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A Report concerning the Historical Maps in the Collections of the Kagoshima Pref. Library, and of the Institute for the Compilation of Historical Materials of TOKYO Univ. : These important properties show us the actual Views and the Plans for the Street System of Castle Towns in the Satsuma Domain. The first four maps seem to be the earliest Maps approximately made during the \u27KANBUN\u27 years (1661-1672), and to be aimed to describe the \u27TOJOU\u27 (Castles) and its \u27FUMOTO\u27 (Settlementes). The next four maps (and more) described precisely in Street Systems evidence techniques of mapping close to modern mapping techniques

日本住居形成史再考 : 「二棟造」の再評価

We have been coming to a conclusion that the stereotype of traditional housing in Kagoshima is FUTAMUNE Type. It is correct, if only standing on the fact of actual existence of old houses in narrow area. But it is not true that this type should be unique only in Kagoshima and South West Islands. We can find out the same kind of form of traditional houses in Hyogo Prefecture, Tokai District, East Side of Kanto District and Izu Islands. Hakoki House in Hyougo Prefecture, the oldest heritage of houses in Japan was found that it had been BUNTO Type, actually the same type with FUTAMUNE Type, before the middle of Seventeenth century. FUTAMUNE Type is not only the typical form of traditional house of Kagoshima District but should be the former type of the Japanese Housing

ウォーターフロント空間活用に関する基礎調査 : 鹿児島市における都市とウォーターフロントの近接性について

In this research, it is aims that showing clearly whether WF is familiar environment for a citizen, by catching that three points, the space characteristic, public responsibility, and hydrophile property are approachability of a city and WF. WF of Kagoshima is specializing in an industrial function, and there is little public space as a feature. Furthermore both public responsibility and hydrophile property are low since the accessibility to public space is low and hydrophile property has very little high space. The approachability of a city and WF is in a thin state. Therefore, it is hard to say that the WF of Kagoshima is space familiar for a citizen

多様性のある構造形態を創生するセル・オートマトンによる発想支援システムの開発

This paper describes an idea support system and its development using a life-like approach in order to create structural form. The computation procedure is a heuristic algorithm imitating the life support mechanism and the information transfer mechanism acquired in the organism. The heuristic algorithm obtains various solutions with a high evaluation though they are not an optimal solution. The genetic algorithms (GA) and cellular automata (CA) are computation procedures well known in life-like approach, and there are many application examples. CA is used as a life-like approach on the computation part of our system. First of all, our idea of the system with CA is shown. Next, the system produced experimentally based on the idea is introduced. This system looks like a procedure of a forming in the bonsai and the clay work. The analysis model is a two-dimensional continuum of three types. The possibility and the effectiveness of a system for structural morphogenesis with CA are clarified from numerical results of these analysis models

設計案を類例とする環境と建築に関する論考序論 : 環境・空間構成論 その1

Design techniques of "Environment symbiosis" and design methods theory of "Community architecture", have became two support columns of the research. Through the advance of those two support columns, the research of "environment and space construction theory" will get development. Especially in this paper examples of environment symbiosis housing were collected and examined, how environment symbiosis housing should be,was examined thfough one planning lastly. The part of symbiosis with natural environment was divided into two items, which were "housing getting symbiosis with site environment" and "design methods of building\u27s sections". Environment symbiosis architecture, especially housing were studied. At the part symbiosis with site environment\u27s examples, basing on the consideration of time\u27s current and season\u27s changing, natural environment, especiallny plants, become both design methods,and also purposes of nice environment creation while getting symbiosis with natural environment. From thirteen examples, six design methods of roof portions and seven design methods of portions under roofs can be extracted, and these methods can be combined with each other. Those methods can be induced to three groups. At the part of "symbiosis with regions and history environment", two examples were studied. Relationships between grids of location and regions were designed in Peter Eisenman\u27s work, Wexner Center for the Arts. And memories of destroyed construction were adopted in the new architecture. Local characteristic forms of architecture were taken into the planning, which is a local environment symbiosis housing and corresponds to the context of Kagoshima. Such methods of those works were analyzed. Those methods and techniques were stereotyped and studied in this paper. And this part will be promoted and it can be expected to become research theme in the future and be used in design practice

On order ΛQCD2/m renormalons in quarkonium system

For the heavy quarkonium system we examine O(ΛQCD2/m) renormalons, which are expected to be included in the perturbative series of the pole mass and 1/(mr2) interquark potential. We find indications of existence and cancellation of these renormalons, from examinations of stability and convergence properties of the perturbative series and their resummations, as well as by comparison with the known properties of the O(ΛQCD) renormalons