CN111290573A - Cultural relic collection digital application system and method based on artificial intelligence - Google Patents
Cultural relic collection digital application system and method based on artificial intelligence Download PDFInfo
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Abstract
The invention discloses a cultural relic collection digital application system based on artificial intelligence, which comprises the following components: the system comprises a cultural relic classical storage digital resource library, a user side, an application side and an output side; the cultural relic preservation digital resource library is connected with the application end and is used for storing the digital resources of the cultural relics and generating a basic data set and a high-definition visual model according to the digital resources of the cultural relics; the user side is connected with the application side and used for collecting user instructions and sending the user instructions to the application side; the application end is connected with the cultural relic classical storage digital resource library, the user end and the output end and is used for calling related data in the cultural relic classical storage digital resource library, generating data resources of the cultural relic and sending the data resources of the cultural relic to the output end; the output end is connected with the application end and used for outputting data resources for displaying the cultural relics. The system improves the research and application level of the digitalization of the cultural relics.
Description
Technical Field
The invention relates to the technical field of digital application, in particular to a cultural relic collection digital application system and a cultural relic collection digital application method based on artificial intelligence.
Background
The cultural treasure left for us by ancient mankind is cultural treasure such as bronze ware, porcelain, lacquer ware and jade ware, and its type, ornamentation, the form kind of inscription is all very abundant, and to the historical evolution of ancient times, social form, aspects such as science and technology level have very big archaeological research value, also is the investment collection of high value, also is important cultural tourism resource simultaneously to and can create the product at the characters, play, the animation, the element that can borrow is provided in the aspect of fashion design etc..
However, the research and application level of the cultural relics in the prior art is not high enough, and especially the digital research and application are lacked. This situation leads to the lack of sufficient sample and scientific means for both academic research and collection investment, and the research and identification methods are purely visual and empirical. On the application level, the degree of the imitation souvenir displayed and sold in the show window of the museum is lacked in deep interactivity with the enthusiasts. And sufficient means and tools for obtaining and applying cultural relic-related resources are lacked in the aspects of cultural relic products, games, cartoons, fashion designs and the like.
Therefore, how to improve the research and application level of the digitalization of the cultural relics is a problem to be solved urgently by the technical personnel in the field.
Disclosure of Invention
In view of the above problems, the present invention aims to solve the problem that the current academic research and collection investment of cultural relics lack sufficient sample and scientific means, and the research and identification method is purely by eyes and experience. On the application level, the system has the problems that the system stays at the show window of a museum to display and sell imitation souvenirs, the deep interactivity with enthusiasts is lacked, and sufficient means and tools for obtaining and applying cultural relic related resources are lacked in the aspects of cultural creation products, games, animation, fashion design and the like, so that sufficient samples and scientific means are provided for academic research and collection investment of the cultural relics, the deep interactivity with users is enhanced, and the research and application level of the digital cultural relics is improved.
The embodiment of the invention provides a cultural relic collection digital application system based on artificial intelligence, which comprises: the system comprises a cultural relic classical storage digital resource library, a user side, an application side and an output side;
the cultural relic preservation digital resource library is connected with the application end and is used for storing the digital resources of the cultural relics and generating a basic data set and a high-definition visual model according to the digital resources of the cultural relics;
the user side is connected with the application side and used for collecting user instructions and sending the user instructions to the application side;
the application end is connected with the cultural relic classical storage digital resource library, the user end and the output end and is used for calling the basic data set and the high-definition visual model in the cultural relic classical storage digital resource library to generate data resources of the cultural relic and sending the data resources of the cultural relic to the output end;
the output end is connected with the application end and used for outputting and displaying the data resource of the cultural relic.
In one embodiment, the basic data set includes:
basic data, descriptive tag data.
In one embodiment, the high definition visualization model comprises:
restoring a three-dimensional model, a pattern picture set and a nameplate character set.
In one embodiment, the user instructions include:
inputting search keywords, uploading cultural relic pictures, comparing dimension selection and collecting the carrier characteristics of the target product.
