The purpose of this study is to investigate the effects of no planning and online planning on complexity, accuracy, and fluency (CAF) in L2 spoken and written tasks. The study was designed into 2x2 with two independent variables: planning conditions (no planning and online planning) and task modality (speaking and writing). First, 80 Korean EFL undergraduates performed two tasks in a laboratory setting: a proficiencyassigning narrative spoken task and a randomly assigned main task. The main task had four different conditions: no planning in speaking, online planning in speaking, no planning in writing, and online planning in writing. The participants’ spoken and written performances were measured and analyzed for syntactic complexity, accuracy, and fluency. The findings demonstrated that the no planning (NP) group improved accuracy and fluency significantly more than the online planning (OP) group in the spoken task and that the NP group improved their fluency more than the OP group in the written task. Additionally, in both planning conditions, the written task increased accuracy more than the spoken task, whereas the spoken task increased fluency more than the written task. It is hoped that these findings will facilitate understanding of the supportive role of planning in task manipulation in terms of L2 learners’ limited attentional resources and its relationship with linguistic performance.

본 연구는 기존 노인용 기능성 게임이 갖는 장점과 한계점을 분석하고 체감형 게임이 갖는 매체적 가능성을 접목하여 노인용 체감형 기능성 게임의 스토리텔링 전략을 탐색하는 것을 목적으로 한다. 따라서 본 연구는 노인용 기능성 게임에 대한 이론적 탐색과 경험적인 접근을 바탕으로, 노인이라는 대상의 특수성과 체감 인터페이스라는 기술적 속성, 그리고 재미와 기능이라는 이질적인 두 속성의 결합이 만들어내는 혼재성을, 게임의 형식으로 구조화하기 위해 스토리텔링 전략을 수립하고 게임을 기획하였다. <The four seasons>는 동작인식센서 키넥트를 활용한 재활치료용 체감형 기능성 게임이다. 지루하고 힘든 재활치료를 재미있게 훈련할 수 있는 체감형 기능성 게임으로 편마비 재활 치료를 위한 동작을 반복할수록 스크린 너머 가상세계가 풍요로워진다. 게임 플레이 과정은 뇌졸중으로 인해 편마비가 있는 중, 장년층이나 신체의 움직임이 원활하지 못한 노인들에게 정신적 위안과 신체적 건강을 얻게 한다. <The four seasons>게임은 감정 유희와 동작 유희가 인과적으로 연결 된 게임으로 동기부여, 동작반복, 피드백의 순환이 게임 내적 매커니즘을 통해 흥미롭게 전개되도록 하기 위해 특정 감정을 의도적으로 이끌어내고 그에 따른 결과로 행동을 유도한다. 본 연구 에서는 <The Four Seasons>의 스토리텔링 기획 과정을 체계적으로 기술함으로써 노인용 체감형 기능성 게임의 실제적 개선을 위한 스토리텔링의 구체적 방법론과 새로운 방향성을 모색하고자 하였다.

The purpose of this study is to highlight the idea that the approach and methodology in Landscape Architecture and Urban Studies are rooted in regional planning, and to trace the legacy that can be borrowed from modern city and landscape planning. This study examines the academic relationship between Geddes’ Urban Evolution and McHarg’s Ecological Landscape Planning theory, and explores the significance of regional planning that can be accommodated in both Landscape Architecture and Urban Studies areas at present. As a result, the Geddes’ theory and the McHarg’s ecological landscape planning emphasized a scientific understanding of plans based on evolutionary theories and local research in regional planning. However, the McHarg’s theory was definitely different from the Geddes’ theory and offered its own unique identity and possibilities. First, it was completely focused on the environment. Second, it suggested a concrete methodology consisting of a technique of land suitability analysis to visualize an environmental or regional investigation. Third, McHarg advocated drawings as a visualization tool. McHarg’s theory of ecological landscape planning can be thought of as an evolutionary version of the theory of urban evolution. The study was limited to an applicable range to solidify the possibility of applying the theory in real situation, and more concrete and substantial approaches were suggested accordingly.

