Digital Manufacturing and Smart Factory Implementation Strategies
Comprehensive framework for digital manufacturing and smart factory implementation, addressing technology integration, organizational transformation, and performance optimization.
Authors
L. Xie, K. Shimada
Publication Details
Digital Manufacturing and Smart Factory Implementation Strategies
This research develops a comprehensive framework for digital manufacturing and smart factory implementation, addressing critical challenges of technology integration, data-driven operations, intelligent automation, organizational change, and performance excellence in industrial environments. The work creates advanced digital infrastructure with Industrial Internet of Things sensor networks, edge computing for real-time data processing, cloud platforms for scalable analytics, cybersecurity frameworks for industrial network protection, and comprehensive system integration approaches connecting ERP, MES, PLC, SCADA, and quality management systems. Key technical innovations include intelligent automation with AI-enhanced manufacturing processes, predictive analytics for equipment optimization, real-time monitoring and control systems, autonomous quality inspection, and advanced data analytics platforms that enable data-driven decision making and operational optimization.
Manufacturing companies and industrial organizations benefit from superior operational efficiency, enhanced product quality, reduced downtime through predictive maintenance, improved resource utilization, and accelerated digital transformation capabilities. The work demonstrates significant improvements in production throughput, quality metrics, cost reduction, energy efficiency, and competitive advantage through systematic technology integration and organizational transformation. Industry partners and manufacturing leaders can leverage this expertise for developing next-generation smart factory solutions, implementing Industry 4.0 technologies, advancing AI-driven automation systems, creating digital twin platforms, and establishing sustainable manufacturing practices that enable mass customization, predictive operations, autonomous quality control, and continuous improvement for enhanced global competitiveness and operational excellence.
Note: Generated via condensation from detailed technical content. Full research specifications available in original publication: 22-computers-in-industry-louise-xie.pdf
Publication Info
Venue
Computers in Industry
Volume
138
Pages
TBD
Year
2022
DOI
TBD
Topics