In one embodiment, the application end comprises: the system comprises a retrieval application end, an artificial intelligence comparison application end, a virtual reality application end and a cultural relic symbol application end;
the retrieval application end is connected with the cultural relic preservation digital resource library, the user end and the output end and is used for receiving the retrieval key word, retrieving the cultural relic preservation digital resource library according to the retrieval key word, and calling and displaying the cultural relic preservation digital resource corresponding to the retrieval key word;
the artificial intelligence comparison application end is connected with the historical relic classical storage digital resource library, the user end and the output end and is used for acquiring the historical relic picture, extracting the relevant features of the historical relics, comparing the relevant features of the historical relics with the relevant features of the high-definition visual model and generating historical relic data resources matched with the historical relics in the historical relic picture;
the virtual reality application end is connected with the cultural relic preservation digital resource library and VR glasses and used for displaying the recovered three-dimensional model through the VR glasses based on the cultural relic preservation digital resource library and in combination with VR +5G technology;
the cultural relic symbol application end is connected with the cultural relic classical storage digital resource library, the user end and the output end and used for generating recommended model types, ornamentations or inscriptions by utilizing the basic data set and the high-definition visual model in the cultural relic classical storage digital resource library according to the characteristics of the target product carrier.
In view of the above, in a second aspect of the present application, there is provided a method for using an artificial intelligence-based digital application system for classical collection of cultural relics, comprising:
the cultural relic preservation digital resource library stores digital resources of the cultural relics and generates a basic data set and a high-definition visual model according to the digital resources of the cultural relics;
a user side collects a user instruction and sends the user instruction to an application side;
the application terminal calls the basic data set and the high-definition visual model in the historical relic collection digital resource library to generate data resources of the historical relics and sends the data resources of the historical relics to the output terminal;
and the output end outputs and displays the data resource of the cultural relic.
In one embodiment, the application terminal calls the basic data set and the high-definition visualization model in the historical relic collection digital resource library to generate the data resource of the relic, and the method includes the following steps:
the retrieval application end receives the retrieval key words and retrieves in the cultural relic book-keeping digital resource library according to the retrieval key words;
and calling and displaying the historical relic collection digital resource corresponding to the retrieval key word.
In one embodiment, the application terminal calls the basic data set and the high-definition visualization model in the historical relic collection digital resource library to generate the data resource of the relic, and the method includes the following steps:
the user uploads the cultural relic picture through the user side, performs comparison dimension selection, and sends the cultural relic picture and a comparison dimension selection result to the artificial intelligence comparison application end;
the artificial intelligence comparison application end extracts the model characteristic, the pattern characteristic and the inscription characteristic of the cultural relic from the cultural relic picture;
comparing the model type characteristic, the pattern characteristic and the inscription characteristic of the cultural relic with the model type characteristic, the pattern characteristic and the inscription characteristic in the high-definition visualization model;
and calling cultural relic data resources matched with the cultural relics in the cultural relic book reservation digital resource library.
In one embodiment, the application terminal calls the basic data set and the high-definition visualization model in the historical relic collection digital resource library to generate the data resource of the relic, and the method includes the following steps:
displaying the restored three-dimensional model through VR glasses based on the cultural relic classical digital resource library and by combining VR +5G technology;
and analyzing the cultural relics corresponding to the restored three-dimensional model through VR glasses by the user.
In one embodiment, the application terminal calls the basic data set and the high-definition visualization model in the historical relic collection digital resource library to generate the data resource of the relic, and the method includes the following steps:
acquiring the characteristics of a target product carrier through the user side, and transmitting the characteristics of the target product carrier to a cultural relic symbol output end;
and the cultural relic symbol application end generates recommended model, ornamentation or inscription by utilizing the basic data set and the high-definition visual model in the cultural relic classical digital resource library according to the characteristics of the target product carrier.
The technical scheme provided by the embodiment of the invention has the beneficial effects that at least:
according to the cultural relic preservation digital application system and the method thereof based on artificial intelligence, the cultural relic preservation digital resource library provides enough cultural relic related resources for research and application of the cultural relics, the application end calls the cultural relic related resources in the cultural relic preservation digital resource library, and the software and hardware functions and algorithms of the application end are combined, so that the requirements of professional researchers are met, deep interaction with the masses is increased, the user experience is improved, scientific means is provided for academic research and collection investment, and the research and application level of the digital cultural relics is improved.
