FR3099331A1 - Method and system for processing digital asset data packets to be authenticated - Google Patents

Abstract

This application provides a method and system for processing packets of digital asset data to be authenticated. After a point-to-point communication is established between a client and a digital asset confirmation platform, it must first determine a data packet downloaded through the client, so that the downloaded data packet is stored in the queue. queue to be processed according to the priority, then examining data of the work part of the data packet by order in the queue to be processed; if there are non-conforming data elements, give an examination result and continue to examine until all the data of the part of work elements are examined; if there are nonconforming items, return the results of the examination to the client; otherwise continue to process the physical digital asset portion of the data packet. Figure for abstract: Fig 4

Description

Method and system for processing packets of digital asset data to be authenticated

This application relates to the field of digital asset technologies, in particular a method and a system for processing digital asset data packets to be authenticated.

TECHNICAL CONTEXT

A digital asset confirmation platform, also known as a rights conformation platform, mainly aims to conform the rights of a large number of intellectual works or fruits of work for the registration of Copyright. Its functions mainly consist of two aspects: 1, confirm transaction rights for registered copyrights and trademarks or authorized patents; 2, confirm the rights of a large number of intellectual works or fruits of work not yet registered. In a scenario shown on the , point-to-point communication is established between the digital asset confirmation platform 2 and terminals 1 of various types (such as fixed and mobile terminals) via the Internet, and the user at the terminal can establish communication via a client 11 (or APP, etc.), to request the digital asset confirmation platform 2 to provide a digital asset authentication operation or a digital asset transaction operation through this communication.

The essential structure of Digital Asset Confirmation Platform 2 can be described with reference to the . As shown in the figure, a data receiving unit 21 is configured to receive the digital asset data packet to be authenticated (hereinafter referred to as the data packet) downloaded via the client 11 via a specified webpage or APP, and store it in a first internal database 25; a data selection unit 22 is configured to acquire the data to be authenticated or transferred from the first database 25 and send the data to a data processing unit 23; the data processing unit 23 is configured to process the data obtained according to the requirements and perform a rights confirmation or authentication operation, then store the result in a second database 26, and a return unit information is configured to return authorization and authentication confirmation information.

The data packet to be authenticated downloaded via the client 11 or the data packet stored in the first database 25 generally comprises a part of work elements and a physical part of digital assets. As shown on the , the work elements part 10 includes the name and address of the beneficiary, the information on the priority documents; Digital Asset Physics 20 is a collection of legal and technical documents that record the key content of the digital asset. During the authentication of a digital asset, in general, the data processing unit 23 first examines the data of the part of work elements, and after the examination has passed, examines the data digital asset physics. However, since there is nonconforming work item data to be examined, for example, the content or form does not meet the specification requirements or the data processing unit 23 is requested to simultaneously provide the data review operations to a large number of customers, when the data of a work item is not accepted during the review, it is impossible to wait for a correction on the erroneous data by suspending the review ; on the other hand, since the data processing unit 23 examines the data in automatic batch processing mode, to avoid a backlog of data to examine, it is impossible to suspend the examination when an element of work is not passed; To solve this problem, the easiest way is to exclude data packets that contain non-compliant data, in order to avoid affecting the examination of subsequent data packets. Assuming that a data packet contains 5 non-conforming work elements, in theory, it is necessary to make at least 5 returns to pass the examination of the elements of this work. It is evident that traditional data packet review not only delays the review of nonconforming work items, but also reduces the overall effectiveness of data review. Additionally, a file may contain more than one nonconforming work item, even if the review only detects nonconforming items during the data review process, which still will have no effect on the processing of possible subsequent non-conforming items, the only way to solve the non-conforming data problem will be through a cycle of review - error detection - correction which always repeats, it is obvious that the review efficiency (number examination total for a unit duration) of the existing system is severely limited for a large number of data to be examined.

DESCRIPTION OF THE INVENTION

The present application provides a system and a method for processing packets of digital assets to be authenticated, in order to solve the problem of reduced efficiency of examination of the existing systems due to a large number of data to be authenticated.

