CN111459441A - Information display method and device and electronic equipment - Google Patents
Information display method and device and electronic equipment Download PDFInfo
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- CN111459441A CN111459441A CN202010335628.2A CN202010335628A CN111459441A CN 111459441 A CN111459441 A CN 111459441A CN 202010335628 A CN202010335628 A CN 202010335628A CN 111459441 A CN111459441 A CN 111459441A
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- G06F3/14—Digital output to display device ; Cooperation and interconnection of the display device with other functional units
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Abstract
The present invention relates to the field of data information processing technologies, and in particular, to an information display method and apparatus, and an electronic device. The method and the device can determine the information characteristics corresponding to the target information according to the direction information obtained by analysis, determine the device parameter characteristics of any display device from a preset device parameter set, respectively determine a first characteristic sequence of the information characteristics and a second characteristic sequence of the device parameter characteristics, generate a display switching list between the electronic device and any display device based on the first characteristic sequence, the second characteristic sequence and a signal transmission protocol, further determine the preview information corresponding to the target information in an information preview area of the electronic device, package the target information or the adjustment information according to the similarity between the reference characteristics of the preview information and the preset characteristics, and send the packaged target information or the adjustment information to any display device. The invention ensures that the same information can not be disordered or lost when displayed on different display equipment, and improves the quality of information display.
Description
Technical Field
The present invention relates to the field of data information processing technologies, and in particular, to an information display method and apparatus, and an electronic device.
Background
Nowadays, with the development of communication networks and cloud computing, timely, effective and flexible information interaction can be realized among different intelligent devices. However, in practical applications, since there are heterogeneity between different smart devices, the same information is often displayed on different smart devices with messy codes or missing codes.
Disclosure of Invention
In order to solve the technical problems in the related art, the present disclosure provides an information display method, an information display apparatus, and an electronic device.
An information display method applied to an electronic device communicating with a plurality of display devices, the method comprising:
When an information acquisition request sent by any display device in the information display system is received, analyzing the information acquisition request to obtain pointing information corresponding to the information acquisition request, wherein the pointing information is used for indicating the electronic device to determine target information corresponding to any display device from an information storage area of the electronic device, and the target information is one or more combinations of text information, image information or voice information;
Determining the information characteristics of the target information in the electronic equipment according to the pointing information and determining the equipment parameter characteristics of any display equipment from a preset equipment parameter set;
Respectively determining a first feature sequence of the information features and a second feature sequence of the device parameter features, wherein the first feature sequence and the second feature sequence both comprise a plurality of different sequence units, and each sequence unit is packaged with a feature value;
Determining a current characteristic value corresponding to any sequence unit of the information characteristic in the first characteristic sequence, and determining a sequence unit with the top ranking in the second characteristic sequence as a reference sequence unit;
Projecting the current characteristic value to the reference sequence unit according to a signal transmission protocol of the electronic equipment and any display equipment, obtaining a current projection value in the reference sequence unit, and generating a display switching list between the electronic equipment and any display equipment according to the current characteristic value and the current projection value;
Determining a display parameter of any display device according to the display switching list and outputting the target information in an information preview area of the electronic device according to the display parameter to obtain preview information;
Extracting reference features of the preview information; judging whether the similarity value of the reference characteristic and a preset characteristic reaches a set threshold value or not; if yes, packaging the target information into a first information packet based on the display switching list and sending the first information packet to any display device so that any display device can display the target information; if not, weighting the reference features according to the display parameters to obtain target features of which the similarity values with the preset features reach the set threshold, performing feature restoration based on the target features to obtain adjustment information corresponding to the target information, packaging the adjustment information into a second information packet based on the display switching list, and sending the second information packet to any display device to enable the any display device to display the adjustment information.
Further, the analyzing the information obtaining request to obtain the direction information corresponding to the information obtaining request includes:
Sequentially selecting current information fields in the information acquisition request according to the length sequence of the information fields;
Determining a target information field from an information field in which an information field length sequence in the information acquisition request is positioned before a current information field;
Acquiring first class information of field codes in the target information field, and performing class verification on the current information field by referring to the corresponding relation between the first class information and the length sequence of the information field to obtain a verification result of the current information field;
And determining the structural information in the information acquisition request according to the verification result and determining the direction information from the structural information.
