CN113222786B - Cloud computing-based non-legacy digital museum cloud platform - Google Patents
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Abstract
The invention provides a cloud computing-based non-legacy digital museum cloud platform, which comprises a plurality of classification databases and a visitor interaction sub-platform, wherein the classification databases comprise a video database, an audio database, a picture database and a character database; the tourist interaction sub-platform comprises a tourist interaction sub-system and a path display sub-system; the guest interaction subsystem provides a touch display interface to display a plurality of guest attribute selections; based on the selection of the tourist, the tourist interaction subsystem matches a plurality of pictures, namely corresponding characters, from the picture database and displays the pictures to the tourist; responding to the feedback operation of the tourist, matching corresponding non-dead videos and non-dead audios from the video database and the audio database by the tourist interaction subsystem, and generating a tour path; and the path display subsystem sends the tour path, the non-dead video and the non-dead audio to the portable terminal equipment of the tourist. The invention fully considers the display and tour characteristics of large interactive non-dead projects.
Description
Technical Field
The invention belongs to the technical field of cloud computing and digital museums, and particularly relates to a cloud platform of a non-legacy digital museum based on cloud computing.
Background
In the global context, protection of the cultural heritage of non-materials (hereinafter referred to as "non-heritage") has become a common consensus in countries around the world. The development of information technology and new media technology provides a new means for non-legacy protection and inheritance. At present, many developed countries pay great attention to digital protection and transmission of cultural heritage, and the world trend of converting the cultural heritage into digital cultural form on a large scale gradually becomes.
Museums are non-profit permanent facilities open to the public, which serve the human society and the development thereof, with the purposes of collection, education and research, and with the material and non-material heritages as the work objects. Compared with the traditional museum, the key point is collection of cultural relics, display and exhibition and data collection, and by means of digital technology means, particularly human-computer interaction and other technologies, the key point of the modern museum is turned to the use of the cultural relics to provide interactive experience, and the traditional exhibition mode is thoroughly overturned. The spectators are not crowded to the museum to watch static exhibits any more, and can watch the details of the exhibits by amplifying, reducing and rotating 360 degrees on the mobile phone or the tablet computer at will only by scanning the two-dimensional codes of the exhibits; alternatively, or with the use of virtual reality technology, the audience may visit the museum with the identity of the virtual host, and the digital technology "enter" the digitally virtualized ancient world … … allows the appearance of more complex, non-linear narrative patterns, allowing guests to capture a high level of interactive experience in the narrative space-time of different stories.
Thus, the digital museum realizes the maximum degree of 'interactive narrative' at both technical and artistic levels, which is no longer the traditional one-way linear narrative but rather a non-linear narrative that emphasizes the initiative, participation, bidirectionality and feedback of the audience; the exhibition space of the museum is also nearly close to an artwork, and audiences touch the artwork through sensing behaviors such as gestures, sound, visual perception and the like, so that deep interaction with the artwork is developed, and the audiences do not just "enjoy" the cultural relic but "understand" the cultural relic. This interactive relationship has become a new angle for us to understand that digital museums use interactive techniques to effectively facilitate communication between people and exhibits.
Chinese patent application CN201910958721.6 proposes an augmented reality museum collaborative interaction method and system based on user-exhibit distance, comprising: detecting and acquiring user dynamic position information, and calculating the perception distance of a user in real time according to the user dynamic position information; establishing a distance model taking an exhibit as a center according to the sensing distance, and setting user interaction authority according to the distance model and the real-time sensing distance of the user; dynamically matching a single-user interaction mode and a multi-user cooperative interaction mode in the user interaction authority to the user according to the user interaction authority corresponding to the perception distance of the user; the user carries out real-time single-user interaction behavior and multi-user cooperative interaction behavior according to a single-user interaction mode and a multi-user cooperative interaction mode; and recommending the exhibits among the users according to the real-time single-user interactive behavior result and the multi-user cooperative interactive behavior result. The method and system facilitate real-time, interesting interaction with other surrounding users while progressively learning about the museum exhibits.
