Demonstration and verification integrated system based on algorithm synthesis integration

Abstract

The invention provides an integrated system which can realize the synthesis integration of various algorithms, demonstrate the overall effect of a scene, and verify the performance of the algorithms. The system generates data through a calculation function, integrates the algorithms through a frame function, and shows the result through a display function. Parameter testing, performance testing, function verification and effect demonstration are realized by constructing a unified environment which shows uniform size and practicable project in all procedures from data generation to algorithm calculation, and the problems of various kinds of interfaces, repeated code editing and inconsistent performance and effect during traditional algorithm integration are solved. The technical scheme of the invention is a demonstration and verification integrated system based on algorithm synthesis integration, comprising a version algorithms base management module, a scene and process setting module, a system main control module, a group communication module, an analysis processing frame module, a data access and management module and a database module.

Description

technical field [0001] The invention relates to the application field of computer technology, in particular to a system for realizing the comprehensive integration of algorithms in the professional technical field by using computers and network equipment, and performing demonstration and verification. Background technique [0002] Algorithm synthesis has always attracted much attention because of its significance and implementation difficulty. In the process of researching complex scientific issues, although there are many researchers, the research content and focus are often different, and the research methods are self-contained, so it is difficult to achieve "complementary advantages and strong alliances". This lack of interactivity is mainly manifested in the lack of data sources , resource allocation is wasted, and achievement integration is difficult. Focusing on the demonstration and verification of complex scientific problems or research results in interdisciplinary ...

AI Technical Summary

Problems solved by technology

In the process of researching complex scientific issues, although there are many researchers, the research content and focus are often different, and the research methods are self-contained, so it is difficult to achieve "complementary advantages and strong alliances". This lack of interactivity is mainly manifested in the lack of data sources , waste of resource allocation, difficult integration of results

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