development of the hydrogen energy industry, more hydrogen infrastructure is needed to meet the demand for hydrogen. However, hydrogen infrastructure accidents have been occurring frequently, hindering the development of the hydrogen industry. HyRAM+, developed by Sandia National Laboratories, is a software toolkit that integrates data and methods related to hydrogen safety assessments for various storage applications, including hydrogen refueling stations. HyRAM+'s physics mode simulates hydrogen leak results depending on the hydrogen refueling station components, graphing gas plume dispersion, jet frame temperature and trajectory, and radiative heat flux. In this paper, hydrogen leakage data was extracted from a hydrogen refueling station in Samcheok, Gangwon-do, using HyRAM+ software. A hydrogen leakage simulator was developed using data extracted from HyRAM+. It was implemented as a dashboard that shows the data generated by the simulator using a database and Grafana.

• THE INTERNATIONAL COMMERCE & LAW REVIEW
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• v.20
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• pp.63-82
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• 2003

The time of examination of buyer in international sales contract is very significant, because the time is related with the period of claim in buyer's aspect. From the legal point of view, the time of delivery, the time of examination and the time of quality decision should be in accord. But the buyer, whose main place of business is located in importing country, wants to examine the goods in his own country. Therefore in CIF or FOB Contract, the place of delivery and the place of examination are divided. Thus the CISG, the Common Law System and the Civil Law System including Korean Law stipulate the buyer's examination at the destination if the sales contract involves carriage of the goods. This author, from the buyer's perspective, would like to make the following suggestions in regard to the time of examination when the sales contract is made. First, the time of examination and the time of quality decision should be in accord, even though the time of delivery is different. Second, the buyer should clearly indicate the time, the place, the inspector, the particulars and the burden of proof in regard to examination when contracting. Third, the buyer should also clearly indicate the period of notice for the lack of conformity in Claim Clause of sales contract, which should be counted from the time of examination. Fourth, the buyer should remember that he many lose the right to rely on the lack of conformity of the goods if he does not give the seller notice thereof within the stipulated time or reasonable time. Finally, if the buyer wants, to examine the goods at the place of shipment, it is desirable for the buyer to designate internationally recognized inspection organization like SGS.

• STI Policy Review
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• v.3 no.2
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• pp.130-151
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• 2012

Fraunhofer was founded in 1949 and grew into Europe's largest application-oriented research organization. Fraunhofer currently employs over 20,000 members in Germany, is internationally networked, and manages an R&D budget of over 1,8 Billion Euros per year. An important step for Fraunhofer to become an integral component of the German innovation system was the introduction of the Fraunhofer Model of financing based on a performance-related system of financial management. The underlying model of the allocation and distribution of public funding to Fraunhofer that is subsequently allotted to specific research groups is one of the success factors of Fraunhofer. Fraunhofer is proud of its decentralized organizational model. Fraunhofer is comprised of 60 Institutes in Germany working in different fields, under one legal framework, and with a strong brand value. Every Fraunhofer Institute is affiliated with a German University and every institute director simultaneously holds a chair at the affiliated university. It is a challenge for the headquarter organization to balance the intended competition of individual Fraunhofer Institutes with complementarity cooperation in science among Fraunhofer-Institutes, especially when coming from different knowledge domains; however, this goal results in a significant advantage. The unique strengths of Fraunhofer offer system solutions in a world with increasingly complex R&D challenges. While growing to become the largest organization on Europe to focus on applied research it is the challenge to remain an agile organization that is flexible in organizational structure. Fraunhofer has reached a well-recognized position in the European innovation landscape. It is often referred to by science and governments as a role model for innovation policy and a key element of the latest successes in the German economy that has recovered quicker from the latest economic crisis than most other western economies. The paper explains Fraunhofer as an organizational paradigm and its underlying management model to elaborate on the challenges of managing a research organization. We wish to show how it is possible to transfer the management model and philosophy of Fraunhofer to innovation systems with different framework conditions and challenges. A universal conclusion may be drawn based on the description of Fraunhofer; however, changes in existing structures and innovation systems cannot be implemented over night.