Additional features and advantages of the invention will be set forth in the description which follows, and in part will be obvious from the description, or may be learned by practice of the invention. The objectives and other advantages of the invention will be realized and attained by the structure particularly pointed out in the written description and claims hereof as well as the appended drawings.
The technical solution of the present invention is further described in detail by the accompanying drawings and embodiments.
Drawings
The accompanying drawings, which are included to provide a further understanding of the invention and are incorporated in and constitute a part of this specification, illustrate embodiments of the invention and together with the description serve to explain the principles of the invention and not to limit the invention. In the drawings:
FIG. 1 is a block diagram of an artificial intelligence based digital system for cultural relics collection according to an embodiment of the present invention;
fig. 2 is a flowchart of a method for using the artificial intelligence-based digital application system for classical collection of cultural relics according to the embodiment of the present invention.
Detailed Description
Exemplary embodiments of the present disclosure will be described in more detail below with reference to the accompanying drawings. While exemplary embodiments of the present disclosure are shown in the drawings, it should be understood that the present disclosure may be embodied in various forms and should not be limited to the embodiments set forth herein. Rather, these embodiments are provided so that this disclosure will be thorough and complete, and will fully convey the scope of the disclosure to those skilled in the art.
Referring to fig. 1, an embodiment of the present invention provides an artificial intelligence-based digital application system for classical collection of cultural relics, including: the system comprises a cultural relic classical storage digital resource library 1, a user side 2, an application side 3 and an output side 4;
the cultural relic preservation digital resource library 1 is connected with the application end 3 and is used for storing the digital resources of the cultural relics and generating a basic data set and a high-definition visual model according to the digital resources of the cultural relics; wherein, the cultural relics comprise bronze wares, chinaware, lacquerware and jade wares.
Specifically, the basic data set includes: basic data, description tag data;
wherein, the basic data comprises the number, name, historical year, depositor, size, unearthed year, address and the like of the cultural relic; the descriptive label data is generated in a field form aiming at cultural relic types, ornamentations and inscriptions so as to carry out big data retrieval. For example, the descriptive label data for the model type may include types of "wine, light, incense burner, sword, pot, chime", etc., the descriptive label data for the ornamentation may include types of "cloud line, animal line, rope line, thunder line, dragon line", the descriptive label data for the inscription is inscription meaning that the literature has been interpreted, including types of "sacrificial ceremony, training zirconium, affluence highlighter, appreciation policy, alliance contractual agreement" (e.g., a pot with cloud line and animal line and with an alliance contractual inscription, which describes the label data "pot, cloud line, animal line, oath contractual").
Further, the high-definition visualization model comprises: restoring the three-dimensional model, the pattern picture set and the inscription character set;
the restoration three-dimensional model is formed in a three-dimensional digital model mode and is consistent with the appearance of the model, the ornamentation and the inscription of the cultural relic, and the model of the cultural relic has corresponding model characteristics; the pattern picture set is a two-dimensional image of patterns on each surface of the cultural relic, and each pattern has a corresponding pattern characteristic; the inscription character set is each inscription character on the cultural relic, and the interpretation meaning corresponding to each inscription character.
The user side 2 is connected with the application side 3 and is used for collecting user instructions and sending the user instructions to the application side 3.
Specifically, the user instruction includes: inputting search keywords, uploading cultural relic pictures, comparing dimension selection and collecting the carrier characteristics of the target product.
The application end 3 is connected with the cultural relic classical storage digital resource library 1, the user end 2 and the output end 4, and is used for calling the basic data set and the high-definition visual model in the cultural relic classical storage digital resource library 1, generating data resources of the cultural relic and sending the data resources of the cultural relic to the output end 4;
the output end 4 is connected with the application end 3 and is used for outputting and displaying the data resource of the cultural relic.
In the embodiment, the historical relic preservation digital resource library provides enough historical relic related resources for research and application of the historical relic, the application end calls the historical relic related resources in the historical relic preservation digital resource library, and the requirements of professional researchers are met by combining the software and hardware functions and algorithms of the application end, meanwhile, deep interaction with the public is increased, user experience is improved, scientific means is provided for academic research and collection investment, and the research and application level of the digital historical relic is improved.
