Applications of RFID in a SCOR-model driven enterprise production system

Abstract

The SCOR-model contains five primary man agement processes, namely, Plan, Source, Make, Deliver, and Return. The development of radio frequency identifica tion (RFID) technology provides an efficient way to improve the supply chain performance. In this paper, the application of RFID technology in a SCOR-model driven enterprise production system (EPS) is introduced. The framework and architecture of the RFID-based EPS are proposed to inte grate the RFID devices into the production system. After wards the main processes of the SCOR-model driven EPS are illustrated, problems concerning communication be tween the RFID devices and the EPS are discussed as well.With the application of RFID, the improvement of SCOR performance metrics is analyzed in the end.

Fuzzy TOPSIS/SCOR-Based Approach in Assessment of RFID Technology (ART) for Logistics of Manufacturing Companies

“…There are many works reporting usefulness of SCOR for business process modeling and also for designing and evaluation of RFID solutions (Savino et al 2010;Wang et al 2008;Wei et al 2010;Zelbst 2012). For more detailed information on SCOR we refer to Bolstoff andRosenbaum (2011), SCC (2014).…”

“…In this chapter we focus on ART-T details and its application. Main problems and characteristic Savino et al (2010) Designing business processes for supply chain using RFID-support for implementation of supply chain management information system Wei et al (2010) Designing and evaluating RFID system, SCOR-based integration of infrastructure with manufacturing system Sobottka et al (2012) Designing sophisticated and innovative RFID solutions Leung et al (2013) Designing RFID systems as IT innovations-based on general framework for ''mindful IT innovation' ' Li et al (2010) Analyzing benefits and barriers of RFID implementation based on literature review and questionnaire surveys Lutton et al (2008) Justifying RFID implementation-very high generalization level Becker et al (2010) Evaluating RFID impact on processes based on authors reference model of processes and benefits Bottani and Rizzi (2008), Ha et al (2014), Wang et al (2008) Evaluating RFID implementation benefits in supply chain of selected market and branch Hardgrave et al (2005), Hardgrave et al (2006) Evaluating RFID implementation benefits in supply chain-case study Sarac et al (2010) Evaluating RFID implementation benefits in supply chain-literature review of case studies (ex post evaluation) and methods for justification (ex ante) Lee and Lee (2010), Ustundag and Tanyas (2009) Evaluating RFID benefits based on simulation model Dai and Tseng (2012) Evaluating RFID benefits based on analytical models Attaran (2012) Evaluating RFID benefits based on literature review, case studies and critical success factors Bottani and Volpi (2006) Evaluating RFID potential impact based on SCOR Ugazio and Pigni (2010) Evaluating RFID implementation profitability . It consists of 5 consecutive tasks and is flexible in terms of techniques, methods, models used to perform task.…”

An Assessment of RFID Applications in Manufacturing Companies

“…Table 1 Selected papers on design, implementation and evaluation of RFID solutions for logistics processes. [19] Design of business processes for supply chain using RFID -support for implementation of supply chain management information system [20] Design and evaluation RFID system, SCORbased integration of infrastructure with manufacturing system [21] Design of sophisticated and innovative RFID solutions [22] Design of RFID systems as IT innovationsbased on general framework for "mindful IT innovation"…”

Discrete Enterprise Data Acquisition System Based on RFID Technology

“…The present stage very many manufacture enterprise all applied the data acquisition production system to strengthen production management in quality has obtained the good effect, at present many discrete manufacturing industry production actual accomplishments and the quality associated data acquisition total dependence in the manual record, its accuracy and timeliness were not high,this limited the discrete manufacturing industry production quality and efficiency further enhancement,these questions have already become the main restriction factor which the discrete manufacturing industry promote competitive power and further development. The design and the development RFID technology based on the wireless radio frequency the data acquisition product in order to the discrete manufacturing industry may prompt, gain the production data accurately, and carry on prompt analysis processing to the data, reduce the production waste and the product cycle, improve the product quality and efficiency, enhance the enterprise the comprehensive competitive power [1]- [3].…”