Browsing by Author "Al-Nabhan, Najla"

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Using cloud computing technology to design and implementation of smart shop floor control system
(1970-01-01)
Li, Jianxin
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Chen, Dongsheng
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Peng, Yo-So
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Zhang, Zhiyu
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Tian, Yuan
Smart manufacturing has evolved and become more automated, computerized and cloud computing. The current shop floor control system (SFCS) has been implemented for many years, and has gradually encountered many problems. It moves towards the flexible smart manufacturing owing to the multiplex customer demand. Therefore, the current SFCS has been customized in many versions, which makes the low maintenance efficiency and the version control difficult. This paper is using cloud computing as a platform of developing and integrating multiplex customer demand to establish the integrity smart system function, and using Team Server to centralize the program versions to solve version management. Besides, the maintenance efficiency is raised by using production parameter configuration of the service-oriented design. The cloud based method enables deploying to be performed in any place other than the production line, which also facilitates the promotion of maintenance efficiency. The subscription function offered by the reporting service provides reports at specific time. The result of this research is to develop the cloud-based smart SFCS, which can achieve the goal of integrating production process and the promotion of production efficiency. With the system report, cloud-based smart SFCS can support managers to make right decision to promote the product quality.
Using product data management technology to semiconductor manufacturing industry
(1970-01-01)
Li, Bin
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Chen, Ruey-Shun
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Chuang, Ci-Chu
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Tian, Yuan
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Al-Nabhan, Najla
Many enterprises cannot cost down and quality improve. So, speeding up production time is a new competition ability. Most Product Data Management (PDM) can automate to input files and data through known procedures. But some technology cannot satisfy the requirement for production information in precision, clearness and customization. This paper proposed a technique using application product data management on Integrated Circuit (IC) Design. Using internet, network and circuit simulation for solution problems, resulting from R&D process and the compatibility of customer required products. Using the proposed model in PDM to reduce the correction rate after the IC design and production in order to satisfy customers' demands. The results of this paper are the participating teams of strategic alliance can develop IC product to integrate enterprise subject to the related product quality. Support correct information of product for customer demands to develop relative products. Through the function of IC circuit simulation. The proposed model can verify customers' product instantly to reduce time and cost, and to increase the design efficiency and quality. The customer can use ICs products from building up IC courses. Using this technology can forecast customers' demands, development business trend and strengthen communicate with customers to build customer relationship, put IC products into the commercial market more quickly and enhance customer competition ability. Therefore, for ICs designer can get better product quality, shorten product R&D time and strengthen the competition ability.