To conclude: Yes, it is possible to calculate distribution center scale using EIQ data.
The late Dr. Shin Suzuki stated that the number of destinations (E), number of items (I), and quantity (Q) are the "Main Factors". By combining these with "Calculation Rules" or "Sub-factors," calculation accuracy improves significantly.
TCalc (TCalc) utilizes approximately 300 sub-factors to determine the optimal center size.
The Concept of "Fractals"
Dr. Suzuki also proposed that EIQ and distribution center scale are "Fractal" in nature. Just as a maple leaf remains a maple leaf whether it is large or small, the fundamental architecture of a specific industry's center does not change shape based purely on EIQ fluctuations. Understanding the EIQ allows us to derive the answer based on these fixed rules.
Dr. Suzuki's foresight in the early 2000s窶巴elieving that EIQ could determine scale窶廃arallels modern deep learning concepts. Currently, we are evolving this theory by integrating deep learning approaches into our planning.
I aim to prove that E-I-Q can define distribution center scale.