According to one aspect, the present application provides a method of processing digital asset data packets to be authenticated, which comprises:

determining the data packet downloaded via the client;

select the work unit part data from the data packet and examine the work unit part data item by item;

for non-compliant data item, give virtual reference value of the compliant data item and review result analysis, and continue to review item by item until all data in part d components are examined;

if there are non-compliant data items in the examined work item portion, return the examination results to the corresponding client, otherwise continue to process the physical digital asset portion of the data package.

According to another aspect, the present application further provides a system for processing data packets to be authenticated, which comprises: a first database for storing the data packets to be authenticated and a second database for storing the data packets examined and compliant, and which is characterized in that it also includes:

a data receiving unit, which is configured to receive the data packets to be authenticated downloaded by the client via a specified web page or APP, and store them in the first internal database;

a data selection unit, which is provided with a first-in and first-out processing queue and a selection unit; the queue to be processed is configured to store in order the data packets to be authenticated for priority processing obtained from the first database by the selection unit;

a data processing unit, which includes a work element examination wire and a physical data processing wire; wherein, the work element examination thread is configured to read the data packet to be authenticated from the queue to be processed element by element, select the data of the part of work elements from the data packet to authenticate and examine; for a data item examined and non-compliant, give a virtual reference value of the compliant data item and an analysis of the results of the examination, and continue to examine item by item until all items of work of the part of work elements are examined; if there are non-conforming data items in the examined part of work elements, return the examination results to the corresponding customer by the feedback unit, otherwise continue to process the physical part of digital asset of the data packet by the physical data processing thread.

The method according to the present application comprises examining the work element part of a data packet element by element on a continuous basis and returning the results of the data examination once the examination is completed, which allows the user to correct the nonconforming items at once, and thus avoid the problem of reduced review efficiency due to repeating the cycle of review - error detection - correction.

DESCRIPTION OF FIGURES

is an application scenario view of a digital asset platform;

is a diagram of the essential structure of a digital asset confirmation platform.

is a data composition schema of the digital asset data packet to be authenticated;

is a flowchart of the process for processing digital asset data packets to be authenticated;

is a diagram of sub-steps of step S1 of the process of the ;

is a block diagram of the formation of the queue to be processed according to the method for processing data packets of digital assets to be authenticated of this application;

is a block diagram of raising the level of a data packet to be authenticated according to the method for processing digital asset data packets to be authenticated of this application;

is a flow diagram of preferably the process of raising the level of a data packet to be authenticated according to the method for processing digital asset data packets to be authenticated of the present application;

is a block diagram of the process of moving the data to be examined to the special processing queue according to the method of processing packets of digital asset data to be authenticated;

is a flowchart of an exemplary embodiment of the method for processing digital asset data packets to be authenticated of this application;

is a flowchart of another exemplary embodiment of the method for processing data packets of digital assets to be authenticated of this application;

is a diagram of communication between the data selection unit and the data processing unit in the data packet processing system to be authenticated of this application;

is a structural diagram preferably of the data selection unit of the data packet processing system to be authenticated of the present application.

EMBODIMENTS

According to the solution provided in this application, by the data packet of digital assets to be authenticated (hereinafter referred to as the data packet) is meant a set of documents relating to digital assets of intellectual works or fruits of work on which one can carry out the operations such as a confirmation of rights and a transaction of rights. For the relative documents of digital assets uploaded through the client, if they are the subject of a transaction, they must be sent to the following platform; for digital works that only require a confirmation of rights, such as texts, music, cinematographic and television works, it suffices to carry out operations such as the return of the timestamp, the public key and the the private key and linking for works and links.

As shown on the , the present application provides a method for processing digital asset data packets to be authenticated, which comprises the following steps:

S1: determine the data packet downloaded via the client;

The customer can upload the data to be authenticated to the digital asset authentication platform, which can be configured to terminals of various types (such as fixed or mobile terminals), or can be in other forms (such as APP and functional software); the user can establish communication between the terminal (such as computer and mobile phone) and the digital asset authentication platform through the client, once a communication between the client and the authentication platform authentication of the digital assets established, the data packets received by the platform can be a plurality of data packets downloaded via a client, or a plurality of data packets downloaded via several clients; the number of clients and data packets targeted by this application should be considered over an extremely wide range.

