Automatic ancient ceramic authenticity identification system and method

Abstract

The invention discloses an automatic ancient ceramic authenticity identification system and method. The automatic ancient ceramic authenticity identification system comprises a genuine article characteristic database, a characteristic acquisition module, an identified article characteristic database, a comparison module and an output module, wherein the characteristic acquisition module is connected with the identified article characteristic database, and the comparison module is respectively connected with the genuine article characteristic database, the identified article characteristic database and the output module; identified article characteristics are input through the characteristic acquisition module, the characteristic acquisition module stores the identified article characteristics in the identified article characteristic database, the comparison module compares the identified article characteristics in the identified article characteristic database with ancient ceramic genuine article characteristics in the genuine article characteristic database one to one, and the output module outputs authenticity identification results. The automatic ancient ceramic authenticity identification system and method have the advantages that since the identified article characteristics are compared with the ancient ceramic genuine article characteristics one to one and a computer is used for conducting memorization and automatic comparison, the ancient ceramic authenticity identification process is more scientific and persuasive, no errors substantially exist and misidentification caused by human factors is avoided.

Description

technical field [0001] The invention relates to an automatic identification system for the authenticity of ancient ceramics and an identification method for the system. Background technique [0002] The invention of Chinese ancient ceramics has laid a solid foundation for human civilization all over the world. Due to the historical culture and non-renewable scarcity of ancient ceramics, it has become an important collection that people seek to collect. Many ancient ceramics have become hard-to-find orphans and rare treasures. In order to pursue profits, the antique style began in the Song Dynasty, and it has developed into a huge industry in recent decades. [0003] At present, counterfeit goods are flooding the entire market. Whether it is in antique cities or the auction industry, there is a flood of counterfeit goods. The method to identify the authenticity of ancient ceramics is generally to use artificial eye identification, mainly relying on masters and apprentices. ...

AI Technical Summary

Problems solved by technology

[0003] At present, counterfeit products are flooding the entire market, whether it is in antique cities around the world or in the auction industry, there is a phenomenon of counterfeit products flooding, and the method of identifying the authenticity of ancient ceramics is generally to use artificial eyes to identify, mainly relying on the master to guide the apprentice , and rely on the cognition and memory of ancient ceramic standard parts. When identifying the authenticity of ceramics, the authenticator calls out the standard device from the memory to compare with the identified product. This comparison is originally scientific. However, there are sometimes errors in people's brain memory and calling out brain memory. In addition, each apprentice's memory, eyesight, comparison power, etc. are limited. In addition, because eye identification is usually conceptual and not quantified, so in When identifying the same piece of porcelain, some people identify it as genuine, while others identify it as counterfeit. Moreover, when the same person identifies the same piece of porcelain, in different time periods, it may also appear that it is identified as genuine at this time, but it is identified as fake at that time. Therefore, the identification errors caused by manual identification of authenticity make people at a loss. This is the problem existing in the traditional identification of ancient ceramics.

[0004] Recently, due to people's continuous exploration, some progress has been made in the scientific identification of ancient ceramics. For example, the Shanghai Institute of Ceramics has developed a set of methods to identify authenticity with trace elements. However, trace elements are only used to identify ancient ceramics. In one aspect of authenticity, it has been proved that counterfeiters have a way to formulate the same trace element formula as ancient ceramics, so that the method of detecting trace elements to determine authenticity can only be used as a reference

There is also the thermoluminescence dating method developed by the University of Cambridge. This method only determines the age of ancient ceramics from a single angle. Obviously, the thermoluminescence identification method is only one aspect of identifying ancient ceramics, which is different from the traditional identification method. Compared with traditional identification method, it is far less scientific and comprehensive

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