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Enterprise AI Analysis: Research Status and Trends in the Field of Digital Supply Chain-A CiteSpace-Based Bibliometric Analysis

Enterprise AI Analysis

Research Status and Trends in the Field of Digital Supply Chain-A CiteSpace-Based Bibliometric Analysis

This analysis leverages advanced AI to distill a comprehensive understanding of 'Research Status and Trends in the Field of Digital Supply Chain-A CiteSpace-Based Bibliometric Analysis'. We have processed the entire document, identifying key findings, methodologies, and strategic implications for enterprise decision-makers.

The research highlights that the digital supply chain domain is experiencing rapid development, with a significant upward trend in publications and China emerging as the most prolific contributor. Despite growing scholarly attention, current research efforts remain fragmented with insufficient collaborative networks, indicating a strong need for enhanced interdisciplinary cooperation and international partnerships to address complex challenges like supply chain resilience in global crises.

Executive Impact at a Glance

Key findings from the analysis, quantified for immediate executive insight. These metrics underscore the rapid evolution and strategic importance of digital supply chains.

0 Articles Analyzed
0 Peak Publications (2023)
0 Top 6 Countries' Share
0 Author Network Density

Deep Analysis & Enterprise Applications

Select a topic to dive deeper, then explore the specific findings from the research, rebuilt as interactive, enterprise-focused modules.

The digital supply chain domain is experiencing rapid development, with a significant upward trend in publications. China emerges as the most prolific contributor in WoS-indexed research. While growing digital technologies have stimulated increasing scholarly attention, current research efforts remain fragmented with insufficient collaborative networks. Future studies should enhance interdisciplinary cooperation and institutional partnerships.Future studies should prioritize cross-disciplinary collaborations (e.g., integrating computer science with operations management) and establish international research consortia to address complex challenges like supply chain resilience in global crises.

Scholarship focuses on three primary dimensions: Driving factors of supply chain digitization (e.g., Big Data, Industry 4.0, Internet, Information Technology), Implementation mechanisms (e.g., Supply Chain Management, Model, Implementation, Framework), Impact assessment (e.g., Digital Transformation, Performance Optimization, Organizational Impact). These hotspots inform practical applications such as designing AI-driven demand forecasting systems (driven by big data analytics) to enhance inventory management or developing blockchain-based traceability frameworks (part of implementation mechanisms) to improve supply chain transparency and consumer trust.

Digital supply chain research has evolved through three phases: initial exploration, developmental expansion, and in-depth specialization. Current frontiers include: Intelligent transformation of manufacturing supply chains, Smart retail business models, Digital simulation technology applications, Standardization of digital maturity evaluation metrics.

Digital Supply Chain Research Phases

Initial Exploration (2014-2015)
Developmental Expansion (2016-2019)
In-Depth Investigation (2020-2023)
China Leads with highest publication output in WoS database

Country-Specific Research Emphases

Country Key Research Focus Areas
China
  • Digital Supply Chain
  • Green Supply Chain
  • Management
  • Technological & Managerial dimensions
UK & Italy
  • Similar to China, emphasizing technological and managerial dimensions of digital transformation
U.S.
  • Stronger emphasis on Computer Science
  • Interdisciplinary intersections in supply chain digitalization

Amazon's Digital Supply Chain Efficiency

Amazon's digital supply chain utilizes AI-driven demand forecasting and IoT-enabled inventory tracking to reduce delivery times by 30% while minimizing stockouts, demonstrating tangible efficiency gains from digital integration. This highlights the practical value of integrating advanced technologies into supply chain operations to achieve significant operational improvements and customer satisfaction.

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Your AI Implementation Roadmap

Based on the research and best practices, here’s a phased approach to integrating AI into your enterprise supply chain operations for maximum impact.

Phase 1: Strategic Assessment & Data Infrastructure

Conduct a comprehensive audit of existing supply chain processes and identify key digitalization opportunities. Establish robust data collection and integration infrastructure to support AI and IoT applications, focusing on data quality and accessibility. Prioritize areas for immediate impact based on the research findings (e.g., demand forecasting, inventory management).

Phase 2: Pilot Implementation & Technology Integration

Initiate pilot projects for AI-driven demand forecasting or blockchain-based traceability in a controlled environment. Integrate selected digital technologies (e.g., IoT sensors, big data analytics platforms) into existing systems. Develop a proof-of-concept for digital simulation to model supply chain resilience, as highlighted in current research trends.

Phase 3: Scaled Deployment & Performance Optimization

Expand successful pilot projects across the entire supply chain, ensuring seamless integration and user adoption. Implement continuous monitoring and evaluation frameworks to track performance metrics (e.g., delivery times, stockouts, resilience indicators) and iteratively optimize digital solutions. Foster cross-functional and international collaboration to leverage diverse expertise and enhance global supply chain capabilities.

Phase 4: Innovation & Future-Proofing

Establish an internal innovation hub to explore emerging digital frontiers like AI-driven manufacturing transformation and smart retail models. Develop standardized digital maturity evaluation metrics to benchmark progress. Invest in training and upskilling programs for the workforce to ensure sustained digital competency and adaptability to future supply chain challenges.

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