CN115729736A

CN115729736A - APP data analysis method based on AI and server

Info

Publication number: CN115729736A
Application number: CN202211118059.1A
Authority: CN
Inventors: 赵志刚; 张涵洋
Original assignee: Xie Faze
Current assignee: Xie Faze
Priority date: 2022-03-08
Filing date: 2022-03-08
Publication date: 2023-03-03
Also published as: CN114546706A; CN114546706B

Abstract

The invention provides an APP data analysis method and a server based on AI, which are used for carrying out business error reporting event identification on jth group of APP operation behavior information of an APP interactive session to be subjected to defect analysis and determining a first event initial identification record of a business error reporting event in the jth group of APP operation behavior information; determining first service error reporting event positioning data of the jth group of APP operation behavior information based on the jth group of APP operation behavior information, the first event initial identification record and a reference type event initial identification record aiming at a service error reporting event in the jth group of APP operation behavior information, wherein the first service error reporting event positioning data covers first event defect associated description of the service error reporting event in the jth group of APP operation behavior information, and the reference type event initial identification record is determined based on service error reporting event positioning data estimation of i group of APP operation behavior information prior to the jth group of APP operation behavior information.

Description

APP data analysis method based on AI and server

The application is the application program defect analysis method and the server applied to deep learning, and has the application number of 2022102188503, the application date of 20220308 and the application name of deep learning.

Technical Field

The invention relates to the technical field of artificial intelligence, in particular to an APP data analysis method based on AI and a server.

Background

An Application (APP) is a computer program that performs one or more specific tasks, runs in a user mode, can interact with a user, and has a visual user interface. An application can be generally divided into two parts: a Graphical User Interface (GUI) and an engine (engine).

With the continuous development of Deep Learning (Deep Learning) technology, deep Learning has been able to provide technical support for application program analysis. One of the floor technologies of deep learning in the application program field is defect analysis, but compared with user portrait processing, when performing application program defect analysis by deep learning, it is difficult to guarantee the analysis quality, and it is more difficult to accurately perform application program defect repair.

Disclosure of Invention

The invention provides an APP data analysis method and a server based on AI, and the invention adopts the following technical scheme in order to achieve the technical purpose.

The first aspect is an AI-based APP data analysis method applied to an artificial intelligence server, the method comprising:

performing service error reporting event identification on jth group of APP operation behavior information of an APP interaction session to be subjected to defect analysis, and determining a first event initial identification record of a service error reporting event in the jth group of APP operation behavior information, wherein j is greater than 1 and is an integer;

determining first service error reporting event positioning data of the jth group of APP operation behavior information based on the jth group of APP operation behavior information, the first event initial identification record and a reference type event initial identification record aiming at a service error reporting event in the jth group of APP operation behavior information, wherein the first service error reporting event positioning data covers the first event defect associated description of the service error reporting event in the jth group of APP operation behavior information, the reference type event initial identification record is determined based on service error reporting event positioning data estimation of the jth group of APP operation behavior information, and i = j-1 and i is a positive integer.

For an embodiment that is indicative and independent, the performing error event recognition on the jth group of APP operational behavior information of the APP interactive session to be subjected to defect analysis, and determining the first event initial recognition record of the error event in the jth group of APP operational behavior information includes:

based on the estimated probability distribution of the service error-reporting event in the jth group of APP operation behavior information, decomposing the jth group of APP operation behavior information into a first behavior information set carrying the service error-reporting event, a second behavior information set not carrying the service error-reporting event and a third behavior information set not judging whether the service error-reporting event is carried or not;

and performing service error event recognition on the first behavior information set and the third behavior information set of the jth group of APP operation behavior information, and determining a first event initial recognition record of the service error event in the jth group of APP operation behavior information.

For one illustrative and independent embodiment, the method further comprises: based on second service error reporting event positioning data of i groups of APP operation behavior information prior to the jth group of APP operation behavior information, improving the first service error reporting event positioning data of the jth group of APP operation behavior information, and determining the second service error reporting event positioning data of the jth group of APP operation behavior information;

wherein the method further comprises: estimating the process expression of the service error reporting event in the jth group of APP operation behavior information based on second service error reporting event positioning data of i group of APP operation behavior information preceding the jth group of APP operation behavior information, and determining a reference type event initial identification record of the service error reporting event in the jth group of APP operation behavior information.

For one illustrative and independent embodiment, the method further comprises: based on the reference type event initial identification record of the service error reporting event in the jth group of APP operation behavior information and the ith group of APP operation behavior information, adjusting the estimated probability distribution of the service error reporting event in the ith group of APP operation behavior information, and determining the estimated probability distribution of the service error reporting event in the jth group of APP operation behavior information.

For an exemplary and independent embodiment, the performing service error event identification on the first behavior information set and the third behavior information set of the jth group of APP operation behavior information, and determining a first event initial identification record of a service error event in the jth group of APP operation behavior information includes:

significant content mining is carried out on APP operation behavior information of the first behavior information set and the third behavior information set, and first operation behavior significant content is obtained;

performing service error event recognition on the first operation behavior remarkable content, and determining a second event initial recognition record of the service error event in the jth group of APP operation behavior information;

and determining a specified number of first initial event identification records from the second initial event identification records based on the credibility evaluation of each second initial event identification record.

For an exemplary and independent embodiment, the determining first service error event positioning data of the jth group of APP operation behavior information based on the jth group of APP operation behavior information, the first event initial identification record and a reference type event initial identification record for a service error event in the jth group of APP operation behavior information includes:

respectively performing up-sampling processing on the reference type event initial identification record of each service error reporting event in the jth group of APP operation behavior information, and determining a third event initial identification record of each service error reporting event;

respectively binding the third event initial identification record and the first event initial identification records, and determining a service error reporting event pointed by each first event initial identification record;

based on the first event initial identification record and first local APP operation behavior information pointed by a behavior information set where the first event initial identification record is located, and the third event initial identification record and second local APP operation behavior information pointed by a behavior information set where the third event initial identification record is located, performing initial event identification record sorting on each service error reporting event in the jth group of APP operation behavior information respectively to obtain first event defect associated description of each service error reporting event in the jth group of APP operation behavior information;

the binding the third initial event identification record and the first initial event identification records respectively, and determining the service error reporting event pointed by each first initial event identification record, includes: respectively determining a quantitative comparison result between each third event initial identification record and each first event initial identification record; taking a third event initial identification record of which the quantitative comparison result with the first event initial identification record is not less than the quantitative comparison result judgment value as a bound third event initial identification record; and taking the service error reporting event pointed by the third event initial identification record bound with the first event initial identification record as the service error reporting event pointed by the first event initial identification record.

