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문태헌,최창영 대한건축학회 2003 대한건축학회논문집 Vol.19 No.7
Excessive concentration of population into city has resulted in urban sprawl and environmental deterioration of suburbs in some cities. To prevent our cities from unfavorable situation of urban development, we are greatly in need of understanding of the city's growing appearance in the future. This paper examines an urban growth model of Jinju City. Existing urban growth models elaborated have difficulties in dynamic simulation. Easy geographic visualization and spatial exploration is another hard barriers to overcome. For these reasons we integrate Cellular Automate (CA) as an urban dynamic model and Geographic Information System (GIS) for visualization. Cell-based CA model was programmed with Visual C++ under the transition rules proposed with 1918 to 1986 growing trend of Jinju City. CA model constructed then was simulated as changing parameters into three cases. As a result, a CA model made was proved to regenerate urban growth as high as 93% of accuracy.
문태헌 대한건축학회 2005 대한건축학회논문집 Vol.21 No.8
The real estate policy to prevent speculation carried out by the government in 2003 is blamed to be a failure because it regulated market too strictly. As a result, Korean economy has fallen down seriously. In addition, the policy is gradually attacked to be mitigated. To avoid confusion in real estate market and national economy, the market needs new tools of assessing the direct and indirect policy impact on the market from various directions in advance. This paper presents a model, Multi-Agent Housing Market Model (MAHMM), to simulate housing market. The model assumes that 1) a householder is regarded as an agent, 2) every agent has its own properties, 3) agents immigrate, make trade or build new houses as surrounding environment is changing, 4) agents find target houses based on the behavior rules established in the virtual space. After running several scenarios, this paper could find out that housing information gives a great variation on market but about 16% of market information was sufficient in searching target houses and forming sound housing market. Next, the number of housing trade and trade ratio increases as the national economy grows. However, the increased amount is not linked directly with the increase of total house number if sufficient market information is given.
문태헌 대한건축학회 2004 대한건축학회논문집 Vol.20 No.5
There has been increasing emphasis on public participation and collaborative planning over past decades. Several practices on urban contexts highlighted planning paradigm shift from "planning for the people" to "planning with the people". Moreover recent revolutionary development on inter-net and telecommunication technology enabled us to make new participation on-line tools. This paper is about the development of the web-based "Public Participation and Collaborative Planning System (PPCPS)" applied to the railroad removal project in Jinju City. PPCPS consists of 3 phases. The first phase provides information visualized with GIS, photos, video clips, and 2D or 3D. Next is the collection of local information from users. The last stage is the assessment of the alternatives. PPCPS integrates useful tools and expedites public participation through the interaction between users and planners systematically. As conclusions, the influence of our system appears to be positive, though additional comprehensive evaluation is waiting to conclude. This system will contribute to empowerment and democratic decision-making within the community.
용도지역 배치를 위한 유전자알고리즘 모형과 시뮬레이션시스템 개발
문태헌,박광용 대한건축학회 2003 대한건축학회논문집 Vol.19 No.3
Though zoning is a fundamental tool for the implementation of land use planning. It still has unclear decision making process on zoning designation. Zoning once applied on site is hardly amendable. Therefore elaborated quantitative models and simulations under possible scenarios and conditions are needed before the decision. Land use models developed however have hardly been applied to real sites, because of their unflexible nature and uneasy programming. No systems has been introduced for the visual simulation. Thus, powerful and user-friendly system is required. For these ends, Genetic Algorithm(GA) is introduced as a decision model. The GA model integrates scenario building and visualization tools to be a ;planning support systems(PSS)', which allows a user to set the sample areas, change their attributes and model parameters through the interfaces constructed by Delphi 5.0. Through the application to Ulsan City, 'GaSim' we developed was proved to carry out simulation effectively under various scenarios and find reasonable solutions easily.
文泰憲 慶尙大學校生産技術硏究所 1995 生産技術硏究所論文集 Vol.11 No.-
The purpose of this paper is to develope method to find our location pattern of urban facilities locational patterns are often classified by three types, random, concentration and dispersion type. Considering that the urban facilities are divided into two types also in a sense of spatial dimension, 1st dimensional facilities(i,e. gasoline stands etc.) and 2nd dimensional facilities (not 1st dimensional facilities). classification method is developed according to these two types of urban facilities. Nearest distance concept is introduced and theoretical nearest distances of each type of facilities are calculated. The equaTions to calculate the frequency distributions of the theoritical nearest distances, when facility density is given, are developed using probabilities of appearance of same kind of facilities within unit distance for the first time. And comparing the frequency distribution of theoretical nearrest distance to that of real situation by values, location patterns are made clear whether they are random or not. If not random types, then they are testified whether concentration or dispersion tyoe. This was tested through the case of Chinju City.