CN201610958534.4 discloses a digital museum cultural relic display method based on a virtual reality technology, which collects three-dimensional point cloud data and color texture data of the cultural relic to be displayed; constructing a triangular mesh model of the cultural relic to be displayed according to the collected three-dimensional point cloud data; and mapping the collected color texture data to a triangular mesh model of the cultural relic to be displayed, and creating a color three-dimensional model of the cultural relic to be displayed. The method comprises the steps of collecting three-dimensional point cloud data and color texture data of the cultural relic to be displayed; and establishing a color three-dimensional model of the cultural relic to be displayed according to the acquired three-dimensional point cloud data and the color texture data, so that a user can comprehensively know the real appearance of the cultural relic through the color three-dimensional model of the cultural relic to be displayed, the virtual roaming and digital display of the cultural relic are realized, and basic data are provided for a digital display platform for building a museum.
However, the inventor finds that the digital museum technology mentioned in the prior art has a poor exhibition effect when aiming at non-legacy projects with small data volume or short dynamic time lines in the process of researching the 'three major streos' digital museum projects (the 'Kgsa', 'Manasi', 'JiangGel'). However, once the corresponding scheme is directly applied to the construction of a digital museum of a stressful non-dead project, many problems may occur, including data delay, poor user experience, poor overall user tour effect, unplanned tour path, inability to provide a specific mode for a specific population, and the like.
Disclosure of Invention
In order to solve the technical problem, the invention provides a cloud platform of a non-legacy digital museum based on cloud computing, which comprises a plurality of classification databases and a visitor interaction sub-platform, wherein the classification databases comprise a video database, an audio database, a picture database and a character database; the tourist interaction sub-platform comprises a tourist interaction sub-system and a path display sub-system; the guest interaction subsystem provides a touch display interface to display a plurality of guest attribute selections; based on the selection of the tourist, the tourist interaction subsystem matches a plurality of pictures, namely corresponding characters, from the picture database and displays the pictures to the tourist; responding to the feedback operation of the tourist, matching corresponding non-dead videos and non-dead audios from the video database and the audio database by the tourist interaction subsystem, and generating a tour path; and the path display subsystem sends the tour path, the non-dead video and the non-dead audio to the portable terminal equipment of the tourist.
Specifically, the technical scheme of the invention is realized as follows:
a cloud computing-based non-legacy digital museum cloud platform comprising a plurality of classification databases, the classification databases comprising a video database, an audio database, a picture database, and a text database;
the cloud platform further comprises a tourist interaction sub-platform, wherein the tourist interaction sub-platform comprises a tourist interaction sub-system arranged at the entrance of the digital museum, and a path display sub-system taking the entrance as a starting point and taking the destination selected by the tourist as a destination;
the guest interaction subsystem providing a touch-sensitive display interface on which a plurality of guest attribute selections are provided;
based on the selection of the at least one visitor attribute option by the visitor, the visitor interaction subsystem matches a plurality of pictures from the picture database, matches corresponding characters in the character database aiming at each picture, and displays the pictures and the corresponding characters as associated items to the visitor;
responding to the feedback operation of the tourist on the associated item, matching corresponding non-dead videos and non-dead audios from the video database and the audio database by the tourist interactive subsystem, and generating a tour path;
the path display subsystem sends the tour path, the non-dead video and the non-dead audio to the portable terminal equipment of the tourist;
wherein the tour path corresponds to a plurality of key points in an actual venue of the digital museum; a first proximity sensor is configured at the key point, and a second proximity sensor is configured on the portable terminal equipment;
the first proximity sensor and the second proximity sensor are activated with each other when they are located within a predetermined distance.
And if the selection of the at least one tourist attribute selection item by the current tourist is not received within a preset time period, marking the first portable mobile terminal of the current tourist as a child mode.
The picture database is communicated with the character database through a first one-way data pipeline;
the video database and the audio database are communicated with the tourist interaction subsystem through a second one-way data pipeline;
the first unidirectional data pipe and the second unidirectional data pipe are isolated from each other.
Displaying recommended tour time of a current key point on the portable terminal equipment each time the second proximity sensor configured on the portable terminal equipment is activated;
the recommended tour time for each current keypoint is calculated based on the estimated tour time or the tour end time, and the current time.