Further, the determining the information characteristics of the target information in the electronic device according to the pointing information includes:
Determining a storage mode of the target information according to the pointing information;
Determining the information type of the target information based on the storage mode; the information category comprises a first category used for representing that the target information is text information, a second category used for representing that the target information is image information, a third category used for representing that the target information is voice information or a fourth category used for representing that the target information is partial combination of the text information, the image information and the voice information;
And selecting a corresponding feature extraction mode according to the information category of the target information to perform feature extraction on the target information to obtain the information feature of the target information in the electronic equipment.
Further, the determining the first feature sequence of the information feature and the second feature sequence of the device parameter feature respectively includes:
Listing a plurality of characteristic values of the information characteristics, and establishing a characteristic value network of the information characteristics, wherein the characteristic value network comprises a plurality of characteristic nodes, each characteristic node corresponds to one characteristic value in the information characteristics, and the plurality of characteristic nodes have priorities from high to low;
Reconstructing the characteristic value network according to the priority of the characteristic node to obtain a target network; extracting a plurality of target feature nodes in a central area in the target network, and determining the first feature sequence according to the plurality of target feature nodes;
Carrying out feature convergence degree detection on the equipment parameter features to obtain a feature value convergence result of the equipment parameter features; filtering the characteristic value in the equipment parameter characteristic according to the characteristic value convergence result to obtain at least partial convergence characteristic value; and determining the second characteristic sequence according to the sequence of the weight grade of each convergence characteristic value in at least partial convergence characteristic values from low to high.
Further, the projecting the current feature value to the reference sequence unit according to a signal transmission protocol between the electronic device and any display device, and obtaining a current projected value in the reference sequence unit, includes:
Determining a protocol field in the signal transmission protocol and determining projection logic of the current characteristic value according to the protocol field;
And projecting the current characteristic value to the reference sequence unit according to the projection logic and obtaining a current projection value in the reference sequence unit.
Further, the generating a display switching list between the electronic device and any display device according to the current feature value and the current projection value includes:
Determining a feature identification coefficient of the current feature value relative to the current projection value, and determining a plurality of display switching parameters between the electronic equipment and any display equipment according to a difference value between the current feature value and the current projection value;
Under the condition that the switching loss category exists between the electronic equipment and any display equipment according to the characteristic identification coefficient, determining a parameter weighted sum between each display switching parameter in a switching distortion category among a plurality of display switching parameters between the electronic device and any display device and each display switching parameter in a switching loss category among a plurality of display switching parameters between the electronic device and any display device according to the display switching parameter in the switching loss category among the plurality of display switching parameters between the electronic device and any display device and a parameter weight thereof, adjusting the display switching parameter with the largest parameter weighting sum of the display switching parameters under the switching distortion category and the switching loss category in the plurality of display switching parameters between the electronic equipment and any display equipment to the switching loss category;
And generating the display switching list according to the display switching parameters under the switching loss category.
Further, the encapsulating the target information into a first information packet based on the display switching list includes:
Determining redundant information in the target information; wherein the redundant information is a structured description of the target information;
Compressing the redundant information into a redundant identification, and encapsulating the redundant identification and the information except the redundant information in the target information to obtain the first information packet.