For an embodiment that is indicative and independent, each second service error reporting event positioning data includes a second event defect associated description of a service error reporting event, the second service error reporting event positioning data based on i-group APP operation behavior information that precedes the jth group APP operation behavior information improves the first service error reporting event positioning data of the jth group APP operation behavior information, and determines the second service error reporting event positioning data of the jth group APP operation behavior information, including:

determining an event defect association description cluster of a first service error reporting event, wherein the first service error reporting event is one of the jth group of APP operation behavior information, and the event defect association description cluster of the first service error reporting event covers a second event defect association description of the first service error reporting event in second service error reporting event positioning data of the ith group of APP operation behavior information and a first event defect association description of the first service error reporting event in first service error reporting event positioning data of the jth group of APP operation behavior information;

regarding one event defect association description in an event defect association description cluster of the first service error event, taking the event defect association description of which the offset between the event defect association description and the event defect association description in the event defect association description cluster does not exceed an offset decision value as an expected association description of the event defect association description;

determining a third event defect associated description with the largest expected associated description number from the event defect associated description cluster of the first service error reporting event;

and sorting all expected association descriptions of the third event defect association description and the third event defect association description, and determining a second event defect association description of a first service error reporting event in the jth group of APP operation behavior information.

For one illustrative and independent embodiment, the method further comprises: estimating the process expression of the service error event in the kth group of APP operation behavior information based on second service error event positioning data of i group of APP operation behavior information preceding the jth group of APP operation behavior information and second service error event positioning data of the jth group of APP operation behavior information, and determining a reference type event initial identification record of the service error event in the kth group of APP operation behavior information; k = j +1;

wherein the method further comprises: based on the reference type event initial identification record of the service error reporting event in the kth group of APP operation behavior information and the jth group of APP operation behavior information, adjusting the estimated probability distribution of the service error reporting event in the jth group of APP operation behavior information, and determining the estimated probability distribution of the service error reporting event in the kth group of APP operation behavior information.

significant content mining is carried out on the operation behavior information of the jth group of APP to obtain significant content of a second operation behavior;

performing service error reporting event identification on the second operation behavior remarkable content, and determining a fourth event initial identification record of the service error reporting event in the jth group of APP operation behavior information;

determining a specified number of first event initial identification records from each fourth event initial identification record based on the credibility evaluation of the fourth event initial identification record;

the first service error reporting event positioning data also covers semantic keywords of a service error reporting event in the jth group of APP operation behavior information, and the first service error reporting event positioning data of the jth group of APP operation behavior information is determined based on the jth group of APP operation behavior information, the first event initial identification record and a reference type event initial identification record for the service error reporting event in the jth group of APP operation behavior information, and includes: performing differential analysis processing on a second service error reporting event based on third local APP operation behavior information pointed by a behavior information set in which the first event defect association description is located and the second service error reporting event, and determining semantic keywords of the second service error reporting event, wherein the second service error reporting event is one of the jth group of APP operation behavior information;

the APP interaction session to be subjected to defect analysis comprises an online payment session, a service error reporting event in the jth group of APP operation behavior information comprises a user information leakage event, and a first event defect association description of the service error reporting event in the jth group of APP operation behavior information comprises a defect description of a visual behavior information set.

A second aspect is an artificial intelligence server comprising a memory and a processor; the memory and the processor are coupled; the memory for storing computer program code, the computer program code comprising computer instructions; wherein the computer instructions, when executed by the processor, cause the artificial intelligence server to perform the method of the first aspect.

According to one embodiment of the invention, a first event initial identification record of a service error reporting event in the jth group of APP operation behavior information can be determined; the initial identification record of the first event is improved by combining the initial identification record of the reference type event determined by the prior estimation of the positioning data of the error reporting event, and the positioning data of the error reporting event of the operation behavior information of the jth group of APP is obtained, so that the quality of the identification of the error reporting event of the service can be guaranteed, further, the source tracing and the repair of the application program defects are carried out through the associated description of the first event defects which is accurate and complete as far as possible, the safe and stable operation of the application program is guaranteed, and the loss caused by the network attack on the application program data of the server side and/or the user side due to the defects is avoided.

Drawings

Fig. 1 is a schematic flow chart of an AI-based APP data analysis method according to an embodiment of the present invention.

Fig. 2 is a block diagram of an AI-based APP data analysis apparatus according to an embodiment of the present invention.

Detailed Description

In the following, the terms "first", "second" and "third", etc. are used for descriptive purposes only and are not to be construed as indicating or implying relative importance or implicitly indicating the number of technical features indicated. Thus, a feature defined as "first," "second," or "third," etc., may explicitly or implicitly include one or more of that feature.

Fig. 1 is a schematic flowchart illustrating an AI-based APP data analysis method according to an embodiment of the present invention, where the AI-based APP data analysis method may be implemented by an artificial intelligence server, and the artificial intelligence server may include a memory and a processor; the memory and the processor are coupled; the memory for storing computer program code, the computer program code comprising computer instructions; wherein the computer instructions, when executed by the processor, cause the artificial intelligence server to perform the techniques described in the following steps.

step11, performing service error reporting event identification on jth group of APP operation behavior information of an APP interaction session to be subjected to defect analysis, and determining a first event initial identification record of the service error reporting event in the jth group of APP operation behavior information.

Wherein j >1 and j is an integer.

step12, determining first service error reporting event positioning data of the jth group of APP operation behavior information based on the jth group of APP operation behavior information, the first event initial identification record and a reference type event initial identification record aiming at a service error reporting event in the jth group of APP operation behavior information.

The first service error event positioning data covers a first event defect associated description of a service error event in the jth group of APP operation behavior information.