The invention fully considers the display and tour characteristics of non-dead projects, and is embodied in the following concrete steps:
at the tourist side, the local edge computing terminal is adopted to execute rapid data matching, so that data delay is avoided, and good transmission experience is improved; meanwhile, the tourists can also automatically identify and distinguish a child mode and a non-child mode, and provide a corresponding approach detection scheme for the child mode;
storing a video database and an audio database in a classified database mode at the cloud end, and updating the cloud end database based on the feedback of tourists in an actual scene so as to keep the record of the cloud end database in self-adaptive updating;
meanwhile, aiming at the characteristics that the viscosity of the user needs to be improved and the time needs to be reasonably arranged to realize complete browsing in non-exhibition, the technical scheme of the invention automatically updates the recommended tour mode of the key points on each path in a mode of arranging proximity sensors at the user terminal and the tour key points, so that the tour plan of the user tends to be complete;
furthermore, aiming at the characteristics of large pedestrian flow, frequent data processing and more data processing channel processes of the museum, aiming at the response of each user terminal in order to avoid mutual interference, the technical scheme of the invention adopts a corresponding process-isolated data channel technology, so that the data processing is relatively independent;
finally, aiming at the characteristic that the non-dead-tour item is more a timeline scene through video and audio dynamics, the technical scheme of the invention performs path time distribution and recommendation based on pictures or videos from the beginning, and is more suitable for the non-dead-tour item.
Obviously, the digital museum aimed by the invention is not completely virtual online database type pure digital browsing, but is a virtual + real combined digital museum display mode combined with an actual scene, and the mode is particularly suitable for non-heritage item exhibition and popularization similar to the minority 'three major historical poems'.
Further advantages of the invention will be apparent in the detailed description section in conjunction with the drawings attached hereto.
Drawings
In order to more clearly illustrate the embodiments of the present invention or the technical solutions in the prior art, the drawings needed in the embodiments will be briefly described below, and it is obvious that the drawings in the following description are only some embodiments of the present invention, and it is obvious for those skilled in the art to obtain other drawings without creative efforts.
FIG. 1 is a schematic connection diagram of a subsystem of a cloud platform of a cloud-based non-legacy digital museum according to an embodiment of the present invention
FIG. 2 is a flow chart of the basic operating principle of the system of FIG. 1
FIG. 3 is a schematic diagram of the interaction of the guest interaction subsystem with the edge computing terminal and the cloud database in the system of FIG. 1
FIG. 4 is a schematic diagram illustrating isolation of the guest interaction subsystem from the communication process of the classification database in the system of FIG. 1
FIG. 5 is a schematic diagram of a display and connection based portable terminal device for use in the system of FIG. 1
Fig. 6 is a schematic view of a tour path displayed by the portable terminal device of fig. 5
FIG. 7 is a schematic diagram of a terminal device and a storage medium for implementing the steps of the present invention
Detailed Description
The invention is further described with reference to the following drawings and detailed description.
Referring to fig. 1, a subsystem connection diagram of a cloud platform of a cloud computing-based non-legacy digital museum according to an embodiment of the present invention is shown.
In fig. 1, a schematic view of a guest at an entrance is shown interacting with a touch-sensitive display interface and a portable terminal device, the guest interaction subsystem communicating with a classification database execution process.
Specifically, the cloud platform comprises a plurality of classification databases, wherein the classification databases comprise a video database, an audio database, a picture database and a character database.
The cloud platform further comprises a tourist interaction sub-platform, wherein the tourist interaction sub-platform comprises a tourist interaction sub-system arranged at the entrance of the digital museum and a path display sub-system taking the entrance as a starting point and the destination selected by the tourist as a destination.
It should be noted that, in this embodiment, the route display subsystem with the entrance as the starting point and the destination selected by the visitor as the ending point includes a plurality of indicator lights laid on the actual tour route of the digital museum.
The guest interaction subsystem providing a touch-sensitive display interface on which a plurality of guest attribute selections are provided;
by way of example, the guest attribute selections include: the sex of the guest, age bracket of the guest, interest options of the guest, estimated time of the visit, and finish time of the visit.
Referring next to fig. 2, the basic operating principle and mode of operation of the system of fig. 1 is illustrated.
In one aspect, the selection of the at least one guest attribute selection is based on the guest, i.e. the guest's selection of the guest attribute selection is received within a predetermined period of time, the selection including single and multiple selections;
the tourist interaction subsystem matches a plurality of pictures from the picture database, matches corresponding characters in the character database aiming at each picture, and displays the pictures and the corresponding characters as associated items to the tourist;
responding to the feedback operation of the tourist on the associated item, matching corresponding non-dead videos and non-dead audios from the video database and the audio database by the tourist interactive subsystem, and generating a tour path;
and the path display subsystem sends the tour path, the non-dead video and the non-dead audio to the portable terminal equipment of the tourist.
