| Summary: | 碩士 === 國立交通大學 === 建築研究所 === 101 === All objects in the real world was composed by components, and objects can be considered as components of greater system. Components can be divided into two types: hard component, which is rigid and fixed, and soft component, which is kinetic, flexible and disposable. These components construct our lives, buildings, streets, city and even the feeling and perception. Soft component can be thought as small as a cup, and as larger as the urban traffic. It is so close to our lives that people can share vitality with each other via this network.But due to our inertia and abuse, we avoided change and even took these for granted. Nowadays, soft componets were getting lack of applicability. The soft component of urban life had become a source of chaos.
Therefore, compared with designing a new object, it wil be better to extract components from exist object, deformation and make them more adaptive, and re-programming function to make it more valuable. This method is ”Re-system”. Re-system is an objective approach based on data analysis and systematic experiment. It is a new feedback designing system that can help us to extend and develop different interpretations of components.
“O-T-P-R-S”
In the following, we take four cases, from small-scale to large-scale, for example. We extract four cities components of urban life into an analytical process, “O-T-P-R-S”, to design “Re-system”.
[O] = OBJECT, disassembling the original object into components, and finding the problem related
[T] = TRANSFORM, analyzing components, discovering the possibility of components, and generating opportunities to the city.
[P] = PROTOTYPE, selecting and transforming the components, define new combination of components into new morphological form.
[R] = REPROGRAM, reprogramming function of component, improving system toward surrounding environment for better performance.
[S] = SYSTEM, evolving new feedback system, change the original context ,and developing a new urban solution.
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