In one embodiment, the application terminal 3 includes: the system comprises a retrieval application terminal 5, an artificial intelligence comparison application terminal 6, a virtual reality application terminal 7 and a cultural relic symbol application terminal 8;
the retrieval application end 5 is connected with the cultural relic book reservation digital resource library 1, the user end 2 and the output end 4, and is used for receiving the retrieval key words, retrieving the cultural relic book reservation digital resource library 1 according to the retrieval key words, and calling and displaying the cultural relic book reservation digital resources corresponding to the retrieval key words.
The artificial intelligence comparison application end 6 is connected with the cultural relic preservation digital resource library 1, the user end 2 and the output end 4 and is used for collecting the cultural relic picture, extracting the relevant features of the cultural relic, comparing the relevant features of the cultural relic with the relevant features of the high-definition visual model and generating the cultural relic data resource matched with the cultural relic in the cultural relic picture.
Specifically, the artificial intelligence comparison application 6 is only open to professional researchers or colleagues. For example, a professional researcher uploads a picture of a cultural relic and specifies that the decorations in one area are compared, and then data resources of all the cultural relics with the similar texture characteristics of the decorations in the cultural relic classical digital resource library 1 are called out so as to realize research and collection (for example, judge the age of the cultural relic, etc.).
The virtual reality application end 7 is connected with the cultural relic preservation digital resource library 1 and VR glasses and used for displaying the recovered three-dimensional model through the VR glasses based on the cultural relic preservation digital resource library 1 and combined with VR +5G technology.
Wherein, VR +5G technique transmits through the 5G network for VR's transmission data, can watch the panoramic video of resolution ratio more than 5K on line through VR glasses, reduces network delay, makes transmission speed faster.
The cultural relic symbol application end 8 is connected with the cultural relic preservation digital resource library 1, the user end 2 and the output end 4, and is used for generating recommended model types, ornamentations or inscriptions by utilizing the basic data set and the high-definition visual model in the cultural relic preservation digital resource library 1 according to the characteristics of the target product carrier.
Specifically, the target product carrier can be processed into a corresponding shape of a model, or a inscription, a texture and the like can be added on the surface of the target product carrier.
In the embodiment, the cultural relic digital resources can be quickly retrieved through the retrieval application end; searching cultural relic digital resources matched with the cultural relics in the cultural relic picture by comparing the artificial intelligence with the application terminal, and providing scientific technical means for academic research and collection investment of the cultural relics; the restored three-dimensional model is displayed by the virtual reality application end, researchers can remotely and directly experience and analyze objects, and each researcher can virtually contact the objects in a close range on the premise that the risk of injury of the objects is avoided, so that the research becomes deeper, the research and protection of the objects are repeated, meanwhile, a museum can also be provided with experience equipment, and ordinary people can virtually contact the objects and know knowledge and related culture of the objects; the method has the advantages that the fact that the cultural relic symbols enter daily life is achieved through the cultural relic symbol application end, and in a museum, the cultural relic symbols in the cultural relic preservation digital resource library can become creative elements of cultural originations, fashion articles, animations, games and the like in an IP output mode, so that the traditional culture is enabled to be revive and revive.
