author Kyoungmin Kim 
2nd author Youngwoo Kim
Jinwoo Park 
presenter Kyoungmin Kim 
info This conference paper has been presented by Kyoungmin Kim at the Automation 2015 Conference. The conference has been held in Taipei, Taiwan, Republic of China, 2015/11/13 ~ 2014/11/15. 
year 2015 
category IC 
start / end date 2015-11-13 ~ 2015-11-15 
city / nation Taipei/Taiwan 
학회 ICAT 
keywords RFID, user memory, shop-floor production management, production scheduling 
abstract Products of today, e.g. automobiles consists of tens of thousands of parts, and the corresponding
supply chain consists of huge number of component suppliers. In this complex supply chain,
RFID (Radio-Frequency Identification) may work as a very viable solution to collect real-time
shop floor information including inventory or work progress. However, there is almost no report
on the use of RFID-based real-time information system in traditional scheduling problems,
which can benefit from such technology advancement. Recently a new RFID standard has been
published, i.e. GS1 EPC Tag Data version 1.7, which allows us to utilize kilobytes of RFID
memory space at users’ own discretion. In this study, we propose a new real-time response
scheduling system utilizing this new RFID technology. We will demonstrate that we can
provide fast response scheduling solutions for moderate size plant operations using simulation
study. 

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