Further, the reference type event initial identification record is determined based on service error reporting event positioning data estimation of i groups of APP operation behavior information preceding the j-th group of APP operation behavior information, i = j-1, and i is a positive integer. Further, the reference type initial event recognition record may be understood as a prediction result of the event recognition, and the first initial event recognition record may be understood as a preliminary recognition result or a candidate recognition result.

For example, the APP interactive sessions to be subjected to defect analysis may include online payment sessions such as group purchase service projects and cross-e-commerce projects, and may also include digital office sessions such as file transfer and project interaction. Business error reporting events which may include various semantic keywords in the APP interactive session to be subjected to defect analysis, such as: business process error reporting event, business guide error reporting event and business program error reporting event. The embodiment of the invention does not limit the semantic keywords (types) of the APP interactive session to be subjected to defect analysis and the semantic keywords of the business error reporting event. The APP interactive session to be subjected to defect analysis may be understood as a target APP interactive session (generally selected according to preset defect analysis conditions) meeting the defect analysis conditions. Semantic keywords can be understood as categories that distinguish business error reporting events.

It can be understood that when the error event of the service in the APP interactive session to be subjected to the defect analysis is identified, the session log of the APP interactive session to be subjected to the defect analysis may be obtained by using the collection thread (the pre-compiled data information processing thread having the related function), so that the error event of the service in the session log is conveniently identified. On the premise of identifying the global service error reporting event, the obtained session log may include APP operation behavior information, APP running log information, and the like. The collection thread may be understood as a preset collection program. The embodiment of the invention does not limit the attribute of the acquisition thread and the exemplary attribute of the acquired session log.

For a possible embodiment, a plurality of groups of session logs of the APP interactive session to be subjected to defect analysis can be continuously obtained, and the artificial intelligence server is used for performing service error reporting event identification on each group of session logs one by one. If the session log is the APP operation behavior information, the processing may be performed immediately. If the session log is the APP operation log information, the APP operation log information may be subjected to reverse mapping change (mapping processing of information characteristics may obtain information more convenient to process), and processing is performed after the APP operation behavior information is obtained.

For example, for a first group of the plurality of groups of APP operation behavior information, service error event recognition may be immediately performed on the first group of APP operation behavior information in step11, and a first event initial recognition record of the service error event in the first group of APP operation behavior information is obtained; and immediately sorting (such as splicing, fusing and the like) the first event initial identification record in step12 to obtain the first event defect associated description of the service error reporting event of the first group of APP operation behavior information.

For a possible embodiment, for a jth group (j >1 and j is an integer) in a plurality of groups of APP operation behavior information, service error event recognition may be performed on the jth group of APP operation behavior information in step11, and a first event initial recognition record of the service error event in the jth group of APP operation behavior information is determined. The information of the first event initial identification record may include an event key link constraint indicator (such as a distribution condition or an information association condition in the APP operation behavior information) of the first event initial identification record.

For a possible embodiment, the process of identifying the service error event may be implemented by a service error event identification model which is debugged in advance, where the service error event identification model may include a deep learning model and a behavior information set acquisition model, it should be understood that the above model may be an artificial intelligence model, and an exemplary model architecture of the service error event identification model is not limited in the embodiment of the present invention.

It can be understood that, before step11 and step12, after obtaining the service error reporting event positioning data of the ith group of APP operation behavior information, the service error reporting event that has been identified in the previous i group of APP operation behavior information may be estimated based on the service error reporting event positioning data of the previous i group of APP operation behavior information of the jth group of APP operation behavior information, and the distribution information in the jth group of APP operation behavior information is estimated, so as to obtain the initial identification record of the reference type event of these service error reporting events in the jth group of APP operation behavior information.

For step12, based on the first event initial identification record of the jth group of APP operation behavior information and the reference type event initial identification record, the service error reporting event pointed by each first event initial identification record can be determined. For example, the first event initial identification record and the reference type event initial identification record are bound based on a quantitative comparison result (such as statistical conditions of the same information and different information) between each first event initial identification record and each reference type event initial identification record; regarding a first event initial identification record of the bound reference type event initial identification record, taking a service error reporting event pointed by the bound reference type event initial identification record as a service error reporting event pointed by the first event initial identification record; and for the first event initial identification record without the bound reference type event initial identification record, determining that the first event initial identification record corresponds to the current service error reporting event.

It can be understood that, for one of the service error reporting events, the event initial identification record sorting process may be performed based on the first event initial identification record of the service error reporting event and the local APP operation behavior information to which the first event initial identification record points, and the reference type event initial identification record of the service error reporting event and the local APP operation behavior information to which the reference type event initial identification record points, so as to determine the real event defect association description (which may be understood as the first event defect association description) of the service error reporting event.

It can be understood that the event initial identification record sorting can be realized through a debugged information processing model in advance, in other words, the first event initial identification record of the service error reporting event and the local APP operation behavior information pointed by the first event initial identification record are loaded into the information processing model for processing, and the first event defect associated description of the service error reporting event is derived. The information processing model may include a GCN (visual behavior trace analysis that may be adapted according to embodiments of the present invention), and the exemplary model architecture of the information processing model is not limited by the embodiments of the present invention. For example, the first event defect association description may be understood as various feature information or key contents related to a service error reporting event, and the richer the first event defect association description is, the more the tracing and repairing of the application program defect can be assisted.

For a possible embodiment, after all the service error reporting events in the jth group of APP operation behavior information are processed, first service error reporting event positioning data of the jth group of APP operation behavior information may be obtained, where the first service error reporting event positioning data includes a first event defect association description of each service error reporting event in the jth group of APP operation behavior information. For example, the first service error event positioning data may be understood as an identification result obtained after all service error events in the APP operation behavior information are identified.

Based on the embodiment of the invention, the first event initial identification record of the service error reporting event in the jth group of APP operation behavior information can be determined; the initial identification record of the first event is improved by combining the reference type initial identification record determined by the prior estimation of the business error-reporting event positioning data, and the business error-reporting event positioning data of the operation behavior information of the jth group of APPs is obtained, so that the quality of business error-reporting event identification can be guaranteed, further, the source tracing and the repair of the application program defects are carried out through the first event defect associated description which is accurate and complete as far as possible, the safe and stable operation of the application program is guaranteed, and the loss caused by the fact that the server side and/or user side application program data are attacked by a network due to the defects is avoided.