An information display apparatus applied to an electronic device communicating with a plurality of display devices, the apparatus comprising:
The request analysis module is used for analyzing the information acquisition request to obtain pointing information corresponding to the information acquisition request when the information acquisition request sent by any display device in the information display system is received, wherein the pointing information is used for indicating the electronic device to determine target information corresponding to any display device from an information storage area of the electronic device, and the target information is one or more combinations of text information, image information or voice information;
The characteristic determining module is used for determining the information characteristics of the target information in the electronic equipment according to the pointing information and determining the equipment parameter characteristics of any display equipment from a preset equipment parameter set;
A sequence determination module, configured to determine a first feature sequence of the information feature and a second feature sequence of the device parameter feature, where the first feature sequence and the second feature sequence both include a plurality of different sequence units, and each sequence unit is encapsulated with a feature value;
A unit determining module, configured to determine a current feature value corresponding to any sequence unit of the information features in the first feature sequence, and determine a sequence unit with the top rank in the second feature sequence as a reference sequence unit;
The unit projection module is used for projecting the current characteristic value to the reference sequence unit according to a signal transmission protocol of the electronic equipment and any display equipment, obtaining a current projection value in the reference sequence unit, and generating a display switching list between the electronic equipment and any display equipment according to the current characteristic value and the current projection value;
The information output module is used for determining the display parameters of any display equipment according to the display switching list and outputting the target information in an information preview area of the electronic equipment according to the display parameters to obtain preview information;
The information sending module is used for extracting the reference characteristics of the preview information; judging whether the similarity value of the reference characteristic and a preset characteristic reaches a set threshold value or not; if yes, packaging the target information into a first information packet based on the display switching list and sending the first information packet to any display device so that any display device can display the target information; if not, weighting the reference features according to the display parameters to obtain target features of which the similarity values with the preset features reach the set threshold, performing feature restoration based on the target features to obtain adjustment information corresponding to the target information, packaging the adjustment information into a second information packet based on the display switching list, and sending the second information packet to any display device to enable the any display device to display the adjustment information.
An electronic device, comprising:
A processor, and
A memory and a network interface connected to the processor;
The processor is used for calling the computer program in the memory through a network interface and running the computer program through the memory of the processor so as to execute the information display method.
A computer-readable storage medium, on which a computer program is stored which, when being executed by a processor, implements the above-mentioned information display method.
The technical scheme provided by the embodiment of the disclosure can have the following beneficial effects.
The information characteristics corresponding to the target information can be determined according to the pointing information obtained through analysis, and the device parameter characteristics of any display device can be determined from a preset device parameter set. Further, a first feature sequence of the information features and a second feature sequence of the device parameter features are respectively determined, a display switching list between the electronic device and any display device is generated based on the first feature sequence, the second feature sequence and a signal transmission protocol, preview information corresponding to the target information in an information preview area of the electronic device is further determined, and the target information or the adjustment information is packaged and sent to any display device according to the similarity between the reference features and the preset features of the preview information. Therefore, the information display quality of the display equipment can be determined through the preview information, the target information is adjusted, the condition that messy codes or missing cannot occur when the same information is displayed on different display equipment is ensured, and the information display quality is improved.
It is to be understood that both the foregoing general description and the following detailed description are exemplary and explanatory only and are not restrictive of the disclosure.
Drawings
The accompanying drawings, which are incorporated in and constitute a part of this specification, illustrate embodiments consistent with the invention and together with the description, serve to explain the principles of the invention.
Fig. 1 is a schematic diagram of an information display system according to the present disclosure.
Fig. 2 is a flowchart of an information display method according to the present disclosure.
FIG. 3 is a block diagram illustrating an apparatus in accordance with an exemplary embodiment;
FIG. 4 is a schematic diagram illustrating an electronic device in accordance with an example embodiment.
Detailed Description
Reference will now be made in detail to the exemplary embodiments, examples of which are illustrated in the accompanying drawings. When the following description refers to the accompanying drawings, like numbers in different drawings represent the same or similar elements unless otherwise indicated. The embodiments described in the following exemplary embodiments do not represent all embodiments consistent with the present application. Rather, they are merely examples of apparatus and methods consistent with certain aspects of the present application, as detailed in the appended claims.
In order to solve the technical problem, the present disclosure discloses an information display method, an information display device and an electronic device. Please refer to fig. 1, which is a schematic diagram of a communication architecture of an information display system 300 according to the present disclosure. In fig. 1, an electronic apparatus 200 and a plurality of display apparatuses 100 form the information display system 300. Further, the electronic apparatus 200 communicates with a plurality of display apparatuses 100.
