かてい過程katei
1.

A sequence of steps or phases through which a specific event or development takes place, highlighting the order in which events unfold and their ongoing progression.

2.

The continuous progression and transformation of an entity, focusing on how it evolves over time and the various stages it goes through.

3.

The structured pathway that represents the development or change of a subject, often illustrating the interplay between different elements involved in the advancement of a situation or phenomenon.

Example:

その過程を彼に説明した。

マルコフmarukofuかてい過程katei
1.

A stochastic process characterized by the property that the future state depends only on the current state and not on the sequence of events that preceded it, often illustrated through systems in various scientific fields such as gas diffusion, genetics, and social science.

2.

A model used to describe situations where outcomes are determined solely by the current conditions, disregarding any historical context, providing a framework for understanding dynamic systems in probabilistic terms.

3.

A mathematical framework named after the mathematician Markov, used to analyze random processes where transitions between states are influenced only by the present, emphasizing the independence from historical data.

せいちょうかてい成長過程seichoukatei
1.

The series of stages and developments through which an individual or entity evolves over time, reflecting changes in size, skills, or capabilities.

2.

The gradual progression from an early state to a more advanced state, often encompassing learning, adaptation, and the acquisition of experience.

3.

The biological, emotional, or intellectual journey that marks an increase in maturity and complexity throughout different life phases.

せいぞうかてい製造過程seizoukatei
1.

The series of steps and procedures involved in creating a product from raw materials to finished goods, including planning, execution, and quality control.

2.

The systematic approach to transforming resources into a tangible item, emphasizing the operations and workflow necessary for production.

3.

The organized methods and techniques utilized in the production of goods, highlighting the interactions between machinery, labor, and material inputs.

4.

The comprehensive framework outlining the sequence of activities required to produce a product, including design, assembly, and final inspection.