In general, the client will perform a plurality of data downloads, at the end of each download, two types of possible examination results can be generated: the data packet has passed the examination or not; if not passed, the user must correct the failed data packet on the client and then re-download the packet; therefore, for each independent customer, there is not only the problem of a large number of data packets to be downloaded each time, but also the problem of different kinds. Since each data package contains different data content and may be downloaded for the first time, or the second time, the third time or more, it is very important to determine the download order of the package when of the download. Therefore, determining the data packet downloaded via the client according to the present application means not only determining the type of the data packet, but also determining the download order of the packet.

In particular, conforming the type of the data packet includes checking and determining the type of data contained in the data packet, and checking the data packet to find out whether the data packet has been downloaded and the number of downloads; according to the type of data packet, determining the importance level of the data packet according to the defined rules, in order to determine the download priority; for example, for data packets of the same type, if it is verified that one data packet has been downloaded but is not accepted, this data packet will take priority over other data packets of the same type when re-downloading; If all data packets are downloaded for the first time or have been downloaded for the same number of times, the one data packet whose importance rating is higher than the other data packets will be given priority over other data packets when re-downloading.

Determine the download order of the data packets, in particular, for a large number of data packets to be authenticated, determine the priority of each data packet, for example, put the data packets in descending order according to the priority or in other ways; if each data packet corresponds to a unique level, it is possible to determine the download order according to the priority level.

With reference to the , step S1 comprises the following steps:

S11: put all the data packets to be authenticated in descending order according to priority; the priority of the data packet to be authenticated refers to the priority processing level of the data packet to be authenticated. In practical applications, the priority can be expressed as numbers, letters or other forms, for example, the priority can be defined as level 1, level 2, level 3, ..., and level n, plus the number is large, the higher the priority, the sooner it will be examined; further, when the number of data packets is very large, the priority can be expressed by a specific value or symbol, so as to effectively distinguish the priority of all data packets.

The principle of setting the priority can be variable, which can be the importance of the content of the data packet to be authenticated, for example, a data packet (object specifications, types, images, data from image, etc.) which is closely related to the object of transaction and confirmation of rights will have high priority, and a data packet (process numbers, etc.) which is less closely related to the object of transaction and confirmation of rights will have priority base; for example, for a data packet which has been downloaded for many times, its contents may be considered to be more important and may have a higher priority;

In addition to the definition principle above, the priority can also be defined according to the transaction delay; for example, a data packet that is approaching the transaction timeout will have a relatively high priority; for data packets containing the same or similar contents, the data packet with shorter transaction times will have higher priority than the one with relatively long transaction times;

The two prioritization principles above may be considered separately or in combination; moreover, the exemplary embodiments of the present application are not limited to the combination of the above two definition principles, and other realizable definition principles can also be considered separately or in combination.

S12: Selecting the data packets to be authenticated in order according to the ordering result and storing them in a queue to be processed first-in and first-out; once all the data packets to be authenticated have been distinguished by priority levels, all the data packets to be authenticated can be selected according to the priority before downloading. In particular, a first-in and first-out processing queue of data packets to be authenticated, i.e. a processing queue, will be arranged, and then a structural unit having a data selection function (for example , the data selection unit 22 of the ) stores in order the corresponding data packets to be authenticated in the queue to be processed according to the priority levels; the queue to be processed may be disposed in the data selection unit 22 by default, or a memory may be disposed to store the queue to be processed, and the data selection unit 22 performs operations data storage;

With reference to the , to select the data packet to be authenticated to be stored in the queue to be processed, it is necessary to define the download order according to the priority of the data packet to be authenticated, for example, as shown in the , the priority of the data packet to be authenticated B is the highest and will thus be determined as the first priority selection object, the priority of the data packet to be authenticated C is next and the priority of the data packet to be authenticated A is the highest base ; at this time, if there is a data packet to be authenticated D, and its priority is between the data packets to be authenticated B and C, it is necessary to place the data packet to be authenticated D before the data packets to authenticate C and A. In the queue to be processed, the data packets selected earlier are placed at the front of the queue, and in the next examination, it is the data packets to be the front of the queue which will be processed first, which makes it possible to achieve the principle of first-in and first-out of the queue.