In another aspect, if the selection of the at least one guest attribute selection item by the guest is not received within a predetermined time period, the guest interaction subsystem matches a plurality of pictures from the picture database according to a first mode, displays the pictures side by side on a display interface of the portable terminal device of the guest, and prompts the guest to perform a selection operation through voice, wherein the first mode is a child mode.
That is, if no selection of the guest for the guest attribute selection item is received within a predetermined time period, the guest interaction subsystem enters a child mode, matches a plurality of pictures from the picture database according to the child mode, displays the pictures side by side on a display interface of the portable terminal device of the guest, and prompts the guest to perform a selection operation through voice and animation.
As a further refinement, referring to fig. 3, the guest interaction subsystem includes a plurality of edge computing terminals;
the image database and the character database in the classification database are arranged on the edge computing terminal; the video database and the audio database in the classification database are connected with a cloud database; and the cloud database summarizes feedback operations of all tourists on the associated items according to a first preset period, and updates the video database and the audio database according to the feedback operations.
On the basis of fig. 3, see fig. 4.
The picture database is communicated with the character database through a first one-way data pipeline; the video database and the audio database are communicated with the tourist interaction subsystem through a second one-way data pipeline; the first unidirectional data pipe and the second unidirectional data pipe are isolated from each other.
It should be noted that, in the embodiments of the present invention, when performing matching, it always assumes that a picture or a video is a premise, and obtains corresponding text based on picture query, rather than obtaining a corresponding picture based on text query, specifically, the above has emphasized this association process from picture to text:
and the tourist interaction subsystem matches a plurality of pictures from the picture database, matches corresponding characters in the character database aiming at each picture, and displays the pictures and the corresponding characters as associated items to the tourist.
Meanwhile, the non-legacy video and the non-legacy audio in the embodiment are stored separately, and the audio is obtained based on video query.
The process utilizes the characteristics of interprocess communication and adopts a data pipeline mode to execute communication, thereby avoiding the interference among different processes.
Preferably, the data pipeline is a unidirectional data pipeline (data pipeline). By using the data pipeline, especially the unidirectional data pipeline, the data transmission between the associated subsystem and the target subsystem can be free from the influence of other processes, so that the subsequent prediction can be quickly executed.
The data pipeline technology is originally a technology for data transfer between different databases (data sources), such as data backup, data restoration, and the like, and by adopting the data pipeline technology, process blocking or data transmission by using a third-party agent can be avoided. For example, the chinese patent application with application number CN2020107749026 uses a data pipeline technology to read data to be backed up for data backup, where the data pipeline connects different processes for data transmission.
The invention applies the data pipeline technology to the data transmission of different classification databases and the same processing subsystem for the first time, can avoid the interference of the processing process of the subsystems of other non-users, particularly the use of the unidirectional data pipeline, and ensures the stable data transmission.
In the above embodiments, the tour path corresponds to a plurality of key points in the actual place of the digital museum; a first proximity sensor is configured at the key point, and a second proximity sensor is configured on the portable terminal equipment;
the first proximity sensor and the second proximity sensor are activated with each other when they are located within a predetermined distance.
More specifically, the digital museum comprises at least one non-dead-tour item, each non-dead-tour item comprises a plurality of scenes which are sequenced according to a time line, and each scene corresponds to a key point in the actual place of the digital museum;
and each picture matched from the picture database by the tourist interaction subsystem corresponds to one scene respectively.
An illustrative example is given in fig. 5.
In fig. 5, the route display subsystem transmits the tour route and the non-legacy video and non-legacy audio to the display interface of the portable terminal device of the visitor for display.
A first proximity sensor is configured at the key point, and a second proximity sensor is configured on the portable terminal equipment; the first proximity sensor and the second proximity sensor are activated with each other when they are located within a predetermined distance.
The proximity sensor may also be used in conjunction with a child mode.
Specifically, if the selection of the at least one visitor attribute selection item by the current visitor is not received within a preset time period, the first portable mobile terminal of the current visitor is marked as a child mode;
each time the second proximity sensor of the first portable mobile terminal in the child mode is activated, simultaneously searching for other second proximity sensors that can be paired with the second proximity sensor within a predetermined range;
each of the other proximity sensors to which the second proximity sensor can be paired is preset when the first portable mobile terminal is taken by the current guest at the entrance.