In the present disclosure, the electronic device 200 may be an electronic device having an information acquisition request signal, an image signal, or a text signal transmission, or a cloud control center, and the display device 100 may be an intelligent terminal having a display function, such as a mobile phone, a tablet, a laptop, a desktop computer, or a projector, which is not limited herein.
On the basis of the above, please refer to fig. 2, which is a flowchart illustrating an information displaying method according to the present disclosure, the method is applied to the electronic device 200 in fig. 1, and may specifically include the following steps.
Step1, when receiving an information acquisition request sent by any display device in the information display system, parsing the information acquisition request to obtain pointing information corresponding to the information acquisition request, where the pointing information is used to instruct the electronic device to determine target information corresponding to any display device from an information storage area of the electronic device, and the target information is one or a combination of text information, image information, or voice information.
And Step2, determining the information characteristics of the target information in the electronic equipment according to the pointing information and determining the equipment parameter characteristics of any display equipment from a preset equipment parameter set.
In the present disclosure, the information feature is used to describe a storage manner of the target information in the information storage area of the electronic device. Further, the device parameter set is called by the electronic device from a log file of each display device when establishing a communication connection with each display device. Further, the device parameter characteristics are used for describing information output logic corresponding to the display device, and the information output logic comprises an information output mode and an information output sequence.
Step3, respectively determining a first feature sequence of the information features and a second feature sequence of the device parameter features, where the first feature sequence and the second feature sequence both include a plurality of different sequence units, and each sequence unit is packaged with a feature value.
Step4, determining a current feature value corresponding to any sequence unit of the information feature in the first feature sequence, and determining a sequence unit with the top ranking in the second feature sequence as a reference sequence unit.
In specific implementation, the sequence units in the second feature sequence are sorted according to the magnitude order of the feature weights of the feature values corresponding to the sequence units, and the larger the feature weight is, the earlier the corresponding sequence unit is sorted in the second feature sequence.
Step5, projecting the current characteristic value to the reference sequence unit according to a signal transmission protocol of the electronic device and any display device, obtaining a current projection value in the reference sequence unit, and generating a display switching list between the electronic device and any display device according to the current characteristic value and the current projection value.
And Step6, determining the display parameters of any display equipment according to the display switching list, and outputting the target information in an information preview area of the electronic equipment according to the display parameters to obtain preview information.
Step7, extracting the reference characteristics of the preview information; judging whether the similarity value of the reference characteristic and a preset characteristic reaches a set threshold value or not; if yes, packaging the target information into a first information packet based on the display switching list and sending the first information packet to any display device so that any display device can display the target information; if not, weighting the reference features according to the display parameters to obtain target features of which the similarity values with the preset features reach the set threshold, performing feature restoration based on the target features to obtain adjustment information corresponding to the target information, packaging the adjustment information into a second information packet based on the display switching list, and sending the second information packet to any display device to enable the any display device to display the adjustment information.
Through the method described in the above Step 1-Step 7, the information characteristics corresponding to the target information can be determined according to the obtained pointing information, and the device parameter characteristics of any display device can be determined from the preset device parameter set. Further, a first feature sequence of the information features and a second feature sequence of the device parameter features are respectively determined, a display switching list between the electronic device and any display device is generated based on the first feature sequence, the second feature sequence and a signal transmission protocol, preview information corresponding to the target information in an information preview area of the electronic device is further determined, and the target information or the adjustment information is packaged and sent to any display device according to the similarity between the reference features and the preset features of the preview information. Therefore, the information display quality of the display equipment can be determined through the preview information, the target information is adjusted, the condition that messy codes or missing cannot occur when the same information is displayed on different display equipment is ensured, and the information display quality is improved.
In an alternative embodiment, the parsing of the information obtaining request described in Step1 to obtain the pointing information corresponding to the information obtaining request may specifically include the following.
And Step11, sequentially selecting the current information field in the information acquisition request according to the length sequence of the information field.
Step12, determining the target information field from the information field in the information acquisition request, wherein the information field length sequence is located before the current information field.