S13: Determine the data packets downloaded through the client based on the order of the data packets released from the queue to be processed, i.e. determine the number, content and order of review of downloaded data packages. By taking into account the priority of the data packet in the queue to be processed, a data packet having a higher priority can be examined earlier and pass the examination sooner; if the queue contains a data packet that did not pass the previous examination, taking into account that it has been corrected and the possibility of passing the examination is thus increased, it can be examined earlier by raising his priority level, so he can take the exam sooner. The exemplary embodiments of the present application appear to have the effect of reducing the current data backlog and improving efficiency.

Also, for a data packet that did not pass the previous review, one can define a method to elevate its priority so that it can be reviewed sooner during the re-scan, in order to pass the review sooner. possible. In particular, the priority of a non-conforming data packet can be high, with reference to the , during the previous download, the data packet A to be authenticated is located at a base priority position in the queue to be processed, and because it did not pass the previous examination, the user must correct it and re-upload. At this point, before re-downloading the data packet, the priority of the data packet will be raised automatically by the system, including: if the priority of the data packet is level 1 at previous download, after the correction for re- download, its priority can be level 2, level 3 or higher. The priority escalation magnitude can be set in advance or set according to the importance of data packet content, transaction delay, etc.

At the same time, in the example embodiment above, if a data packet has not passed yet to the end of several downloads, the probability of passing the examination cannot be effectively increased by continuing to download, from more, the system data examination space will be occupied and the examination efficiency will be affected; therefore, with reference to the , the step of determining the data packet downloaded via the client further comprises:

S121: set a threshold of the number of data examination; said threshold of the number of data examinations can be represented by T, and the value of T can be set in advance, for example, T = 3, which means that the maximum number of allowable examinations is three.

S122: for a data packet to be authenticated that has not passed the first examination, count the total number of examinations, where t is the total number, which is an integer greater than zero; if the total number is less than or equal to the threshold of the number of data examination, that is t≤T, then raising the priority for a re-download and storing it in the queue to be processed for a re-download;

S123: if the total count is greater than the data examination count threshold of t＞T, moving the data packet to be authenticated to the special processing queue; in the present example embodiment, the special processing queue is arranged to store data packets that are still non-compliant at the end of multiple downloads, and perform centralized processing on the data packets, including processing the processing operation will not be limited to the present embodiment; Note that the special processing queue and the processing queue are independent of each other, such as the processing queue, the special processing queue can also be disposed by default in the data selection unit 22, or disposed in a memory to store the queue to be processed, and the data selection unit 22 performs data storage operations.

The steps S121-S123 above can be described with reference to the , giving that the predefined threshold of the number of data examinations T = 3, i.e. the maximum number of admissible examinations is three, if a data packet to be authenticated does not pass the first examination, and for the second download, t = 2 <T according to the solution in step S122, the data packet downloaded at this time will have a higher priority than that at the first examination; if the data packet does not pass the second examination, for the third download, t=3=T according to the solution in step S122, the downloaded data packet will have a higher priority than that at the second examination; if the data packet does not pass the third examination, for a next download, t=4＞T according to the solution in step S123, the data packet downloaded at this time will be stored in the special processing queue .

As shown on the , once the step of determining the data packet downloaded via the client is complete, it is appropriate to perform the examination on the data packet;

S2: Select the work unit part data from the data packet and examine the work unit part data item by item;

According to the technical solution of the present application, the work element part of the data packet to be authenticated is selected first to examine, after the work element part passes the examination, the physical part of 'corresponding digital asset will undergo review; the physical part generally includes the name and address of the rightful claimant, the information on the priority documents, which may be in the form of forms, data bars or any other form, in which the examination on the data of the part of work elements consists in detecting missing elements examined and redundant elements and verifying that the data of the elements examined are correct;

According to the present application, the examination of the part of work elements element by element consists in selecting the data packet furthest in the queue according to the order of the data packets in the queue. waiting, examining the work element part of the data packet to obtain an examination result and accepting the examination result or not; then, without returning the examination result, continue to select the next data packet in the queue to be processed and examine the corresponding part of work elements to obtain an examination result; and so on, until the work items of all the data packets in the queue to be processed are examined, the examination of the item-by-item work item portion of the items is finally finished.