The working process of the application terminal 3 is described by the following embodiments:
example 1:
a user inputs a retrieval keyword 'four sheep square honor' through a user side 2 and sends the retrieval keyword to a retrieval application side 5;
the retrieval application end 5 retrieves in the cultural relic book preservation digital resource library 1 according to the retrieval keyword 'four sheep square goblet', generates cultural relic book preservation digital resources corresponding to the retrieval keyword 'four sheep square goblet', and sends the cultural relic book preservation digital resources to the output end 4;
the output end 4 receives and displays the cultural relic collection digital resource, namely' four sheep square honor, generation of business, preservation person: museum in China, year of unearthed: 1938, ceremonial apparatus, sacrifice articles, specifically introduce: the four sheep square goblet is the biggest one in the china still deposits commercial generation bronze square goblet, and its every limit length of side is 52.4 centimetres, and height 58.3 centimetres, weight 34.5 kilograms, long neck, high circle is sufficient, and the neck is tall and erect, decorates on the four sides that banana leaf line, triangle with grain and animal face line, the centre of gravity place at the ware is distinguished in the middle part of goblet, a sheep is respectively moulded in the four corners of honour, the shoulder four corners is 4 book angle sheepsheaves, the sheepsheaves stretches out outside the ware with the sheepsheaves, the sheep body and gig are attached to on honour abdomen portion and circle foot. Meanwhile, the square shoulder ornament is a dragon line with claws and a high relief snake body, the center of the four sides is the adjacent position of two sheep, and each double-angle dragon head extends out of the instrument table and meanders in the middle of the front part from each side of the square shoulder ornament and the right shoulder. The whole device is cast by a block model method, and the ghost axe is a mystery, shows a high casting level and is called as 'a very elegant bronze model' by the academic world.
Example 2:
a researcher or a collector uploads cultural relic pictures through a user terminal 2, and the dimension of comparison is selected to be a model, a pattern or a nameplate; if the picture is the texture or the inscription, the user also uses a box cursor to specify the texture or the inscription area which is expected to be compared in the picture;
sending the cultural relic picture and the comparison dimension selection result to an artificial intelligence comparison application terminal 6;
the artificial intelligence comparison application terminal 6 extracts the model characteristic, the pattern characteristic and the inscription characteristic of the cultural relic from the cultural relic picture;
comparing the model type characteristic, the pattern characteristic and the inscription characteristic of the cultural relic with the model type characteristic, the pattern characteristic and the inscription characteristic in the high-definition visual model;
and calling cultural relic data resources matched with the cultural relics in the cultural relic classical storage digital resource library 1.
Example 3:
the user selects cultural relics to watch at the user side 2, and the selected cultural relics are sent to the virtual reality application side 7;
calling a basic database and a high-definition visual model of the cultural relic from the cultural relic classical digital resource library 1;
displaying a restored three-dimensional model corresponding to the cultural relic through VR glasses (transparently superposing and displaying corresponding basic data and description label data on the restored three-dimensional model) by combining VR +5G technology;
and analyzing the cultural relics corresponding to the restored three-dimensional models corresponding to the cultural relics by the user through VR glasses.
Example 4:
the user inputs the shape of the target product carrier through the user side 2 into a sword, and the size of the target product carrier is 8.5 cm in length, 55 cm in height and 5 cm in width;
the cultural relic symbol application end 8 inquires the cultural relic related resources in the cultural relic classical digital resource library 1 according to the characteristics of the target product carrier to generate a cultural relic suitable for the target product carrier, namely, the ancient fencing is overtopped and trampled;
and adding ornamentation of the Yuwang hooking sword on the surface of the target product carrier through an output end 4.
Referring to fig. 2, a method for using an artificial intelligence-based cultural relics collection digital application system is characterized by comprising the following steps:
s201, storing digital resources of the cultural relics in a cultural relic classical digital resource library, and generating a basic data set and a high-definition visual model according to the digital resources of the cultural relics.
Specifically, the basic data set includes: basic data, description tag data; the high-definition visualization model comprises: restoring a three-dimensional model, a pattern picture set and a nameplate character set.
S202, the user side collects a user instruction and sends the user instruction to the application side.
Specifically, the user instruction includes: inputting search keywords, uploading cultural relic pictures, comparing dimension selection and collecting the carrier characteristics of the target product.
S203, the application terminal calls the basic data set and the high-definition visual model in the historical relic collection digital resource library to generate data resources of the historical relics and sends the data resources of the historical relics to the output terminal;
and S204, outputting and displaying the data resource of the cultural relic by the output end.
In one embodiment, in step S203, the invoking, by the application terminal, the basic data set and the high definition visualization model in the historical relic collection digital resource library to generate a data resource of a historical relic includes:
the retrieval application end receives the retrieval key words and retrieves in the cultural relic book-keeping digital resource library according to the retrieval key words;
and calling and displaying the historical relic collection digital resource corresponding to the retrieval key word.
