Guided intelligent processing customization method

Abstract

The invention mainly solves the problems of low efficiency of a module assembly and integration process and incapability of achieving capacity maximization after assembly and integration due to multiple algorithm program modules, approximate functions or interfaces and unfamiliarity of a user to the capacity of a dragging programming system in the custom design of a graphic dragging type intelligent processing program. Technical means of demand reverse guidance, module function interface characteristic guidance, user portrait guidance and the like are established and adopted. In the process ofselecting the algorithm program modules by the user, the algorithm program modules irrelevant to conditions are filtered out, the feasible algorithm program modules are preferably recommended to theuser, intelligent processing program design is accelerated, and running faults caused by unreasonable dragging and assembling of the program are reduced.

Description

technical field [0001] The invention relates to a customized design of a graphics drag-and-drop intelligent processing program, in particular to a guided customized design of an intelligent processing program. Background technique [0002] Today’s graphical drag-and-drop program design methods are becoming more and more mature. For the integrated design of intelligent processing algorithm programs, due to the simple relationship between algorithm programs, graphic drag-and-drop intelligent processing program custom design is a tool that is more easily accepted by users, such as googleblockly, Scratch, etc. The code-free programmer can effectively shorten the user learning curve and accelerate the user to start assembling and designing intelligent processing programs. However, in an open platform with free algorithm program management and growing numbers, algorithm programs are dragged and called by users as modules. The number of modules is too rich, which makes it difficult...

AI Technical Summary

Problems solved by technology

However, in an open platform with free algorithm program management and growing numbers, algorithm programs are dragged and called by users as modules. The number of modules is too rich, which makes it difficult for users to choose in the graphical operation interface. On the one hand, it is difficult to determine the On the other hand, it is difficult to locate the required modules, and the programming efficiency is not much different from code-based programming

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