S3: For a non-compliant data item, give virtual reference value of the compliant data item and review results analysis, and continue to review item by item until the data of the entire part of work elements is examined;

The non-acceptable result of the examination of the part of work elements, possibly due to the non-conforming data elements contained in the part of work elements. Nonconforming data items in these examples may be incorrect items in the work items part, one or more missing items in the work items part, or redundant items in the work items part. work, etc. After the system examination result is obtained, in order to facilitate the user to quickly perform the correction, it is necessary to give a reference value of the conforming data item corresponding to the non-conforming data item, and give an analysis of the examination results, the content of the analysis of the examination results may contain the position of the non-conforming item, i.e. the data packet in which the item is located nonconforming, the initial analysis of the cause of the nonconforming element and the suggestions for correction. For example, when the result of the examination of a data packet is detected as follows: the name of the trustee is incorrect, in this case the virtual reference value of the conforming data element and the analysis of exam results can be expressed as “exam result: not passed; cause: typos; analysis of the cause: incorrect entry of the homophony; conforming element reference value: 章三; suggested correction: replace '张三' with '章三'”; it should be noted that there are other possibilities for the above analysis results and that they are not limited by the present example, moreover, the expression of the analysis result can be in various forms, such as charts, information tickets, etc.

S 4: If there are non-conforming data elements in the examined work element part, return the examination results to the corresponding customer, otherwise continue to process the digital asset physical part of the work package. data ;

According to the technical solution provided by the present application, after the work items of all the data packets in the queue to be processed have been examined, it should be judged whether there are non-conforming data items by performing the item-by-item review. If there are nonconforming data elements, the data in the data packet should be corrected; Taking into account the information generated in the previous step, such as the analysis of the results on the non-compliant data elements, the data in the data packet must be corrected, in this case, it is enough to collect the information relating to the elements of non-compliant data and send to the corresponding client, so that the user performs operations on the set, such as correction and confirmation.

In particular, the process can be illustrated by the following example:

For a customer, assuming that he has downloaded five data packets to authenticate, which are the A-G data packets, at the end of the examination by the system, the statistics show that there are the non-compliant items in packages B and G, in addition, the contents of the analysis on the examination results can be viewed in the examination results sent to the client; according to the results of the examination, the A/C/D data packets that do not contain non-compliant data items have passed the examination, it is possible to continue to process the physical digital asset part of the packet of data ; Since the examination results according to this application will be returned together per customer, it avoids the problem of reduced examination efficiency due to non-compliant item;

Examination results can be returned as a form or otherwise, which is more intuitive and easier for the user to perform operations such as correction and confirmation.

Moreover, with reference to the , the method provided in the present application further comprises the following step:

S41: Provide a reprocessing ID in the scan results returned to the client, the reprocessing ID being used to identify the priority of the data packet when re-downloading;

According to the technical solution provided by this application, either giving a reprocessing identification in the examination results returned to the client, or adding an identification to the data packet not passed, which is equivalent to identifying the priority of the data packet to be re- download, which aims to prioritize data packets having reprocessing identification when determining the data packet downloaded through the client;

Adding a reprocessing identification can be realized by selecting a repeat drop of the item to the customer, in particular, it is to add a display operation on the customer page, the user selects a data packet to file repeatedly. Once selected, the selected data packet will get a system asset code, which can be a request code or an A code and allows the data packet to get its priority to elevate;

For the reprocessing identification form, with reference to a workable example, it can be expressed by identifying a data packet with "+" symbol. Assuming that the priority of a data packet at the previous review is Level 2, after one review the data packet returned to the client will be identified as Level 2+, and after two reviews it may be identified as Level 2++, where priority 2+ is greater than 2, and level 2++ is greater than 2+.

