• Journal of the Korea Institute of Information and Communication Engineering
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• v.22 no.12
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• pp.1653-1658
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• 2018

This study aims to analyze the cases of VR space to improve the regulations. The space is divided according to the multi-use business act when the VR simulator and the VR game are simultaneously installed in a single space. It is necessary to amend the rules of the Tourism Promotion Act so that it can operate at a certain area of the youth game room subject to the Game Industry Law. Amendments that do not compartmentalize a space partition in the Multi-use Business Act should be carried out simultaneously. This is safer alternative by collective management rather than by the safety applied within a limited space by eliminating the compartment by industry. This is a legal amendment that allows VR simulator and VR game to be operated in the same space even in small sized amusement facilities such as other amusement facilities. This regulatory improvement plan is expected to help the activation of small sized VR theme parks.

• Spatial Information Research
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• v.21 no.5
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• pp.83-91
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• 2013

As ICTs are more advanced, in the current Smart Society that can be characterized by the terms of real-time, mobility and customization, the area of Geospatial Information is required to react to the needs of the society in more practical ways. Because Geospatial Information is getting more accepted as one of the very basic social infrastructure for everyday life activities in all sectors of life. In accordance, the legal basis of convergence Geospatial Information services are described on Geospatial Information Industry Support Law(Article 2, Item 7 & Article 4 Item 5). But it is required to come up with more detailed and practical definition of convergence GIS with more detailed supporting policies. In this context, this study aims at investigating what the needs of Geospatial Information services are in the Smart Society, and suggesting the policy directions and realization strategies of convergence GIS based on spatial hierarchy from global to local.

• Journal of Cadastre & Land InformatiX
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• v.45 no.1
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• pp.1-15
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• 2015

Korea's Spatial Information Policy has been institutionalized based by "National Spatial Data Infrastructure Act", "Act on Land Survey, Waterway Survey and Cadastral Records", "Spatial Data Industry Promotion Act". In year 2015, These acts were modified with new names and contents. It is critical that the definition of spatial information ought to be generalized. In addition, it is of paramount importance to review factors those contribute to the systematic development on coherent relation between Spatial Information Act and other acts. Examples of improvement area may include: Categorization of Spatial Information Concept, Systematization of Spatial Data Related Legislation, and Enhancement of Organization Specializing in Spatial Information. Furthermore, Legislation & Policy case of Germany, France and the United States were used as a basis for improvement.

• The monthly packaging world
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• s.334
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• pp.48-66
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• 2021

산업통상자원부가 주최하고 한국디자인진흥원이 주관하는 우수디자인(GD)상품 선정은 산업디자인진흥법에 의거해 1985년부터 매년 시행되고 있으며, 공정한 심사를 거쳐 디자인이 우수한 상품과 서비스에 정부인증 마크인GD(Good Design)마크를 부여하는 제도이다. 2020년에는1208점이출품, 총 405점이 GD로 선정되었으며, 이 중 Grand prize, Gold prize, Silver prize, Bronze prize 등 총 79점이 수상의 영광을 안았다. 우수디자인(GD)상품 선정은 최근 2년 이내 국내 또는 국외에서 판매를 개시하였거나 당해년도 판매 예정인 상품을 대상으로 하며, 제품, 시각/정보디자인, 디지털미디어/콘텐츠디자인, 공간/환경디자인, 패션/텍스타일디자인, 서비스/경험디자인, 산업공예 디자인 등 7개 부문, 총 27개 분야로 구성됐다. 포장은 시각/정보 디자인 부문 내 패키지 디자인 분야 외에도 제품 디자인 등 다수의 분야에서 선정됐다. 다음에 우수디자인으로 선정된 포장 관련 상품들을 살펴보도록 한다.

• The monthly packaging world
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• s.322
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• pp.48-64
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• 2020

산업통상자원부가 주최하고 한국디자인진흥원이 주관하는 우수디자인(GD)상품 선정은 산업디자인진흥법에 의거해 1985년부터 매년 시행되고 있으며, 공정한 심사를 거쳐 디자인이 우수한 상품과 서비스에 정부인증 마크인 GD(Good Design)마크를 부여하고 있다. 2019년에는 1041점이 출품, 총 340점이 GD로 선정되었으며, 이 중 Grand prize, Gold prize, Silver prize, Bronze prize 등 총80점이 수상의 영광을 안았다. 우수디자인(GD)상품 선정은 최근 2년 이내 국내 또는 국외에서 판매를 개시하였거나 당해연도 판매 예정인 상품을 대상으로 하며, 제품, 시각/정보디자인, 디지털미디어/콘텐츠디자인, 공간/환경디자인, 패션/텍스타일디자인, 서비스/경험디자인, 산업공예 디자인 등 7개 부문, 총 27개 분야로 구성됐다. 포장은 시각/정보 디자인 부문 내 패키지 디자인 분야외에도 제품 디자인 등 다수의 분야에서 선정됐다. 다음에 우수디자인으로 선정된 포장관련 상품들을 살펴보도록 한다.