In one embodiment, in step S203, the invoking, by the application terminal, the basic data set and the high definition visualization model in the historical relic collection digital resource library to generate a data resource of a historical relic includes:
uploading a cultural relic picture through the user side by a user, selecting comparison dimensions (a model type, a pattern and a inscription), and sending the cultural relic picture and a comparison dimension selection result to the artificial intelligence comparison application side;
the artificial intelligence comparison application end extracts the model characteristic, the pattern characteristic and the inscription characteristic of the cultural relic from the cultural relic picture;
comparing the model type characteristic, the pattern characteristic and the inscription characteristic of the cultural relic with the model type characteristic, the pattern characteristic and the inscription characteristic in the high-definition visualization model;
and calling cultural relic data resources matched with the cultural relics in the cultural relic book reservation digital resource library.
In one embodiment, in step S203, the invoking, by the application terminal, the basic data set and the high definition visualization model in the historical relic collection digital resource library to generate a data resource of a historical relic includes:
displaying the restored three-dimensional model through VR glasses based on the cultural relic classical digital resource library and by combining VR +5G technology;
the VR +5G technology is that VR transmission data is transmitted through a 5G network, and a panoramic video with resolution ratio of more than 5K can be watched on line through VR glasses, so that network delay is reduced, and the transmission speed is higher;
and analyzing the cultural relics corresponding to the restored three-dimensional model through VR glasses by the user.
In this embodiment, through the three-dimensional model of virtual reality application terminal display restoration, the researcher can long-range direct experience, the analysis ware thing, under the prerequisite that the cultural relic injury risk can not appear, every researcher can all be closely virtual contact cultural relic, makes the research become more deep, has realized the repeated and important of cultural relic research and protection, and simultaneously, museum also can set up experience equipment, and ordinary people can virtual contact cultural relic, knows bronze knowledge and relevant culture.
In one embodiment, in step S203, the invoking, by the application terminal, the basic data set and the high definition visualization model in the historical relic collection digital resource library to generate a data resource of a historical relic includes:
acquiring the characteristics of a target product carrier through the user side, and transmitting the characteristics of the target product carrier to a cultural relic symbol output end;
and the cultural relic symbol application end generates recommended model, ornamentation or inscription by utilizing the basic data set and the high-definition visual model in the cultural relic classical digital resource library according to the characteristics of the target product carrier.
Specifically, the target product carrier can be processed into a corresponding shape of a model, or a inscription, a texture and the like can be added on the surface of the target product carrier.
In the embodiment, the bronze symbols are realized to enter daily life through the cultural relic symbol application end, and in a museum, the bronze symbols in the cultural relic preservation digital resource library can become creative elements of cultural originations, fashion articles, animations, games and the like in an IP (Internet protocol) output mode, so that the traditional culture is enabled to be refreshed.
It will be apparent to those skilled in the art that various changes and modifications may be made in the present invention without departing from the spirit and scope of the invention. Thus, if such modifications and variations of the present invention fall within the scope of the claims of the present invention and their equivalents, the present invention is also intended to include such modifications and variations.
Claims (10)
1. A cultural relic collection digital application system based on artificial intelligence is characterized by comprising: the system comprises a cultural relic classical storage digital resource library, a user side, an application side and an output side;
the cultural relic preservation digital resource library is connected with the application end and is used for storing the digital resources of the cultural relics and generating a basic data set and a high-definition visual model according to the digital resources of the cultural relics;
the user side is connected with the application side and used for collecting user instructions and sending the user instructions to the application side;
the application end is connected with the cultural relic classical storage digital resource library, the user end and the output end and is used for calling the basic data set and the high-definition visual model in the cultural relic classical storage digital resource library to generate data resources of the cultural relic and sending the data resources of the cultural relic to the output end;
the output end is connected with the application end and used for outputting and displaying the data resource of the cultural relic.
2. The artificial intelligence based cultural relics collection digital application system of claim 1, wherein said basic data set comprises:
basic data, descriptive tag data.
3. The artificial intelligence based cultural relics collection digital application system of claim 1, wherein the high definition visualization model comprises:
restoring a three-dimensional model, a pattern picture set and a nameplate character set.