Moreover, with reference to the , the method provided in the present application further comprises the following step:

S42: judging whether there are critical items in the nonconforming data items; if yes, perform the step of returning the examination results to the corresponding client, if not, move the corresponding data packet to the correction queue and process it according to the correction process;

According to the technical solution provided by the present application, a nonconforming data item judging process is added, which aims to judge whether there are the critical items in the nonconforming data items, if yes, it means that nonconforming data causes critical issues that affect the confirmation of rights, such as errors in the inventor's name, errors in dates, errors in addresses and the like, which must be corrected; however, if any critical element exists in the nonconforming data items, the nonconforming data items are only nonconforming fonts, spaces between words, and other errors that do not affect normal understanding, in case of not passing the exam, re-uploading will reduce the overall effectiveness of entitlement confirmation and waste system resources; therefore, according to the present applications, if there are the critical items which do not have major impact, the corresponding data packet can be moved to the remediation queue and processed according to the remediation process, which makes it possible to speed up the confirmation of rights, and also save system resources, and the user only has to perform a correction on all contents of this part later.

According to the above method, the present application further provides a data packet processing system to be authenticated, as shown in Figures 2, 12 and 13, which comprises: a first database 25 for storing the data packet to be authenticated and a second database 26 for storing the compliant data packets, and which is characterized in that it further comprises:

a data receiving unit 21, which is configured to receive the data packets to be authenticated downloaded by the client 11 through a specified webpage or APP, and store the data packets to be authenticated and a request code indicated in the first internal database 25; the request code may be generated by the data receiving unit 21 upon initial receipt of the data packet, or may be indicated by the feedback unit 24 with the return results of the examination previous ;

a data selection unit 22, which is provided with a first-in and first-out processing queue 221 and a selection unit 222; the queue to be processed 221 is configured to store in order the data packet to be authenticated for priority processing obtained from the first database 25 by the selection unit 222;

a data processing unit 23, which includes a work element examination wire 231 and a physical data processing wire 232; wherein, the work item review thread 231 is configured to read the data packet to be authenticated from the processing queue 221 item by item, select the data from the work item portion in the data packet to be authenticated and examined; for a nonconforming data item, give a virtual reference value of the compliant data item and an analysis of the examination results, and continue to examine item by item up to all the work items of the part elements of the work are examined; if there are nonconforming data items in the inspected work item part, returning the inspection results to the corresponding customer 11 by the feedback unit 24, otherwise continuing to process the part physical digital asset of the data packet by the physical data processing thread 232.

The work item examination thread 231 comprises a normal examination thread 2311 and a virtual examination thread 2312, in which:

The normal examination thread 2311 is configured to select the data of the part of work elements in the data packet to be authenticated and examine element by element, if there are non-compliant data elements, forward the examination at the virtual examination thread 2312, otherwise continuing to process the physical part of the digital asset by the physical data processing thread 232;

The virtual examination thread 2312 is configured to examine element by element, until all the data of the work element part is examined and to return the results of the examination to the corresponding client 11 by the feedback unit 24.

The data selection unit 22 is further provided with an examination number judgment unit 223 and a special processing queue 224; in which,

the examination number judging unit 223 is configured to set a threshold of the number of data examination; for a data packet to be authenticated not passed the examination, count the total number of examination, if the total number is less than or equal to the threshold of the number of data examination, then raise the priority for re-uploading by the selection unit 222; and if the total count is greater than the data examination count threshold, moving the data packet to be authenticated to the special processing queue 224.

The return unit 24 is further configured to give a reprocessing identification in the examination results returned to the client, the reprocessing identification being used to identify the priority of the data packet when re-downloading.

It should be noted that, since the exemplary embodiments of the present application are proposed based on the above processing method, in the actual application scenarios, the mode of execution of each unit composing the system provided by the present application corresponds to the above method, and which will not be described here.