• The monthly packaging world
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• s.346
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• pp.48-63
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• 2022

산업통상자원부가 주최하고 한국디자인진흥원이 주관하는 우수디자인(GD)상품 선정은 산업디자인진흥법에 의거해 1985년부터 매년 시행되고 있으며, 공정한 심사를 거쳐 디자인이 우수한 상품과 서비스에 정부인증 마크인 GD(Good Design)마크를 부여하는 제도이다. 2021년에는 1,480점이 출품, 총 514점이 GD로 선정되었으며, 이 중 Grand prize, Gold prize, Silver prize, Bronze prize 등 총 80점이 수상의 영광을 안았다. 우수디자인(GD)상품 선정은 최근 2년 이내 국내 또는 국외에서 판매를 개시하였거나 당해년도 판매 예정인 상품을 대상으로 하며, 제품, 시각/정보 디자인, 디지털미디어/콘텐츠 디자인, 공간/환경 디자인, 패션/텍스타일 디자인, 서비스/경험디자인, 산업공예 디자인 등 7개 부문, 총 27개 분야로 구성됐다. 포장은 시각/정보 디자인 부문 내 패키지 디자인 분야 외에도 제품 디자인 등 다수의 분야에서 선정됐다. 다음에 우수디자인으로 선정된 포장 관련 상품들을 살펴보도록 한다.

• The Korean Journal of Air & Space Law and Policy
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• v.20 no.1
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• pp.87-107
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• 2005

Land Remote Sensing' is defined as the science (and to some extent, art) of acquiring information about the Earth's surface without actually being in contact with it. Narrowly speaking, this is done by sensing and recording reflected or emitted energy and processing, analyzing, and applying that information. Remote sensing technology was initially developed with certain purposes in mind ie. military and environmental observation. However, after 1970s, as these high-technologies were taught to private industries, remote sensing began to be more commercialized. Recently, we are witnessing a 0.61-meter high-resolution satellite image on a free market. While privatization of land remote sensing has enabled one to use this information for disaster prevention, map creation, resource exploration and more, it can also create serious threat to a sensed nation's national security, if such high resolution images fall into a hostile group ie. terrorists. The United States, a leading nation for land remote sensing technology, has been preparing and developing legislative control measures against the remote sensing industry, and has successfully created various policies to do so. Through the National Oceanic and Atmospheric Administration's authority under the Land Remote Sensing Policy Act, the US can restrict sensing and recording of resolution of 0.5 meter or better, and prohibit distributing/circulating any images for the first 24 hours. In 1994, Presidential Decision Directive 23 ordered a 'Shutter Control' policy that details heightened level of restriction from sensing to commercializing such sensitive data. The Directive 23 was even more strengthened in 2003 when the Congress passed US Commercial Remote Sensing Policy. These policies allow Secretary of Defense and Secretary of State to set up guidelines in authorizing land remote sensing, and to limit sensing and distributing satellite images in the name of the national security - US government can use the civilian remote sensing systems when needed for the national security purpose. The fact that the world's leading aerospace technology country acknowledged the magnitude of land remote sensing in the context of national security, and it has made and is making much effort to create necessary legislative measures to control the powerful technology gives much suggestions to our divided Korean peninsula. We, too, must continue working on the Korea National Space Development Act and laws to develop the necessary policies to ensure not only the development of space industry, but also to ensure the national security.

• Journal of Service Research and Studies
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• v.11 no.3
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• pp.43-54
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• 2021

This study focused on indoor spaces and convenience devices among vehicle interior designs suitable for the autonomous driving era, and presented an interior design model for future automobiles by applying the STEEP analysis method. The service design methodology is applied to deal with changes in display devices installed for the purpose of rearranging layouts and providing driver-centered information. Changes in types and installation locations of displays for various purposes such as connected and infotainment are expected. In particular, through this analysis, trends and experiences through indoor interior research in future self-driving cars will be studied, and subsequent studies will be used as basic data for actual development and application. Key drivers were extracted after deriving future trends linking the research project conducted in five stages to STEEP and consulting experts through FGI. Through this, it was later presented as a direction for indoor design. Through user-centered participatory design methods, emotional keyword derivation methods were used, summarized the derived drivers in five major trends in the future society, and each derived drivers were grouped to consider the relevant technology fields, and added elements to the autonomous driving level. This is an indoor ray viewed from the perspective of various social issues as well as personal tendencies in the future self-driving car industry.