For an independently implementable solution, the content recorded by step11 may include the solutions recorded by step111 and step 112.

step111, based on the estimated probability distribution of the service error reporting event in the jth group of APP operation behavior information, resolving the jth group of APP operation behavior information into a first behavior information set carrying the service error reporting event, a second behavior information set not carrying the service error reporting event, and a third behavior information set not judging whether the service error reporting event is carried or not.

step112, performing service error event recognition on the first behavior information set and the third behavior information set of the jth group of APP operation behavior information, and determining a first event initial recognition record of a service error event in the jth group of APP operation behavior information.

In the embodiment of the invention, after the service error-reporting event positioning data of the ith group of APP operation behavior information is obtained, the reference type event initial identification record of the service error-reporting event in the jth group of APP operation behavior information can be estimated and obtained based on the service error-reporting event positioning data of the prior i group of APP operation behavior information. Based on the initial identification record of the reference type event, the possibility that each piece of distribution information of the j-th group of APP operation behavior information has a service error reporting event can be estimated, and the estimated possibility distribution of the service error reporting events in the j-th group of APP operation behavior information is obtained.

It is understood that a first possibility judgment value (probability judgment value) and a second possibility judgment value, which is smaller than the first possibility judgment value, may be preset in advance. For any distribution information in the APP operation behavior information, if the probability that a service error reporting event occurs in the distribution information is greater than a first probability judgment value, it is indicated that the service error reporting event exists in the distribution information; if the probability of the service error event occurring in the distribution information is smaller than the second probability judgment value, it indicates that the service error event does not exist in the distribution information; if the probability of the distribution information having the service error event is between the first probability judgment value and the second probability judgment value, it is not determined whether the distribution information has the service error event, for example, the distribution information is not identified, or the distribution information is identified but whether the distribution information carries the service error event is not determined. The exemplary values of the first possibility judgment value and the second possibility judgment value are not limited in the embodiments of the present invention.

In the embodiment of the present invention, based on the estimated probability distribution of the service error-reporting event in the jth group of APP operation behavior information, the jth group of APP operation behavior information may be decomposed into a first behavior information set carrying the service error-reporting event, a second behavior information set not carrying the service error-reporting event, and a third behavior information set that does not determine whether to carry the service error-reporting event or not, based on the first probability determination value and the second probability determination value.

After the disassembly, no service error reporting event exists in the second behavior information set, and the service error reporting event identification can be performed on the APP operation behavior information of the second behavior information set. In other words, service error event recognition is performed on the first behavior information set and the third behavior information set of the jth group of APP operation behavior information, and a first event initial recognition record of the service error event in the jth group of APP operation behavior information is determined.

Therefore, the resource amount of the APP operation behavior information processed by the business error event identification can be weakened, and the identification timeliness can be further guaranteed.

For an independently implementable technical solution, the step of performing service error event recognition on the first behavior information set and the third behavior information set of the jth group of APP operation behavior information, and determining a first event initial recognition record of a service error event in the jth group of APP operation behavior information may exemplarily include the following contents: significant content mining is carried out on APP operation behavior information of the first behavior information set and the third behavior information set, and first operation behavior significant content is obtained; performing service error reporting event identification on the first operation behavior remarkable content, and determining a second event initial identification record of the service error reporting event in the jth group of APP operation behavior information; based on the credibility (confidence) of each second initial event identification record, a specified number of first initial event identification records are determined from the second initial event identification records.

In the embodiment of the invention, the APP operation behavior information of the first behavior information set and the third behavior information set can be imported into the significant content mining layer of the service error reporting event identification model for significant content mining, so as to obtain the first operation behavior significant content of the APP operation behavior information. The salient content mining layer (feature extraction layer) may include a plurality of salient content mining units, and the architecture of the salient content mining layer is not limited in the embodiment of the present invention.

For one possible embodiment, before significant content mining, the APP operation behavior information of the first behavior information set and the third behavior information set may also be extracted to reduce the amount of resources identified. And importing the extracted APP operation behavior information into a significant content mining layer for processing to obtain the first operation behavior significant content. Therefore, the identification timeliness can be guaranteed.

It can be understood that the first operation behavior significant content may be imported into a behavior information set obtaining model of the business error reporting event identification model for processing, and a second event initial identification record of the business error reporting event in the jth group of APP operation behavior information is obtained.

The number of the second event initial identification records is larger, and the second event initial identification records can be further processed. Based on the credible evaluation of each second initial event identification record, a specified number of first initial event identification records can be determined from the second initial event identification records through an information reduction technology. The number of the designated units may be 100, which is not limited in the embodiment of the present invention.

Therefore, the initial identification record of the event pointed by the service error reporting event can be roughly evaluated in the APP operation behavior information, and then later-stage identification is conveniently carried out.

For a solution that can be implemented independently, step11 can exemplarily include the following: significant content mining is carried out on the operation behavior information of the jth group of APP to obtain significant content of a second operation behavior; performing service error event recognition on the second operation behavior remarkable content, and determining a fourth event initial recognition record of the service error event in the jth group of APP operation behavior information; and determining a specified number of first event initial identification records from the fourth event initial identification records based on the credibility evaluation of each fourth event initial identification record.

In the embodiment of the invention, on the premise that the behavior information set is not disassembled for the jth group of APP operation behavior information, the business error reporting event identification can be immediately carried out on the jth group of APP operation behavior information. And importing the jth group of APP operation behavior information into a significant content mining layer of the business error reporting event recognition model for significant content mining, so that the second operation behavior significant content of the jth group of APP operation behavior information can be obtained. The salient content mining layer can cover a plurality of salient content mining units (convolution kernels), and the architecture of the salient content mining layer is not limited by the embodiment of the invention.

It can be understood that before significant content mining, extraction may also be performed on the jth group of APP operation behavior information to reduce the amount of identified resources. And importing the extracted APP operation behavior information into a significant content mining layer for processing to obtain a second operation behavior significant content. This can improve the recognition efficiency.

For a possible embodiment, the content of the second significant operation behavior may be imported into the behavior information set obtaining model of the business error reporting event recognition model for processing, and a fourth event initial recognition record of the business error reporting event in the jth group of APP operation behavior information is obtained.