본 연구는 통합공정일정계획(Integrated Process Planning and Scheduling; IPPS)의 최적화를 위한 계산 효율성이 높은 탐욕적 휴리스틱과 유전알고리즘(Genetic Algorithm; GA)을 결합한 하이브리드형 유전 알고리즘을 제안한다. IPPS는 기존의 공정계획과 일정계획을 동시에 풀고자 하는 NP-Hard 문제이다. 특히, 본 연구에서 다루는 IPPS는 tool related constraints가 포함된 것으로서 전통적인 GA는 수행도중 infeasible schedule을 빈번히 발생시킨다. 제안하는 방법의 아이디어는 전체적인 schedule의 구조에 영향을 미치는 operation의 sequence와 machine의 결정은 GA의 procedure를 따르고, 목적함수의 부분계산이 가능한 tool과 Tool Access Direction(TAD)는 greedy heuristics을 통하여 infeasibility를 해소하자는 것이다. 이를 통하여 계산시간의 급격한 증가 없이 또는 기존에 비해 계산시간을 감소시키면서 좋은 품질의 해를 구할 수 있다. 본 연구에서 제안하는 알고리즘은 benchmark problems을 이용하여 성능을 평가한다.

As the transportation sector accounts for approx. 30% of energy consumption in Germany, a gradual increase in the number of electric vehicles (1 million should be operating by 2020) can make a significant contribution to road transportation sustainability. We need to plan and construct multi-functional infrastructure corridors to accelerate the introduction of electric vehicles. These not only include the actual transportation infrastructure, but equipment for obtaining energy (solar power units and wind turbines) and the necessary recharging systems (charging points, places and lanes). Zwickau University of Applied Sciences has conducted a feasibility study to mathematically calculate the technical design criteria and energy balance (energy requirements/output) along a section of highway, depending on the electric car quota, the section’s parameters and various energy generation scenarios; this involved driving simulation and real driving experience. The experiment results clearly show that, when designing transportation infrastructure, it makes sense to plan so-called multi-functional infrastructure corridors, which enable independent energy production, parallel energy distribution through cables and directly supplies from the recharging infrastructure. The real transportation infrastructure must develop from a simple to an intelligent roadway. The road standards must take into account the new requirements for alignment and cross-section design. Zwickau University has developed a new methodology for planning and designing multi-functional infrastructure corridors. It generates them with computer support, taking into account points of constraint. Genetic algorithms serve as the mathematical model. Pilot scheme results show that it will be possible to transfer this process to engineering offices in the near future.

This study has utilized the Quality Function Deployment (QFD) technique in order to plan the tangible (menu) and intangible (service) product of dumpling restaurant. The engineering characteristics of tangible products were classified into product planning, purchase management, production management, and information management based on the production system of foodservice. The engineering characteristics of intangible products were also classified into physical evidence, human interaction, and pre-communication based on the service operation and delivery system. As a result of analyzing the QFD, it was found that the customer hope the hygiene factor and response factor to be improved. It is analyzed that product planning, information management, and production management should be improved first in terms of engineering characteristics considering consumer needs. In the future, by utilizing the systematic product development process that the requirements of tangible and intangible product consumers are converted to the engineering characteristics, the development of competitive product within the market will be possible, and furthermore it is expected to be useful for reducing the unnecessary time and design costs due to failure of product development.

The purpose of this paper is to analyze the mechanism of the physical environment of North Korea’s Kaesong Industrial District in terms of landscape management. It also assesses how such a mechanism has been created and the effectiveness of the results. As a research method, we compared the architectural design and landscape management guidelines of fifteen companies in the initial complex of Kaesong Industrial District. The results follow. First, advanced spatial planning, such as landscape management, has contributed greatly to preparing the physical environment of Kaesong Industrial District to be a future-oriented economic special zone. Second, the landscape management methods that do not apply to the manufacturing complex were first transplanted to the North Korean Kaesong Industrial District ten years before they were adopted in South Korea. Third, officials of the two Koreas have generally recognized the necessity and effectiveness of landscape management. Fourth, the necessity of landscape management methods further developed at Kaesong Industrial District, as well as the means of implementation, will continue to be a positive precedent for future inter-Korean economic cooperation projects. However, some problems were found in the process of formulating and executing the landscape management plan. First, despite the fact that it is a national project in which the central government of directly intervenes, it is an impromptu progress without preparation of each special field, including landscape plan. Second, although Kaesong Industrial District is an inter-Korean economic cooperation project, North and South Korea have never been cooperative in specialty areas such as landscape management.