Obviously, in this mode, the child visitor can be paired with the guardian's terminal at the entrance, so that the child visitor is ensured to be always within the predetermined range of the guardian based on the proximity detection in the whole visiting process.
Fig. 6 is a schematic view of a tour path displayed by the portable terminal device shown in fig. 5.
In fig. 6, the tour path is displayed dynamically segmented on the portable terminal device;
the dynamically segmented display comprises:
the tour path is divided into a plurality of different sections according to the key points;
when a first proximity sensor corresponding to a certain key point is activated, displaying a section formed by the key points corresponding to the activated proximity sensor as a first color, displaying the rest sections as a second color, and updating and displaying the recommended tour time on each section in the rest sections.
The key points in fig. 6 correspond to the route points 1-6.
In fig. 6, although not shown, as an interactive dynamic presentation, the recommended tour time of the current key point is displayed on the portable terminal device each time the second proximity sensor configured on the portable terminal device is activated; the recommended tour time for each current keypoint is calculated based on the estimated tour time or the tour end time, and the current time.
By way of example, the non-historic tour items include "Grisaer", "Marna", and "JiangGeer".
Taking "Guzaer" as an example, the characteristics of the non-historic tourist items and the corresponding improvement of the invention are simply introduced.
The "Gezall" is a great hero historical poem created by the Tibetan people in China, which comprehensively reflects and describes the national relations, languages, religions, folk customs, politics, economy, military affairs, history, geography, myth, biographies and the like of the ancient Tibetan society, has great essence and profound contents, and is listed as one of the world famous historical poems. The electronic book has wide spread and has great influence on peripheral brothers, and is blended with social life and traditional culture of other nationalities in the process of circulation to form 'GeSaer' with different national culture characteristics, wherein 'GeSaer' of the indigenous nationality is a long historical poem which is produced under the deep influence of 'GeSaer' of the Tibetan nationality and is called to sing in a form of rhymes and scattered bodies. In 2006, Tu nationality 'Gesaer' rap was listed in the first national level non-material cultural heritage protection directory of China; in 2009, "the classic of the history of" gesarl "was listed in the united nations textbook organization" human non-material cultural heritage representatives as a roster ".
During the generation, circulation, evolution, formation and development of the Gezall, the God concept, the belief customs and the like of people in different periods, different nationalities and different regions of ancient times are merged, and the effects of knowledge summarization, life education, ceramic and metallurgical temperament, culture propagation, spirit consistence, cultural entertainment and the like are achieved. The Tu nationality 'Gezaer' is a rare and unique characteristic Tu nationality culture treasure, the writing subject of the Tu nationality 'Gezaer' adopts a rhyme and nodulation complex, the content of the Gezal lecture and the unique part of reciting the Tibetan language, particularly, the part of the lyric uses the Tibetan language, not only has Tibetan language ancient words and mixed with native language components, but also mixed with spoken language and written language components, the phenomenon just reflects the history writing of the current Tu nationality and Tibetan nationality as brothers and civilians groups to jointly live, the Tu nationality and Tibetan nationality also have rich national characteristics, cover multi-cultural characteristics, have borrowable historical value for researching the fusion development of the multi-nationality, always need to firmly maintain the idiom of the materialism, objectively, rigorously and practically construct all nationality common spiritual gardens, and continuously cast the consciousness of the Chinese nationality.
Therefore, the digital museum for the non-heritage project of "gosa" mainly refers to the objects of the subject, including scholars, experts and corresponding minors, including children, etc., so that the subject mainly visits the subject. Meanwhile, the huge narrative structure of the 'Sael' non-missing project enables visitors to easily get into deep thinking at a certain scene point or to complete overall understanding only by visiting for multiple times;
in addition, the huge narrative structure of the 'Sael' non-missing project makes the quantity of constructed databases huge, and the quantity of visitors is large, so that the field interactive data processing is easy to delay.
If cloud computing, big data processing, virtual reality technologies and the like mentioned in the prior art are simply applied to the construction of a digital museum of the Gesaer non-heritage project, the characteristics of the Gesaer non-heritage project cannot be displayed and are not suitable for the characteristics of the Gesaer non-heritage project.