For example, the fourth event is identified as a larger number of records and can be further processed. Based on the credible evaluation of each fourth initial event record, a specified number of first initial event records can be determined from the fourth initial event records through an information reduction technology (such as edge refinement). The number of the designated units may be 100, which is not limited in the embodiment of the present invention.

Therefore, the initial identification record of the target-oriented event can be roughly evaluated in the APP operation behavior information, and then later-stage identification is conveniently carried out.

For a solution that can be implemented independently, the content recorded by step12 may include the following solutions.

step121, performing upsampling processing on the reference type event initial identification record of each service error reporting event in the jth group of APP operation behavior information, and determining a third event initial identification record of each service error reporting event.

step122, binding the third event initial identification record and the first event initial identification record respectively, and determining a service error reporting event pointed by each first event initial identification record.

And step123, based on the first event initial identification record and the first local APP operation behavior information pointed by the behavior information set where the first event initial identification record is located, and the third event initial identification record and the second local APP operation behavior information pointed by the behavior information set where the third event initial identification record is located, respectively performing event initial identification record sorting on each service error report event in the jth group of APP operation behavior information, and obtaining the first event defect associated description of each service error report event in the jth group of APP operation behavior information.

In the embodiment of the present invention, when estimating the jth group of APP operation behavior information, a reference type event initial identification record is estimated for the service error reporting events in the first behavior information set of the jth group of APP operation behavior information, in other words, each service error reporting event in the first behavior information set corresponds to one reference type event initial identification record. In the step12 process, the initial event identification records of the reference type of each service error reporting event may be first up-sampled respectively, so as to increase the number of the initial event identification records.

It can be understood that based on the reference type event initial identification record of the target in the jth group of APP operation behavior information, the state and the dimension of the service error reporting event can be determined; based on the probability record of the state and dimension of the error event, it can be extracted with a specified quantization reference (such as variance, and also such as mean), and the upsampling process (expansion) obtains a plurality of third event initial identification records of the error event. Therefore, the interference of the offset of the reference type event initial identification record on later identification can be reduced, the possibility of binding with the first event initial identification record is improved, and the accuracy and the identification efficiency of the service error-reporting event positioning data are improved.

For an independently implementable technical solution, the third event initial identification record and the first event initial identification record are respectively bound, and a service error reporting event pointed to by each first event initial identification record is determined, which may exemplarily include the following contents: respectively determining a quantitative comparison result between each third event initial identification record and each first event initial identification record; taking a third event initial identification record of which the quantitative comparison result with the first event initial identification record is not less than the quantitative comparison result judgment value as a bound third event initial identification record; and taking the service error reporting event pointed by the third event initial identification record bound with the first event initial identification record as the service error reporting event pointed by the first event initial identification record.

In the embodiment of the present invention, the third event initial identification record and the first event initial identification record may be bound by quantifying the comparison result. A quantitative comparison between each third initial event record and each first initial event record may be determined separately. A quantitative comparison result determination value (for example, 0.8) is set in advance, and for one of the first event initial identification records, if a third event initial identification record exists, the third event initial identification record is taken as the event initial identification record bound with the first event initial identification record, and the quantitative comparison result between the third event initial identification record and the first event initial identification record is not less than the quantitative comparison result determination value; and taking the service error reporting event pointed by the third event initial identification record as the service error reporting event pointed by the first event initial identification record. And configuring the subject term of the service error reporting event pointed by the third event initial identification record to the first event initial identification record, wherein the two bound event initial identification records are corresponding to the same service error reporting event.

It can be understood that, for one of the first event initial identification records, if there is no third event initial identification record whose quantitative comparison result with the first event initial identification record is not less than the quantitative comparison result determination value, it indicates that the service error event pointed to by the first event initial identification record is a new service error event that has not occurred before. In view of this, other subject words may be configured for the business error reporting event pointed to by the first event initial identification record.

In this way, the subject term (for distinguishing) of the corresponding business error reporting event of each first event initial identification record can be determined, so as to sort the event initial identification records of the business error reporting events of the same subject term.

In some examples, based on the first event initial identification record and the first local APP operation behavior information pointed by the behavior information set where the first event initial identification record is located, and the third event initial identification record and the second local APP operation behavior information pointed by the behavior information set where the third event initial identification record is located, the event initial identification record is sorted for each service error report event in the jth group of APP operation behavior information, and the first event defect association description of each service error report event in the jth group of APP operation behavior information is obtained.

For example, for one of the j group of APP operation behavior information, assuming that the first event initial identification record and the third event initial identification record exist in the service error reporting event, the first local APP operation behavior information pointed to by the behavior information set where the first event initial identification record of the service error reporting event is located may be disassembled from the j group of APP operation behavior information, and the second local APP operation behavior information pointed to by the behavior information set where the third event initial identification record of the service error reporting event is located may be disassembled. And loading the first event initial identification record and the first local APP operation behavior information of the service error reporting event, and the third event initial identification record and the second local APP operation behavior information into a pre-debugged information processing model for processing, and deriving the first event defect association description of the service error reporting event. The first event defect association description includes a global set of behavioral information.

For example, for one of the business error reporting events in the jth group of APP operation behavior information, assuming that the business error reporting event only has the first event initial identification record, the first local APP operation behavior information pointed by the behavior information set where the first event initial identification record of the business error reporting event is located can be disassembled from the jth group of APP operation behavior information. And loading the first event initial identification record and the first local APP operation behavior information of the service error reporting event into a pre-debugged information processing model for processing, and deriving the first event defect association description of the service error reporting event.

For a possible embodiment, the foregoing processing is performed on all the service error-reporting events in the jth group of APP operation behavior information, so as to obtain the first event defect associated description of all the service error-reporting events in the jth group of APP operation behavior information.

It can be understood that the first event defect association of all the service error reporting events in the jth group of APP operation behavior information may be described as service error reporting event positioning data (which may be understood as first service error reporting event positioning data) of the jth group of APP operation behavior information; other processing (such as differential analysis processing/clustering processing on the business error event) can also be performed, so that the business error event positioning data of the j-th group of APP operation behavior information comprises more contents. The embodiment of the present invention does not limit this.

