Real-Time Input-Output Tabulation: Revolutionizing Industrial Planning with AI & Big Data
0Discover the groundbreaking "Real-Time Input-Output Tabulation Method"—a revolutionary framework bridging real-time data, enterprise planning, and AI-powered automation. Based on cutting-edge research, this method uses information technology, Big Data, cloud computing, and AI to establish dynamic input-output models that optimize material and value flows at both micro and macro levels.
In this video, we explore:
Real-time analysis of material-based planning models
Timely statistical reflection of enterprise environments
Integration of planning and implementation with AI and cloud systems
How this method evolves from MRP, MRPII, ERP to lean and agile manufacturing
Why current systems are "automated islands" and how this method connects them
This video is ideal for professionals and researchers in:
Industrial Engineering
Supply Chain & Operations Management
Enterprise Resource Planning (ERP)
Smart Manufacturing / Industry 4.0
AI & Data Science in Manufacturing
📚 Based on academic research on real-time input-output tabulation and systemic optimization.
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A Brief Introduction of Scientific thought, Theory and Method of “Real-Time Input- Output Tabulation Method”
Layman's Abstract: The “Real-time Input-Output Tabulation Method” is a new way of using technology to help businesses and industries better manage their resources, production, and operations in real time. It uses advanced tools like big data, cloud computing, and artificial intelligence to collect and analyze important data instantly.
This method helps companies:
Make better plans for using materials.
Monitor how well those plans are working.
Understand what's happening inside their business and adjust quickly.
Connect different parts of the supply chain, like demand, production, and delivery, in a smarter way.
Fix the common problem where parts of a company (like design, production, and management) work separately without good communication.
In short, this method helps businesses run more efficiently and respond faster to market needs using smart, connected technology.
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Real-time Input-Output Tabulation
Input-Output Model
Smart Manufacturing
AI in Manufacturing
Enterprise Resource Planning
Material Requirements Planning
MRP
MRPII
ERP
Lean Production
Agile Manufacturing
Digital Twin
Industry 4.0
Supply Chain Optimization
Big Data in Industry
Cloud Computing in Manufacturing
Operations Research
Economic Planning Model
AI Planning Model
Manufacturing Systems Integration
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