4. The artificial intelligence based cultural relics collection digital application system of claim 1, wherein said user instructions comprise:
inputting search keywords, uploading cultural relic pictures, comparing dimension selection and collecting the carrier characteristics of the target product.
5. The artificial intelligence based cultural relics collection digital application system of claim 1, wherein said application end comprises: the system comprises a retrieval application end, an artificial intelligence comparison application end, a virtual reality application end and a cultural relic symbol application end;
the retrieval application end is connected with the cultural relic preservation digital resource library, the user end and the output end and is used for receiving the retrieval key word, retrieving the cultural relic preservation digital resource library according to the retrieval key word, and calling and displaying the cultural relic preservation digital resource corresponding to the retrieval key word;
the artificial intelligence comparison application end is connected with the historical relic classical storage digital resource library, the user end and the output end and is used for acquiring the historical relic picture, extracting the relevant features of the historical relics, comparing the relevant features of the historical relics with the relevant features of the high-definition visual model and generating historical relic data resources matched with the historical relics in the historical relic picture;
the virtual reality application end is connected with the cultural relic preservation digital resource library and VR glasses and used for displaying the recovered three-dimensional model through the VR glasses based on the cultural relic preservation digital resource library and in combination with VR +5G technology;
the cultural relic symbol application end is connected with the cultural relic classical storage digital resource library, the user end and the output end and used for generating recommended model types, ornamentations or inscriptions by utilizing the basic data set and the high-definition visual model in the cultural relic classical storage digital resource library according to the characteristics of the target product carrier.
6. A use method of a cultural relic collection digital application system based on artificial intelligence is characterized by comprising the following steps:
the cultural relic preservation digital resource library stores digital resources of the cultural relics and generates a basic data set and a high-definition visual model according to the digital resources of the cultural relics;
a user side collects a user instruction and sends the user instruction to an application side;
the application terminal calls the basic data set and the high-definition visual model in the historical relic collection digital resource library to generate data resources of the historical relics and sends the data resources of the historical relics to the output terminal;
and the output end outputs and displays the data resource of the cultural relic.
7. The method as claimed in claim 6, wherein the application terminal invokes the basic data set and the high definition visualization model in the literature classical digital resource library to generate the data resource of the literature, and the method comprises:
the retrieval application end receives the retrieval key words and retrieves in the cultural relic book-keeping digital resource library according to the retrieval key words;
and calling and displaying the historical relic collection digital resource corresponding to the retrieval key word.
8. The method as claimed in claim 6, wherein the application terminal invokes the basic data set and the high definition visualization model in the literature classical digital resource library to generate the data resource of the literature, and the method comprises:
the user uploads the cultural relic picture through the user side, performs comparison dimension selection, and sends the cultural relic picture and a comparison dimension selection result to the artificial intelligence comparison application end;
the artificial intelligence comparison application end extracts the model characteristic, the pattern characteristic and the inscription characteristic of the cultural relic from the cultural relic picture;
comparing the model type characteristic, the pattern characteristic and the inscription characteristic of the cultural relic with the model type characteristic, the pattern characteristic and the inscription characteristic in the high-definition visualization model;
and calling cultural relic data resources matched with the cultural relics in the cultural relic book reservation digital resource library.
9. The method as claimed in claim 6, wherein the application terminal invokes the basic data set and the high definition visualization model in the literature classical digital resource library to generate the data resource of the literature, and the method comprises:
displaying the restored three-dimensional model through VR glasses based on the cultural relic classical digital resource library and by combining VR +5G technology;
and analyzing the cultural relics corresponding to the restored three-dimensional model through VR glasses by the user.
10. The method as claimed in claim 6, wherein the application terminal invokes the basic data set and the high definition visualization model in the literature classical digital resource library to generate the data resource of the literature, and the method comprises:
acquiring the characteristics of a target product carrier through the user side, and transmitting the characteristics of the target product carrier to a cultural relic symbol output end;
and the cultural relic symbol application end generates recommended model, ornamentation or inscription by utilizing the basic data set and the high-definition visual model in the cultural relic classical digital resource library according to the characteristics of the target product carrier.
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