Accordingly, the research is pertinently developed, so that the cloud platform mode of the cloud-computing-based non-legacy digital museum is provided, and the cloud platform mode mainly comprises the following characteristics:
(1) the local edge computing terminal is adopted to execute rapid data matching, so that data delay is avoided, and good transmission experience is improved; meanwhile, the tourists can also automatically identify and distinguish a child mode and a non-child mode, and provide a corresponding approach detection scheme for the child mode;
(2) storing a video database and an audio database in a classified database mode at the cloud end, and updating the cloud end database based on the feedback of tourists in an actual scene so as to keep the record of the cloud end database in self-adaptive updating;
(3) aiming at the characteristics that the user viscosity needs to be improved and the time needs to be reasonably arranged to realize complete browsing in non-exhibition, the technical scheme of the invention automatically updates the recommended touring modes of the key points on each path in a mode of arranging the proximity sensors at the user terminal and the touring key points, so that the touring plan of the user tends to be complete;
(4) aiming at the characteristics of large pedestrian flow, frequent data processing and more data processing channel processes of a museum, aiming at the response of each user terminal in order to avoid mutual interference, the technical scheme of the invention adopts a corresponding process isolation data channel technology to ensure that the data processing is relatively independent;
(5) aiming at the characteristic that non-dead-sights items are more dynamic time line scenes through videos and audios, the technical scheme of the invention performs path time distribution and recommendation based on pictures or videos from the beginning, and is more suitable for the non-dead-sights items of huge narratives.
Based on the technical scheme of the application, a new form of characteristic resource construction of the digital museum of the 'three major steins', namely the 'three major steins', is realized. The system is an information service system which collects, manages, shows and processes information of various aspects of tangible material cultural heritage and intangible non-material cultural heritage in a digital form and provides various services such as digital showing, education, research and the like for users through the Internet.
The method is divided into the following formats: the digital exhibition hall of pictures of three historical poems, "audio digital exhibition hall of three historical poems," video digital exhibition hall of three historical poems, "literature digital exhibition hall of three historical poems";
the method is divided into the following contents: "three shi" literary works digital exhibition hall, "three shi" literary products digital exhibition hall, "three shi" artists digital exhibition hall, "three shi" institutional digital exhibition hall, "three shi" academic research digital exhibition hall, "three shi" historical relics digital exhibition hall.
Structurally, the digital museum cloud platform with the 'three-Strauser poems' surrounds the cultural content of the 'three-Strauser poems', and adopts the technologies of cloud computing, big data, mobile communication and the like to realize unified integration and co-construction sharing. The construction of information infrastructure is taken as a guarantee, the interconnection and intercommunication of resources are realized, the integration of resources and data is taken as a main line, links such as application, content, transmission, terminals, storage, operation and analysis are run through, and the cloud platform of the 'three-history-poem' digital museum is constructed to be a core carrier for resource communication and interconnection and a basic platform for information release and communication, so that the digital museum becomes a digital flat construction and management center.
The digital museum cloud platform of the three major steins is built on a domestic famous public cloud base and built by using services provided by an IaaS layer and a PaaS layer of the existing public cloud platform.
The cloud technology can realize the diversity of the service and the uniformity of the system, has high available elastic expansion, can dynamically adjust the resource allocation according to the actual situation, and realizes the allocation according to the requirement.
The technical solution of the present invention can be implemented automatically by executing program instructions through a terminal device including a processor and a memory, especially an image processing terminal device, including a mobile terminal, a desktop terminal, a server cluster, etc., as shown in fig. 7, which shows a computer-readable storage medium having computer program instructions stored thereon; the program instructions are executed by an image terminal processing device comprising a processor and a memory, and are used for realizing all or part of the steps of the method of the technical scheme mentioned in the invention. The processor and the memory are connected through a bus to form internal communication of the terminal equipment.
Other concepts not yet addressed by the present invention are prior art, and the examples of the present invention are merely illustrative, and it will be understood by those skilled in the art that various changes, modifications, substitutions and alterations can be made in these embodiments without departing from the principles and spirit of the present invention, the scope of which is defined in the appended claims and their equivalents.
