Mathematical modeling system utilizing computer multi-dimensional space

Abstract

The invention relates to the technical field of mathematical modeling, in particular to a mathematical modeling system utilizing a computer multi-dimensional space, and the system firstly carries out unified analysis and feature vectorization processing on data from different sources and different structures, and automatically constructs a dynamically adjustable multi-dimensional mathematical space structure based on the importance and correlation of features. A modeling task is executed in the space, model parameters are established by analyzing collaborative changes between dimensions, and a preliminary model result is output; the system further utilizes an error feedback mechanism to carry out dynamic correction on the space structure and model parameters, and continuous optimization and self-adaptive adjustment of the model are achieved. And finally, the system outputs the corrected model result in a structured manner, and generates a visual space projection drawing for an external system to call and a user to analyze. The method can effectively solve the problems that unified modeling of multi-source heterogeneous data is difficult, the space structure lacks self-adaptive ability and the model stability is insufficient.

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