And Step13, acquiring first class information of field codes in the target information field, and performing class verification on the current information field by referring to the corresponding relation between the first class information and the length sequence of the information field to obtain a verification result of the current information field.
And Step14, determining the structural information in the information acquisition request according to the verification result and determining the direction information from the structural information.
It can be understood that, through the above, the direction information corresponding to the information acquisition request can be accurately determined.
In one possible example, for Step2, determining the information characteristic of the target information in the electronic device according to the pointing information may be implemented by the method described in the following steps.
And Step21, determining the storage mode of the target information according to the pointing information.
Step22, determining the information type of the target information based on the storage mode; the information category comprises a first category used for representing that the target information is text information, a second category used for representing that the target information is image information, a third category used for representing that the target information is voice information or a fourth category used for representing that the target information is partial combination of the text information, the image information and the voice information.
And Step23, selecting a corresponding feature extraction mode according to the information type of the target information to perform feature extraction on the target information, so as to obtain the information features of the target information in the electronic equipment.
When the method described in the above Step 21-Step 23 is executed, the information category of the target information can be taken into account, so that different feature extraction manners are selected according to different information categories to determine the information feature of the target information. Thus, the accuracy and comprehensiveness of the information features can be ensured.
In detail, in Step3, the first feature sequence of the information feature and the second feature sequence of the device parameter feature are respectively determined, and the details may specifically include the contents described in the following sub-steps.
Step31, listing a plurality of characteristic values of the information characteristics, and establishing a characteristic value network of the information characteristics, wherein the characteristic value network comprises a plurality of characteristic nodes, each characteristic node corresponds to one characteristic value in the information characteristics, and the plurality of characteristic nodes have priorities from high to low.
Step32, reconstructing the characteristic value network according to the priority of the characteristic nodes to obtain a target network; extracting a plurality of target feature nodes in a central area in the target network, and determining the first feature sequence according to the plurality of target feature nodes.
Step33, performing feature convergence detection on the equipment parameter features to obtain feature value convergence results of the equipment parameter features; filtering the characteristic value in the equipment parameter characteristic according to the characteristic value convergence result to obtain at least partial convergence characteristic value; and determining the second characteristic sequence according to the sequence of the weight grade of each convergence characteristic value in at least partial convergence characteristic values from low to high.
It is understood that based on the description of Step 31-Step 33, the first feature sequence and the second feature sequence can be determined from different angles. In this way, the confidence of the first and second feature sequences can be ensured.
In one example, the Step of projecting the current feature value to the reference sequence unit according to the signal transmission protocol of the electronic device and any display device described in Step5 may be implemented by the method described in the following sub-Step.
Determining a protocol field in the signal transmission protocol and determining a projection logic of the current characteristic value according to the protocol field.
In the next step, the current feature value is projected to the reference sequence unit according to the projection logic and a current projection value is obtained in the reference sequence unit.
Through the content described in the steps, the current characteristic value can be projected according to the projection logic, so that errors generated in the projection process are avoided, and the reliability of the current projection value is ensured.
In another example, the generation of the display switching list between the electronic device and any display device according to the current feature value and the current projection value described in Step5 may specifically include the following steps.
And Step51, determining a feature identification coefficient of the current feature value relative to the current projection value, and determining a plurality of display switching parameters between the electronic equipment and any display equipment according to a difference value between the current feature value and the current projection value.
Step52, under the condition that the switching loss category exists between the electronic equipment and any display equipment according to the characteristic identification coefficient, determining a parameter weighted sum between each display switching parameter in a switching distortion category among a plurality of display switching parameters between the electronic device and any display device and each display switching parameter in a switching loss category among a plurality of display switching parameters between the electronic device and any display device according to the display switching parameter in the switching loss category among the plurality of display switching parameters between the electronic device and any display device and a parameter weight thereof, and adjusting a display switching parameter with the largest parameter weighting sum of the display switching parameters in the switching distortion category and the switching loss category among the plurality of display switching parameters between the electronic device and any display device to the switching loss category.
And Step53, generating the display switching list according to the display switching parameters under the switching loss category.