Therefore, the first event defect associated description of all the service error reporting events in the jth group of APP operation behavior information can be determined, and the comprehensive identification of the service error reporting events in the jth group of APP operation behavior information is realized.

For an independently implementable technical solution, the first service error event positioning data further covers semantic keywords of a service error event in the jth group of APP operation behavior information, and based on this, step12 may further include the following contents: and based on the third local APP operation behavior information pointed by the behavior information set which is described in association with the first event defect of the second service error reporting event, performing differential analysis processing on the second service error reporting event to determine the semantic keyword of the second service error reporting event, wherein the second service error reporting event is one of the jth group of APP operation behavior information.

In the embodiment of the invention, differential analysis processing can be performed on the service error reporting event in the j-th group of APP operation behavior information in step 12. For one of the business error reporting events (which may be understood as a second business error reporting event) in the jth group of APP operation behavior information, the third local APP operation behavior information pointed by the behavior information set where the first event defect association description is located may be disassembled from the jth group of APP operation behavior information based on the first event defect association description of the second business error reporting event.

The third partial APP operation behavior information can be imported into a differential analysis processing model which is debugged in advance to be processed, and semantic keywords corresponding to the second business error reporting event are determined. The differentiated analysis processing model comprises a significant content mining unit, a classification unit and the like, and the embodiment of the invention does not limit the exemplary model architecture of the differentiated analysis processing model.

It can be understood that the above processing is performed on all the service error reporting events in the jth group of APP operation behavior information, and semantic keywords of all the service error reporting events in the jth group of APP operation behavior information can be obtained, so that the semantic keywords of the service error reporting events are added to the first service error reporting event positioning data of the jth group of APP operation behavior information. Therefore, the identified service error reporting event can be ensured to be more accurate.

After the first service error-reporting event positioning data of the jth group of APP operation behavior information is obtained in step12, the first service error-reporting event positioning data can be linked with the prior service error-reporting event positioning data, and the service error-reporting event positioning data of the jth group of APP operation behavior information is further optimized.

For an independently implementable technical solution, the AI-based APP data analysis method shown in the embodiment of the present invention may further include the following contents: and improving the first service error event positioning data of the jth group of APP operation behavior information based on the second service error event positioning data of the i group of APP operation behavior information in which the jth group of APP operation behavior information is prior, and determining the second service error event positioning data of the jth group of APP operation behavior information.

In the embodiment of the present invention, the previous i groups of APP operation behavior information have obtained last service error reporting event positioning data (which may be understood as second service error reporting event positioning data) in the previous processing, each second service error reporting event positioning data includes a second event defect associated description of a service error reporting event, and a service error reporting event in the jth group of APP operation behavior information may have a pointed second event defect associated description in the second service error reporting event positioning data of the i groups of APP operation behavior information.

For example, for one of the service error reporting events in the jth group of APP operation behavior information, assuming that the second event defect association description of the service error reporting event exists in the second service error reporting event positioning data of the previous i group of APP operation behavior information, the first event defect association description of the service error reporting event in the jth group of APP operation behavior information may be improved based on the second event defect association description of the service error reporting event in the previous i group of APP operation behavior information, so as to obtain an improved event defect association description, which is referred to as a second event defect association description.

For example, assuming that the second event defect associated description of the service error event does not exist in the second service error event positioning data of the previous i-group APP operation behavior information, the first event defect associated description of the service error event in the j-th group APP operation behavior information may be immediately used as the second event defect associated description.

For a possible embodiment, the foregoing processing is performed on all the service error reporting events in the jth group of APP operation behavior information, so that the second event defect associated description of all the service error reporting events in the jth group of APP operation behavior information can be obtained, and thus the second service error reporting event positioning data of the jth group of APP operation behavior information is obtained. Therefore, the accuracy of identifying the service error reporting event can be further improved.

For an independently implementable technical solution, the step of improving the first service error reporting event positioning data of the jth group of APP operation behavior information based on the second service error reporting event positioning data of the i group of APP operation behavior information preceding the jth group of APP operation behavior information, and determining the second service error reporting event positioning data of the jth group of APP operation behavior information may exemplarily include the technical solutions recorded by step41-step 44.

step41, determining an event defect association description cluster of a first service error reporting event, where the first service error reporting event is one of the service error reporting events in the jth group of APP operation behavior information, and the event defect association description cluster of the first service error reporting event covers a second event defect association description of the first service error reporting event in second service error reporting event positioning data of the i group of APP operation behavior information, and a first event defect association description of the first service error reporting event in first service error reporting event positioning data of the jth group of APP operation behavior information.

step42, regarding one event defect associated description in the event defect associated description cluster of the first service error event, taking the event defect associated description of which the deviation between the event defect associated description and the event defect associated description in the event defect associated description cluster does not exceed a deviation judgment value as an expected associated description of the event defect associated description.

step43, determining a third event defect associated description with the largest expected associated description number from the event defect associated description cluster of the first service error reporting event.

step44, sorting all expected association descriptions of the third event defect association description and the third event defect association description, and determining a second event defect association description of a first service error reporting event in the jth group of APP operation behavior information.

In the embodiment of the present invention, for one of the error reporting events (for example, the first error reporting event) in the jth group of APP operation behavior information, the event defect association description cluster of the first error reporting event may be obtained. The event defect associated description cluster comprises a second event defect associated description of a first service error reporting event in second service error reporting event positioning data of i-group APP operation behavior information and a first event defect associated description of the first service error reporting event in first service error reporting event positioning data of j-th group APP operation behavior information.

For example, for one event defect associated description in the event defect associated description cluster of the first service error event, an offset (error) between the other event defect associated descriptions in the event defect associated description cluster and the event defect associated description may be determined. An offset decision value can be set in advance, and the event defect associated description of which the offset from the event defect associated description does not exceed the offset decision value can be taken as an expected associated description (core description) of the event defect associated description; on the contrary, the event defect associated description having the deviation larger than the deviation determination value from the event defect associated description may be regarded as an undesired associated description (edge description) of the event defect associated description.

