Ontology-based method for disassembling and recovering computer

Abstract

The invention relates to an ontology-based method for disassembling and recovering a computer. In the method, an assembling and recovering anticipation model, a disassembling and recovering model based on case-based reasoning, an ontological semantics processing module, an aid decision making module and a compound decision module are used, wherein the ontological semantics processing module is the core in the whole method and formed by combining a computer information acquisition module, an ontology model for disassembling and recovering the computer, an ontology instance generating module and an ontology-based intelligent deduction decision making module; and the aid decision making module comprises a recovering technicality evaluation module, a recovering economy evaluation module and an environmental evaluation module. The method has the advantages that an ontology technology is applied to the field of computer disassembling and recovering, thus being beneficial to semantic representation of an ontology, support of heterogeneous data integration, reasoning and other characteristics; and the initial anticipation, the case-based reasoning technology and the decision making modules are combined, thus an intelligent processing method is provided for disassembling and recovering the computer.

Description

technical field [0001] The invention relates to the technical field of dismantling and recycling of electromechanical products, in particular to a computer dismantling and recycling method based on a body. Background technique [0002] my country is one of the largest production and consumption countries of household electrical appliances in the world. Due to the reason of service life, China is now facing more and more serious pressure to deal with waste mechanical and electrical products. According to expert estimates, among the waste mechanical and electrical products to be disposed of in my country every year, the number of scrapped computers alone will reach more than 20 million units, and with the acceleration of product replacement frequency, the number of scrapped computers will increase sharply. How to deal with all kinds of discarded computers has become a common problem faced by countries all over the world. At present, adopting a reasonable recycling strategy fo...

AI Technical Summary

Problems solved by technology

The current recycling strategies lack effective information and knowledge sharing, lack of necessary semantic expression and intelligent processing, and there is no unified process and criteria for recycling methods, and there is no effective decision support system to coordinate and integrate various evaluation tools. The main reason for this phenomenon

Therefore, there is no unified and complete system for recycling waste computers in the prior art.

Images