When the contents described in the above-described Step51 to Step53 are executed, the switching loss and the switching distortion in the display switching process can be taken into consideration, thereby ensuring the display switching list accuracy and reliability.
In a possible implementation manner, in Step7, the Step of encapsulating the target information into the first information packet based on the display switching list may specifically be as described in the following sub-Step.
Step71, determining redundant information in the target information; wherein the redundant information is a structured description of the target information.
Step72, compressing the redundant information into a redundant identification, and encapsulating the redundant identification and the information except the redundant information in the target information to obtain the first information packet.
It can be understood that, through the contents described in Step71 and Step72, the redundant information can be encapsulated after being compressed, so that not only the size of the first packet can be reduced, but also the redundant information can be completely restored based on the redundant identifier, and the integrity of encapsulation and decapsulation of the target information can be ensured.
On the basis of the above, please refer to fig. 3, which is a block diagram of an information display device 201 according to the present disclosure, and the block diagram specifically includes the following functional blocks.
The request analyzing module 2011 is configured to, when an information obtaining request sent by any display device in the information display system is received, analyze the information obtaining request to obtain pointing information corresponding to the information obtaining request, where the pointing information is used to instruct the electronic device to determine target information corresponding to any display device from an information storage area of the electronic device, and the target information is one or a combination of text information, image information, and voice information.
A feature determining module 2012, configured to determine, according to the pointing information, an information feature of the target information in the electronic device and determine a device parameter feature of any display device from a preset device parameter set.
A sequence determining module 2013, configured to determine a first feature sequence of the information feature and a second feature sequence of the device parameter feature, respectively, where the first feature sequence and the second feature sequence both include a plurality of different sequence units, and each sequence unit is packaged with a feature value.
A unit determining module 2014, configured to determine a current feature value corresponding to any sequence unit of the information features in the first feature sequence, and determine a sequence unit with the top rank in the second feature sequence as a reference sequence unit.
A unit projection module 2015, configured to project the current feature value to the reference sequence unit according to a signal transmission protocol between the electronic device and any display device, obtain a current projection value in the reference sequence unit, and generate a display switching list between the electronic device and any display device according to the current feature value and the current projection value.
The information output module 2016 is configured to determine a display parameter of any display device according to the display switching list, and output the target information in an information preview area of the electronic device according to the display parameter to obtain preview information.
An information sending module 2017, configured to extract a reference feature of the preview information; judging whether the similarity value of the reference characteristic and a preset characteristic reaches a set threshold value or not; if yes, packaging the target information into a first information packet based on the display switching list and sending the first information packet to any display device so that any display device can display the target information; if not, weighting the reference features according to the display parameters to obtain target features of which the similarity values with the preset features reach the set threshold, performing feature restoration based on the target features to obtain adjustment information corresponding to the target information, packaging the adjustment information into a second information packet based on the display switching list, and sending the second information packet to any display device to enable the any display device to display the adjustment information.
On the basis, please refer to fig. 4 in combination, further disclosing an electronic apparatus, comprising: a processor 2021, and a memory 2023 and a network interface 2022 connected to the processor 2021;
The processor 2021 is configured to call the computer program in the storage 2023 through the network interface 2022, and run the computer program through the memory 2024 of the processor 2021 to execute the above-mentioned information display method.
On the basis of the above, a computer-readable storage medium is also disclosed, on which a computer program is stored, which computer program, when being executed by the processor 2021, carries out the above-mentioned information display method.
The various technical features in the above embodiments can be arbitrarily combined, so long as there is no conflict or contradiction between the combinations of the features, but the combination is limited by the space and is not described one by one, and therefore, any combination of the various technical features in the above embodiments also belongs to the scope disclosed in the present specification.
It will be understood that the invention is not limited to the precise arrangements described above and shown in the drawings and that various modifications and changes may be made without departing from the scope thereof. The scope of the invention is limited only by the appended claims.
