Browsing by Author "Lin, Chong-Wey"

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Application of RFID tracking to the optimization of function-space assignment in buildings
(2014-04-15)
Dzeng, Ren-Jye
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Lin, Chong-Wey
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Hsiao, Fan-Yi
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土木工程學系
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Department of Civil Engineering
Function-space assignment, which allocates a function for each space in a facility, is one of the most important factors in determining the usability performance of a building. Most architects renovate a building based on their personal perception of how the occupants might use the building instead of quantitatively analyzing their use behaviors. This study developed a function-space assignment optimization model based on the occupants' movement data as tracked by REID technology. The model mines the movement data by constructing patterns and calculating the relation values between functions. The search for the best assignment is based on the fast messy genetic algorithm (fmGA) with the objective function incorporating the preference of space size and the minimization of the distance for movement required by the occupants during the performance of their daily activities. The proposed model incorporated building-block filtering mechanism in the fmGA problem-solving process to generate enough copies of the good building blocks so more copies would remain for subsequent processing. The paper also describes two experiments that evaluate the performance of the model and compare the performances of the models with and without the building-block filtering mechanism. (C) 2014 Elsevier B.V. All rights reserved.
The Design and Implementation of the Intelligent Crafts for Digital Arts
(2015-01-01)
Lin, Tzu-Chi
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Lin, Cheng-Min
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Lin, Chong-Wey
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傳播與科技學系
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Department of Communication and Technology
The emerging development of information and communications technology (ICT) influences the crafts design for digital arts. In Taiwan, the organization of CRE@TAIWAN, Creative and Revolutionary Education Taiwan, encourages researchers in universities or colleges to use Smart Living Technology for building teaching materials and planning teaching courses on cultural creativity and design. To develop the handicrafts industry in Nantou County is important because of abundant raw materials used in producing crafts. The purpose of this work is to design three categories of crafts with ICT as intelligent crafts, including bamboo QR Code design for shops and stores, smart phone APPs design in pressed flower AR cards with augmented reality (AR) technology, and situational LED color control by smart phones to transform space ambience. These intelligent crafts bring "wellbeing conveyed by passionate crafts," and express full-hearted wishes from gift givers in the form of exquisite skills.