Various devices, systems or models with adjustable operating parameters often have different optimal operating strategies at different stages of their
operating life cycle. In the prior art, operating parameters are usually fixed by default or only adjusted passively according to real-time working conditions, and there is no technical solution for actively dividing development stages based on the cumulative amount of the object itself and adjusting operating parameters accordingly. Specifically, the prior art has the defects of lack of stage
perception, parameter adjustment
lag, strategy mismatch and lack of a universal framework. The present application provides a stage adaptive operation method,
system and computer readable storage medium, aiming to enable the target object to actively identify the development stage it is currently in according to its own cumulative amount of operation, and adjust the operating parameters accordingly, to realize the dynamic matching of the operation strategy and the stage characteristics. It has the characteristics of whole life cycle optimization, forward-looking parameter planning, cross-domain universality, resource optimization configuration, individual operation and smooth transition.