Claims (10)
1. An information display method applied to an electronic device communicating with a plurality of display devices, the method comprising:
When an information acquisition request sent by any display device in the information display system is received, analyzing the information acquisition request to obtain pointing information corresponding to the information acquisition request, wherein the pointing information is used for indicating the electronic device to determine target information corresponding to any display device from an information storage area of the electronic device, and the target information is one or more combinations of text information, image information or voice information;
Determining the information characteristics of the target information in the electronic equipment according to the pointing information and determining the equipment parameter characteristics of any display equipment from a preset equipment parameter set;
Respectively determining a first feature sequence of the information features and a second feature sequence of the device parameter features, wherein the first feature sequence and the second feature sequence both comprise a plurality of different sequence units, and each sequence unit is packaged with a feature value;
Determining a current characteristic value corresponding to any sequence unit of the information characteristic in the first characteristic sequence, and determining a sequence unit with the top ranking in the second characteristic sequence as a reference sequence unit;
Projecting the current characteristic value to the reference sequence unit according to a signal transmission protocol of the electronic equipment and any display equipment, obtaining a current projection value in the reference sequence unit, and generating a display switching list between the electronic equipment and any display equipment according to the current characteristic value and the current projection value;
Determining a display parameter of any display device according to the display switching list and outputting the target information in an information preview area of the electronic device according to the display parameter to obtain preview information;
Extracting reference features of the preview information; judging whether the similarity value of the reference characteristic and a preset characteristic reaches a set threshold value or not; if yes, packaging the target information into a first information packet based on the display switching list and sending the first information packet to any display device so that any display device can display the target information; if not, weighting the reference features according to the display parameters to obtain target features of which the similarity values with the preset features reach the set threshold, performing feature restoration based on the target features to obtain adjustment information corresponding to the target information, packaging the adjustment information into a second information packet based on the display switching list, and sending the second information packet to any display device to enable the any display device to display the adjustment information.
2. The information display method according to claim 1, wherein the analyzing the information acquisition request to obtain the direction information corresponding to the information acquisition request includes:
Sequentially selecting current information fields in the information acquisition request according to the length sequence of the information fields;
Determining a target information field from an information field in which an information field length sequence in the information acquisition request is positioned before a current information field;
Acquiring first class information of field codes in the target information field, and performing class verification on the current information field by referring to the corresponding relation between the first class information and the length sequence of the information field to obtain a verification result of the current information field;
And determining the structural information in the information acquisition request according to the verification result and determining the direction information from the structural information.
3. The information display method of claim 2, wherein the determining the information characteristic of the target information in the electronic device according to the pointing information comprises:
Determining a storage mode of the target information according to the pointing information;
Determining the information type of the target information based on the storage mode; the information category comprises a first category used for representing that the target information is text information, a second category used for representing that the target information is image information, a third category used for representing that the target information is voice information or a fourth category used for representing that the target information is partial combination of the text information, the image information and the voice information;
And selecting a corresponding feature extraction mode according to the information category of the target information to perform feature extraction on the target information to obtain the information feature of the target information in the electronic equipment.
4. The information display method according to claim 1, wherein the determining the first feature sequence of the information features and the second feature sequence of the device parameter features respectively comprises:
Listing a plurality of characteristic values of the information characteristics, and establishing a characteristic value network of the information characteristics, wherein the characteristic value network comprises a plurality of characteristic nodes, each characteristic node corresponds to one characteristic value in the information characteristics, and the plurality of characteristic nodes have priorities from high to low;
Reconstructing the characteristic value network according to the priority of the characteristic node to obtain a target network; extracting a plurality of target feature nodes in a central area in the target network, and determining the first feature sequence according to the plurality of target feature nodes;
Carrying out feature convergence degree detection on the equipment parameter features to obtain a feature value convergence result of the equipment parameter features; filtering the characteristic value in the equipment parameter characteristic according to the characteristic value convergence result to obtain at least partial convergence characteristic value; and determining the second characteristic sequence according to the sequence of the weight grade of each convergence characteristic value in at least partial convergence characteristic values from low to high.