Steel roof construction is on the most important and critical factors in the large spatial construction and necessary to be prepared under a radical planning. Therefore, the major management factors of steel roofing structure assembly must be critically reviewed during planning. Through the review process, it is necessary to reduce the construction cost, to prevent delays in the construction schedule, and to minimize construction errors. However, domestically due to the lack experience in large spatial constructions, a planning of roof construction is limited to have a radical planning. Especially due to unclear organization of the management factors in hierarchy, using them in reality for construction planning is difficult and reliability is low. Therefore, in this study, the goal is to conduct the major management factors in the large spatial construction. To achieve this, we have reviewed and analyzed the numbers of construction plans and construction reports and conducted a total 68 of the management factors. Based on the conducted factors, we have interviewed 16 experts with experience in large spatial construction. From the interview result, we have deduced the factors scored above 4.20 of 10 for critical factors. The results of this study will be used as a guidance for planning steel roofing structure assembly in large spatial construction. The critical factors will be provided to the site mangers for the quality management of large spatial constructions in practice.

The current study aims to analyze the process of fabric production planning in Dongdaemun Market, which is a successful model case industrial integration in South Korea. We followed the changes in perception among fabric experts, regarding their recognition of fashion trends, and the following planning and process of fabric production. We used the purpose sampling method to select participants for interview in the Dongdaemun Market, then we carried out one-to-one interviews. Our analysis reveals 4 points of importance. First, the fabric planning stage either employed the trend book swatch, or simply reused the model fabrics already available. Even though the experts felt the need to accept the latest fashion trends, very few considered the trends as positive influences in fabric planning. Whereas trend was a key element in identifying the flow of the fashion industry, there were obstacles in carrying out the study. Second, experts frequently participated in domestic fabric seminars, but not in textile exhibitions. Third, domestic and overseas market research has been performed typically at department stores, and typically at Japan. Fourth, the influx of Chinese fabrics has both positive and negative influences, such as low price, and low reliability. In conclusion, experts were less amenable to accepting the latest fashion trends. pre-requisites in real life to meet the use of the current trend of each company. More studies on the Dongdaemun Market from perspectives of practitioners are warranted.

The new businesses started by the companies usually results in being unsuccessful. The main reasons for that are either aiming targeting wrong customers, unsatisfaction of customers’ requesting quality standards, or taking wrong actions against the competitors in the market. Therefore, companies should aim the targets for the newly developing products based on the fulfilling values for the customers when they start the new businesses, and should take good cares for risk managements at the each step of the new business to prevent the failure in advance. In addition to that, the companies starting new businesses not only need to take the customers attributes (CA) into account, but they also should apply the new technologies as one system to initiate a new business to satisfy the basic wants of the customers. This article suggests the New Product Development Pursuing Model using the Indicative Planning methodology and the Quality Management tools. The New Product Development Pursuing Model would be completed by the following steps as below; 1. Drawing the CTQ (Critical To Quality) for setting up the new product development objectives by : i) using the VOC (Voice Of Customers) obtained by the QFD (Quality Function Deploypment) if the market is mature, ii) applying AHP (Analytic Hierarchy Process) to information in the QIS (Quality Information System) if the market is unmature to get enough need information of the customers. 2. Risk Management in NPD : The NPD pursuing model consisted of the IP (indicative planning) is suggested not by the process of top-down-way mandatory planning process, but by the tools used in the administrative science and economic fields, namely by governance. The companies could apply innovative methodology for new products development processes to fulfil the customers satisfaction in the fields, through the CA (Contingency Approach) of the NPD (New Product Development) process.

For game design planning education, we researched step by step learning method from storyline setting to game content evaluation. In this process, we developed 'Content Generated Tree' educational model applying the segmentation, classification, and prediction process of decision tree theory. This model is divided into the trunk stage as a story setting, the node generation stage as a content branch, and the conformity assessment. In the node generation stage, there are 'Game Theme' stage for determining the overall direction of the game, 'Interest Element' stage for finding the unique joy of the development game, and 'Game Format' stage for setting the visualization direction. The learner creates several game content combinations through content branching, and evaluates each content combination value. The education model was applied to 19 teams, and the efficiency of the step by step learning process was confirmed.