It can be understood that a third event defect association description with the largest expected association description number can be determined from the event defect association description cluster of the first service error reporting event, and the third event defect association description is taken as an approximately evaluated event defect association description. By sorting and correcting all the expected association descriptions of the third event defect association description and the third event defect association description, the best evaluation result of the distribution information of the first service error reporting event, in other words, the improved second event defect association description can be obtained.

For a possible embodiment, all the expected association descriptions of the third event defect association description and the third event defect association description may be sorted and corrected through an idea of analyzing an expression to approximate discrete data, or all the expected association descriptions of the third event defect association description and the third event defect association description may be sorted and corrected through a linear processing idea, and an exemplary manner of the sorting and the correcting is not limited in the embodiment of the present invention.

For a possible embodiment, the foregoing processing is performed on all the service error reporting events in the jth group of APP operation behavior information, so that the second event defect associated description of all the service error reporting events in the jth group of APP operation behavior information can be obtained, and thus the second service error reporting event positioning data of the jth group of APP operation behavior information is obtained.

Therefore, the business error reporting event positioning data and the prior historical business error reporting event positioning data can be linked, the business error reporting event positioning data of the jth group of APP operation behavior information is further optimized, and the accuracy of business error reporting event identification is improved.

For an independently implementable solution, the method may further comprise: estimating the process expression of the service error reporting event in the kth group of APP operation behavior information based on the second service error reporting event positioning data of the i group of APP operation behavior information and the second service error reporting event positioning data of the jth group of APP operation behavior information which precede the jth group of APP operation behavior information, and determining the initial identification record of the reference type event of the service error reporting event in the kth group of APP operation behavior information.

In the embodiment of the invention, after the second service error reporting event positioning data of the jth group of APP operation behavior information is obtained, the kth group of APP operation behavior information can be estimated based on the historical service error reporting event positioning data, so as to assist in identifying the service error reporting event of the kth group of APP operation behavior information.

For example, for one of the service error reporting events (which may be understood as a third service error reporting event) in the jth group of APP operation behavior information, a second event defect associated description of the third service error reporting event in the second service error reporting event positioning data of the jth group of APP operation behavior information may be obtained. Assuming that a plurality of second event defect associated descriptions exist in the third service error reporting event, the process expression of the service error reporting event in the kth group of APP operation behavior information may be estimated based on the offset between each second event defect associated description of the neighboring group, the distribution information of the third service error reporting event in the kth group of APP operation behavior information is estimated, and the reference type event initial identification record of the third service error reporting event in the kth group of APP operation behavior information is obtained. The estimation of the process expression (event state information) can be realized through a linear processing idea or an idea of approximating discrete data by an analytic expression, which is not limited by the embodiment of the present invention.

For example, assuming that the third service error reporting event only has one second event defect association description, in other words, the third service error reporting event is the current service error reporting event in the jth group of APP operation behavior information, the estimation may be performed based on other service error reporting events associated with the third service error reporting event, and the reference type event initial identification record of the third service error reporting event in the kth group of APP operation behavior information is estimated and obtained through the offset between the second event defect association description of the other service error reporting events in the jth group of APP operation behavior information and the reference type event initial identification record in the kth group of APP operation behavior information.

Therefore, all the service error reporting events in the jth group of APP operation behavior information are estimated, and the initial identification records of the reference type events of all the service error reporting events in the identified behavior information set of the kth group of APP operation behavior information can be determined. In addition, a reference type event initial identification record of a service error reporting event in the kth group of APP operation behavior information can be obtained, the service error reporting event identification of the kth group of APP operation behavior information is assisted, and therefore the identification efficiency is improved.

For an independently implementable solution, the method may further comprise: based on the reference type event initial identification record of the service error reporting event in the kth group of APP operation behavior information and the jth group of APP operation behavior information, adjusting the estimated probability distribution of the service error reporting event in the jth group of APP operation behavior information, and determining the estimated probability distribution of the service error reporting event in the kth group of APP operation behavior information.

In the embodiment of the present invention, after obtaining the reference type event initial identification record of the service error reporting event in the kth group of APP operation behavior information, the estimated probability distribution of the service error reporting event in the jth group of APP operation behavior information may be adjusted based on the reference type event initial identification record and the jth group of APP operation behavior information. In other words, based on the distribution information of the service error reporting event in the jth group of APP operation behavior information and the distribution information (reference type event initial identification record) in the kth group of APP operation behavior information, it is determined whether there is a service error reporting event in each distribution information in the estimated probability distribution, and the probability that a service error reporting event may occur in each distribution information is adjusted, so as to obtain the estimated probability distribution of the service error reporting event in the kth group of APP operation behavior information.

Therefore, the estimated possibility distribution of the service error reporting event in the kth group of APP operation behavior information can be obtained, so that a plurality of behavior information sets can be disassembled for the kth group of APP operation behavior information in the later period of identification, and the efficiency of identifying the service error reporting event is improved.

For an independently implementable solution, the method may further comprise: estimating the process expression of the service error reporting event in the jth group of APP operation behavior information based on second service error reporting event positioning data of the i group of APP operation behavior information prior to the jth group of APP operation behavior information, and determining a reference type event initial identification record of the service error reporting event in the jth group of APP operation behavior information.

It can be understood that after the second service error reporting event positioning data of the ith group of APP operation behavior information is obtained, the jth group of APP operation behavior information can be estimated based on the reference service error reporting event positioning data, and service error reporting event identification of the jth group of APP operation behavior information is assisted. For one of the service error reporting events in the ith group of APP operation behavior information, acquiring a second event defect associated description of the service error reporting event in second service error reporting event positioning data of the prior i group of APP operation behavior information, estimating the process expression of the service error reporting event in the jth group of APP operation behavior information, estimating the distribution information of the service error reporting event in the jth group of APP operation behavior information, and acquiring a reference type event initial identification record of the service error reporting event in the jth group of APP operation behavior information. The estimation process is similar to the estimation process of the kth group APP operation behavior information, and the embodiment of the present invention is not described herein too much.

Therefore, a reference type event initial identification record of the service error reporting event in the jth group of APP operation behavior information can be obtained, service error reporting event identification of the jth group of APP operation behavior information is assisted, and therefore identification timeliness can be guaranteed.