5. The information display method according to any one of claims 1 to 4, wherein the projecting the current feature value to the reference sequence unit according to a signal transmission protocol of the electronic device and any one of the display devices, and obtaining a current projected value in the reference sequence unit comprises:
Determining a protocol field in the signal transmission protocol and determining projection logic of the current characteristic value according to the protocol field;
And projecting the current characteristic value to the reference sequence unit according to the projection logic and obtaining a current projection value in the reference sequence unit.
6. The information display method according to claim 5, wherein the generating a display switching list between the electronic device and any one of the display devices according to the current feature value and the current projection value includes:
Determining a feature identification coefficient of the current feature value relative to the current projection value, and determining a plurality of display switching parameters between the electronic equipment and any display equipment according to a difference value between the current feature value and the current projection value;
Under the condition that the switching loss category exists between the electronic equipment and any display equipment according to the characteristic identification coefficient, determining a parameter weighted sum between each display switching parameter in a switching distortion category among a plurality of display switching parameters between the electronic device and any display device and each display switching parameter in a switching loss category among a plurality of display switching parameters between the electronic device and any display device according to the display switching parameter in the switching loss category among the plurality of display switching parameters between the electronic device and any display device and a parameter weight thereof, adjusting the display switching parameter with the largest parameter weighting sum of the display switching parameters under the switching distortion category and the switching loss category in the plurality of display switching parameters between the electronic equipment and any display equipment to the switching loss category;
And generating the display switching list according to the display switching parameters under the switching loss category.
7. The information display method according to claim 1, wherein the encapsulating the target information into a first packet based on the display switching list includes:
Determining redundant information in the target information; wherein the redundant information is a structured description of the target information;
Compressing the redundant information into a redundant identification, and encapsulating the redundant identification and the information except the redundant information in the target information to obtain the first information packet.
8. An information display apparatus, applied to an electronic device communicating with a plurality of display devices, comprising:
The request analysis module is used for analyzing the information acquisition request to obtain pointing information corresponding to the information acquisition request when the information acquisition request sent by any display device in the information display system is received, wherein the pointing information is used for indicating the electronic device to determine target information corresponding to any display device from an information storage area of the electronic device, and the target information is one or more combinations of text information, image information or voice information;
The characteristic determining module is used for determining the information characteristics of the target information in the electronic equipment according to the pointing information and determining the equipment parameter characteristics of any display equipment from a preset equipment parameter set;
A sequence determination module, configured to determine a first feature sequence of the information feature and a second feature sequence of the device parameter feature, where the first feature sequence and the second feature sequence both include a plurality of different sequence units, and each sequence unit is encapsulated with a feature value;
A unit determining module, configured to determine a current feature value corresponding to any sequence unit of the information features in the first feature sequence, and determine a sequence unit with the top rank in the second feature sequence as a reference sequence unit;
The unit projection module is used for projecting the current characteristic value to the reference sequence unit according to a signal transmission protocol of the electronic equipment and any display equipment, obtaining a current projection value in the reference sequence unit, and generating a display switching list between the electronic equipment and any display equipment according to the current characteristic value and the current projection value;
The information output module is used for determining the display parameters of any display equipment according to the display switching list and outputting the target information in an information preview area of the electronic equipment according to the display parameters to obtain preview information;
The information sending module is used for extracting the reference characteristics of the preview information; judging whether the similarity value of the reference characteristic and a preset characteristic reaches a set threshold value or not; if yes, packaging the target information into a first information packet based on the display switching list and sending the first information packet to any display device so that any display device can display the target information; if not, weighting the reference features according to the display parameters to obtain target features of which the similarity values with the preset features reach the set threshold, performing feature restoration based on the target features to obtain adjustment information corresponding to the target information, packaging the adjustment information into a second information packet based on the display switching list, and sending the second information packet to any display device to enable the any display device to display the adjustment information.
9. An electronic device, comprising:
A processor, and
A memory and a network interface connected to the processor;
The processor is used for calling the computer program in the memory through a network interface and running the computer program through the memory of the processor so as to execute the information display method of any one of the claims 1 to 7.
10. A computer-readable storage medium, on which a computer program is stored, which, when being executed by a processor, implements the information display method according to any one of claims 1 to 7.
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