Claims (10)

A method of processing digital asset data packets to be authenticated, which comprises the following steps:
determining the data packet downloaded via the client;
selecting the work element part data from the data packet and examining the work element part data element by element;
for non-compliant data item, give virtual reference value of the compliant data item and review result analysis, and continue to review item by item until all data in part d components are examined;
if there are non-conforming data items in the examined work item portion, returning the examination results to the corresponding client, otherwise continuing to process the digital asset physical portion of the data packet. Method of processing digital asset data packets to be authenticated according to claim 1, characterized in that the step of determining the data packet downloaded via the client comprises the steps:
put all the data packets to be authenticated in descending order according to the priority;
selecting the data packets to be authenticated in order according to the ordering result and storing them in a queue to be processed first-in and first-out;
determining the data packets downloaded via the client according to the order of the data packets dequeued to be processed. Method for processing data packets of digital assets to be authenticated according to claim 2, characterized in that the priority is defined in advance or defined according to the importance of the content of the data packet and/or the delay of transactions. Method of processing digital asset data packets to be authenticated according to claim 3, characterized in that the step of determining the data packet downloaded via the client further comprises the steps:
for a data packet to be authenticated that has not passed the first examination, counting the total number of examinations, if the total number is less than or equal to the threshold of the number of data examinations, then raising the priority for a re-download;
if the total count is greater than the data examination count threshold, moving the data packet to be authenticated to the special processing queue. Method according to any one of claims 2 to 4, characterized in that the step of returning the results of the examination to the corresponding client comprises the steps:
providing a reprocessing identification in the examination results returned to the client, the reprocessing identification being used to identify the priority of the data packet when re-downloading; A method of processing digital asset data packets to be authenticated according to claim 5, characterized in that, before returning the results of the examination to the corresponding client, the method further comprises the steps:
judging whether there are critical elements in the nonconforming data elements; if yes, performing the step of returning the examination results to the corresponding client, if not, moving the corresponding data packet to the correction queue and processing it according to the correction process; A system for processing data packets to be authenticated, which comprises: a first database (25) for storing the data packets to be authenticated and a second database (26) for storing the examined and compliant data packets, characterized in that it further comprises:
a data receiving unit (21), which is configured to receive the data packets to be authenticated uploaded by the client (11) via a specified web page or APP, and store the data packets to be authenticated and a request code indicated in the first database (25);
a data selection unit (22), which is provided with a first-in and first-out processing queue (221) and a selection unit (222); the queue to be processed (221) is configured to store in order the data packet to be authenticated for priority processing obtained from the first database (25) by the selection unit (222);
a data processing unit (23), which includes a work element examination wire (231) and a physical data processing wire (232); wherein, the work item examination thread (231) is configured to read the data packet to be authenticated from the processing queue (221) item by item, selecting the data from the part of work items in the data packet to be authenticated and examined; for non-compliant data item, give virtual reference value of the compliant data item and review result analysis, and continue to review item by item until all data in part d components are examined; if there are nonconforming data items in the inspected work item portion, returning the inspection results to the corresponding client (11) by the feedback unit (24), otherwise continuing processing the physical digital asset portion of the data packet by the physical data processing thread (232). A system for processing digital asset data packets to be authenticated according to claim 7, characterized in that the work element examination thread (231) comprises a normal examination thread (2311) and a virtual exam (2312), wherein:
the normal examination thread (2311) is configured to select the data of the part of work elements in the data packet to be authenticated and examine element by element, if there are non-compliant data elements, forward examining at the virtual examination thread (2312), otherwise continuing to process the physical portion of digital asset through the physical data processing thread (232);
the virtual examination thread (2312) is configured to examine element by element, until all the data of the work element part is examined and to return the results of the examination to the corresponding client (11 ) by the feedback unit (24). A system for processing data packets of digital assets to be authenticated according to claim 7, characterized in that the data selection unit (22) is further provided with an examination number judging unit (223 ) and a special processing queue (224); in which,
the examination number judgment unit (223) is configured to set a threshold of the data examination number; for a data packet to be authenticated not passed the examination, count the total number of examination, if the total number is less than or equal to the threshold of the number of data examination, then raise the priority for re-uploading by the selection unit (222); and if the total count is greater than the data examination count threshold, moving the data packet to be authenticated to the special processing queue (224). A digital asset data packet processing system to be authenticated according to claim 7, characterized in that, the return unit (24) is further configured to give a reprocessing identification in the examination results returned to the client , the reprocessing identification being used to identify the priority of the data packet when re-downloading.