For an independently implementable solution, the method may further comprise: based on the reference type event initial identification record of the service error reporting event in the jth group of APP operation behavior information and the ith group of APP operation behavior information, adjusting the estimated probability distribution of the service error reporting event in the ith group of APP operation behavior information, and determining the estimated probability distribution of the service error reporting event in the jth group of APP operation behavior information.

In other words, after obtaining the reference type event initial identification record of the service error reporting event in the jth group of APP operation behavior information, the estimated probability distribution of the service error reporting event in the ith group of APP operation behavior information may be adjusted based on the reference type event initial identification record and the ith group of APP operation behavior information, so as to obtain the estimated probability distribution of the service error reporting event in the jth group of APP operation behavior information. The adjustment concept is similar to the adjustment concept of the estimated probability distribution of the kth group of APP operation behavior information, and the embodiment of the present invention is not described herein too much.

By the design, the estimated possibility distribution of the business error reporting event in the jth group of APP operation behavior information can be obtained, so that a plurality of behavior information sets can be disassembled for the jth group of APP operation behavior information in the later recognition, and the efficiency of business error reporting event recognition is improved.

Based on the same inventive concept, fig. 2 shows a block diagram of an AI-based APP data analysis apparatus provided in an embodiment of the present invention, and the AI-based APP data analysis apparatus may include the following modules for implementing the relevant method steps shown in fig. 1.

The event identification module 210 is configured to perform service error reporting event identification on jth group of APP operation behavior information of an APP interactive session to be subjected to defect analysis, and determine a first event initial identification record of a service error reporting event in the jth group of APP operation behavior information.

The data determining module 220 is configured to determine first service error reporting event positioning data of the jth group of APP operation behavior information based on the jth group of APP operation behavior information, the first event initial identification record, and a reference type event initial identification record for a service error reporting event in the jth group of APP operation behavior information.

The related embodiment applied to the invention can achieve the following technical effects: determining a first event initial identification record of a service error reporting event in the jth group of APP operation behavior information; the initial identification record of the first event is improved by combining the reference type initial identification record determined by the prior estimation of the business error-reporting event positioning data, and the business error-reporting event positioning data of the operation behavior information of the jth group of APPs is obtained, so that the quality of business error-reporting event identification can be guaranteed, further, the source tracing and the repair of the application program defects are carried out through the first event defect associated description which is accurate and complete as far as possible, the safe and stable operation of the application program is guaranteed, and the loss caused by the fact that the server side and/or user side application program data are attacked by a network due to the defects is avoided.

The foregoing is only illustrative of the present invention. Those skilled in the art can conceive of changes or substitutions based on the specific embodiments provided by the present invention, and all such changes or substitutions are intended to be included within the scope of the present invention.

Claims

1. An AI-based APP data analysis method applied to an artificial intelligence server, the method comprising:

performing service error reporting event identification on jth group of APP operation behavior information of an APP interaction session to be subjected to defect analysis, and determining a first event initial identification record of the service error reporting event in the jth group of APP operation behavior information, wherein j is greater than 1 and is an integer;

wherein:

the APP interactive session to be subjected to defect analysis comprises an online payment session, wherein the online payment session comprises a group purchase service project or a cross-over e-commerce project;

the APP interactive session to be subjected to defect analysis also comprises a digital office session, and the digital office session comprises file transmission or project interaction;

the APP interactive session to be subjected to defect analysis comprises business error reporting events of various semantic keywords, wherein the business error reporting events comprise business flow error reporting events, business guide error reporting events or business program error reporting events;

2. The method of claim 1, wherein performing service error event recognition on the jth group of APP operation behavior information of the APP interactive session to be subjected to defect analysis, and determining a first event initial recognition record of a service error event in the jth group of APP operation behavior information comprises:

and identifying the business error reporting event of the first behavior information set and the third behavior information set of the jth group of APP operation behavior information, and determining the first event initial identification record of the business error reporting event in the jth group of APP operation behavior information.

3. The method of claim 2, further comprising:

based on the reference type event initial identification record of the service error reporting event in the jth group of APP operation behavior information and the ith group of APP operation behavior information, adjusting the estimated probability distribution of the service error reporting event in the ith group of APP operation behavior information, and determining the estimated probability distribution of the service error reporting event in the jth group of APP operation behavior information.

4. The method of claim 3, wherein performing service error event recognition on a first behavior information set and a third behavior information set of the jth group of APP operation behavior information, and determining a first event initial recognition record of a service error event in the jth group of APP operation behavior information includes:

performing service error reporting event identification on the first operation behavior remarkable content, and determining a second event initial identification record of the service error reporting event in the jth group of APP operation behavior information;

5. The method of claim 4, wherein the determining first business error event positioning data of the jth group of APP operation behavior information based on the jth group of APP operation behavior information, the first initial identification record of events, and a reference type initial identification record of business error events in the jth group of APP operation behavior information comprises:

based on the first event initial identification record and first local APP operation behavior information pointed by a behavior information set where the first event initial identification record is located, and the third event initial identification record and second local APP operation behavior information pointed by a behavior information set where the third event initial identification record is located, performing initial event identification record sorting on each service error report event in the jth group of APP operation behavior information respectively, and obtaining first event defect associated description of each service error report event in the jth group of APP operation behavior information;

the binding the third event initial identification record and the first event initial identification record respectively, and determining a service error reporting event pointed by each first event initial identification record includes: respectively determining a quantitative comparison result between each third event initial identification record and each first event initial identification record; taking a third event initial identification record of which the quantitative comparison result with the first event initial identification record is not less than the quantitative comparison result judgment value as a bound third event initial identification record; and taking the service error reporting event pointed by the third event initial identification record bound with the first event initial identification record as the service error reporting event pointed by the first event initial identification record.

6. The method of claim 2, further comprising: based on second service error reporting event positioning data of i groups of APP operation behavior information prior to the jth group of APP operation behavior information, improving the first service error reporting event positioning data of the jth group of APP operation behavior information, and determining the second service error reporting event positioning data of the jth group of APP operation behavior information;

7. An artificial intelligence server, comprising: a memory and a processor; the memory and the processor are coupled; the memory for storing computer program code, the computer program code comprising computer instructions; wherein the computer instructions, when executed by the processor, cause the artificial intelligence server to perform the method of any of claims 1-6.