Claims (9)
1. A cloud computing-based non-legacy digital museum cloud platform comprising a plurality of classification databases, the classification databases comprising a video database, an audio database, a picture database, and a text database;
the method is characterized in that:
the cloud platform further comprises a tourist interaction sub-platform, wherein the tourist interaction sub-platform comprises a tourist interaction sub-system arranged at the entrance of the digital museum, and a path display sub-system taking the entrance as a starting point and taking the destination selected by the tourist as a destination; the guest interaction subsystem providing a touch-sensitive display interface on which a plurality of guest attribute selections are provided;
based on the selection of at least one visitor attribute option by the visitor, the visitor interaction subsystem matches a plurality of pictures from the picture database, matches corresponding characters in the character database aiming at each picture, and displays the pictures and the corresponding characters as associated items to the visitor;
responding to the feedback operation of the tourist on the associated item, matching corresponding non-dead videos and non-dead audios from the video database and the audio database by the tourist interaction subsystem, and generating a tour path;
the path display subsystem sends the tour path, the non-dead video and the non-dead audio to the portable terminal equipment of the tourist;
wherein the tour path corresponds to a plurality of key points in an actual venue of the digital museum; a first proximity sensor is configured at the key point, and a second proximity sensor is configured on the portable terminal equipment;
the first proximity sensor and the second proximity sensor are mutually activated when they are located within a predetermined distance;
the guest interaction subsystem comprises a plurality of edge computing terminals;
the image database and the character database in the classification database are arranged on the edge computing terminal;
the video database and the audio database in the classification database are connected with a cloud database;
the cloud database collects feedback operations of all tourists on the associated items according to a first preset period and according to the feedback operations
The feedback operation updates the video database and the audio database.
2. The cloud computing-based non-legacy digital museum cloud platform of claim 1,
the method is characterized in that:
the guest attribute selection items include:
the sex of the guest, age bracket of the guest, interest options of the guest, estimated time of the visit, and finish time of the visit.
3. The cloud computing-based non-legacy digital museum cloud platform of claim 1,
the method is characterized in that:
and if the selection of the at least one tourist attribute selection item by the tourist is not received within a preset time period, matching a plurality of pictures from the picture database by the tourist interaction subsystem according to a first mode, displaying the pictures on a display interface of the portable terminal equipment of the tourist side by side, and prompting the tourist to execute a selection operation through voice, wherein the first mode is a child mode.
4. The cloud computing-based non-legacy digital museum cloud platform of claim 1,
the method is characterized in that:
the picture database is communicated with the character database through a first one-way data pipeline;
the video database and the audio database are communicated with the tourist interaction subsystem through a second one-way data pipeline;
the first unidirectional data pipe and the second unidirectional data pipe are isolated from each other.
5. The cloud computing-based non-legacy digital museum cloud platform according to any of claims 1-4, wherein: the digital museum comprises at least one non-tourist item, each non-tourist item comprises a plurality of scenes which are sequenced according to a time line, and each scene corresponds to a key point in the actual place of the digital museum;
and each picture matched from the picture database by the tourist interaction subsystem corresponds to one scene respectively.
6. The cloud computing-based non-legacy digital museum cloud platform of claim 5,
the method is characterized in that:
the non-historic tour items include "Gessar", "Marina" and "JiangGeer".
7. The cloud computing-based non-legacy digital museum cloud platform of claim 2,
the method is characterized in that:
displaying recommended tour time of a current key point on the portable terminal equipment each time the second proximity sensor configured on the portable terminal equipment is activated;
the recommended tour time for each current keypoint is calculated based on the estimated tour time or the tour end time, and the current time.
8. The cloud computing-based non-legacy digital museum cloud platform of claim 3 or 7, wherein:
if the selection of the at least one tourist attribute selection item by the current tourist is not received within a preset time period, marking the first portable mobile terminal of the current tourist as a child mode;
each time the second proximity sensor of the first portable mobile terminal in the child mode is activated, simultaneously searching for other second proximity sensors that can be paired with the second proximity sensor within a predetermined range;
each of the other proximity sensors to which the second proximity sensor can be paired is preset when the first portable mobile terminal is taken by the current guest at the entrance.
9. A cloud computing-based non-legacy digital museum cloud platform according to any of claims 1-4 or 6-7,
the method is characterized in that:
dynamically segmenting the tour path on the portable terminal device;
the dynamically segmented display comprises:
the tour path is divided into a plurality of different sections according to the key points;
when a first proximity sensor corresponding to a certain key point is activated, displaying a section formed by the key points corresponding to the activated proximity sensor as a first color, displaying the rest sections as a second color, and updating and displaying the recommended tour time on each section in the rest sections.
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