CN111083200B - Intelligent service network system - Google Patents
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Abstract
The application relates to an intelligent service network system, which comprises a service discovery module, a plurality of intelligent application micro-service modules, a data preprocessing micro-service module and an intelligent algorithm engine micro-service module; wherein: the data preprocessing micro-service module acquires externally input medical image data, and an intelligent algorithm in the intelligent algorithm engine micro-service module is called to preprocess the medical image data, generate and store preprocessed data; when receiving the access request, the service discovery module identifies a target intelligent application type corresponding to the access request, determines a target intelligent application micro-service module corresponding to the target intelligent application type in the plurality of intelligent application micro-service modules, and sends the access request to the target intelligent application micro-service module; when the intelligent application micro-service module receives the access request, preprocessing data corresponding to the access request are obtained from the data preprocessing micro-service module, and image data to be displayed are obtained and displayed according to the preprocessing data. Through the system, the problem of resource waste caused by data transmission among multiple clouds can be avoided.
Description
Technical Field
The present application relates to the field of computer technologies, and in particular, to an intelligent service network system.
Background
With the development of computer technology, cloud-based applications are also becoming more and more abundant. The enterprise deploys the infrastructure, management business and the like of the enterprise to the cloud end through the network, and the network is used for conveniently obtaining the calculation, storage, software and data services provided by the cloud service, so that the resource allocation efficiency can be improved, the informatization construction cost can be reduced, the sharing economic development can be promoted, and the conversion of new and old kinetic energy can be accelerated.
In the prior art, the intelligent application and the artificial intelligence portal are respectively deployed in different cloud environments, when the intelligent application and the artificial intelligence portal are used, multiple services are separated, data transmission needs to be carried out among multiple clouds, and resource waste is easily caused.
Disclosure of Invention
In view of the above, it is necessary to provide an intelligent service network system for solving the above technical problems.
An intelligent service network system comprises a service discovery module, a plurality of intelligent application micro-service modules, a data preprocessing micro-service module and an intelligent algorithm engine micro-service module;
the data preprocessing micro-service module acquires externally input medical image data, and invokes an intelligent algorithm in the intelligent algorithm engine micro-service module to preprocess the medical image data, generate preprocessed data and store the preprocessed data; when receiving an access request, the service discovery module identifies a target intelligent application type corresponding to the access request, determines a target intelligent application micro-service module corresponding to the target intelligent application type in the plurality of intelligent application micro-service modules, and sends the access request to the target intelligent application micro-service module; and when the intelligent application micro-service module receives the access request, acquiring preprocessed data corresponding to the access request from the data preprocessing micro-service module, and acquiring and displaying image data to be displayed according to the preprocessed data.
The intelligent service network system comprises a service discovery module, a plurality of intelligent application micro-service modules, a data preprocessing micro-service module and an intelligent algorithm engine micro-service module, wherein the data preprocessing micro-service module acquires medical image data, and calls an intelligent algorithm in the intelligent algorithm engine micro-service module to preprocess the medical image data and store the acquired preprocessing data; and when the service discovery module receives the access request, the service discovery module sends the access request to the corresponding intelligent application micro-service module, and the intelligent application micro-service module acquires corresponding preprocessing data from the data preprocessing micro-service module according to the received access request and acquires image data to be displayed according to the preprocessing data for displaying. By the system, the intelligent algorithm engine and the intelligent application are integrated in the same technical architecture in a micro-service architecture mode, so that the problems of resource waste and low efficiency caused by data transmission among multiple clouds can be solved.
Drawings
FIG. 1 is a block diagram of an intelligent services network system in one embodiment;
FIG. 2 is a block diagram of an intelligent services network system in an exemplary embodiment;
FIG. 3 is a diagram illustrating an embodiment of a microservice module A distributing mirror services according to a current load policy when executing a task thread;
FIG. 4 is a block diagram showing the structure of an intelligent service network system in another embodiment;
FIG. 5 is a block diagram showing the structure of an intelligent service network system in another embodiment;
fig. 6 is a schematic flow chart illustrating a process of acquiring external input data and storing the external input data by the gateway module in an embodiment;
FIG. 7 is a flow diagram that illustrates processing of the billing system module and audit log module, according to one embodiment;
FIG. 8 is an architecture diagram of a multi-tenant platform in one embodiment;
FIG. 9 is a block diagram of an intelligent services network system in accordance with an exemplary embodiment;
FIG. 10 is a flow diagram illustrating the initiation of a microservice module in accordance with one embodiment;
FIG. 11 is a flow diagram illustrating access by a microservice module in an exemplary embodiment.
Detailed Description
In order to make the objects, technical solutions and advantages of the present application more apparent, the present application is described in further detail below with reference to the accompanying drawings and embodiments. It should be understood that the specific embodiments described herein are merely illustrative of the present application and are not intended to limit the present application.
In one embodiment, as shown in FIG. 1, an intelligent services network system is provided that includes a service discovery module 110, a plurality of intelligent application microservice modules 120, a data pre-processing microservice module 130, and an intelligent algorithm engine microservice module 140.
In this embodiment, the data preprocessing microservice module 130 obtains image data input from the outside, and invokes an intelligent algorithm in the intelligent algorithm engine microservice module 140 to preprocess the medical image data, generate preprocessed data, and store the preprocessed data; when receiving the access request, the service discovery module 110 identifies a target intelligent application type corresponding to the access request, determines a target intelligent application micro-service module corresponding to the target intelligent application type among the plurality of intelligent application micro-service modules 120, and sends the access request to the target intelligent application micro-service module; when receiving the access request, the smart application micro-service module 120 obtains the pre-processing data corresponding to the access request from the data pre-processing micro-service module 130, and obtains and displays the image data to be displayed according to the pre-processing data.
The data preprocessing microservice module is used for executing preprocessing on externally input data to generate preprocessed data and storing the preprocessed data; specifically, the data preprocessing microservice module calls an intelligent algorithm in the intelligent algorithm engine microservice module to preprocess externally input data, and stores preprocessed data obtained through preprocessing. And when receiving a request for acquiring the preprocessed data from the target intelligent application micro-service module, the data preprocessing micro-service module sends the corresponding preprocessed data to the target intelligent application micro-service module.
After the data preprocessing micro-service module performs preprocessing on externally input data and stores image data obtained by preprocessing, a user can access the image data obtained by preprocessing through the intelligent application micro-service module; specifically, when receiving an access request, the service discovery module determines an intelligent application micro-service module requesting access corresponding to the access request, which is denoted as a target intelligent application micro-service module in this embodiment, and sends the access request to the target intelligent application micro-service module; and when receiving the access request sent by the service discovery module, the target intelligent application micro-service module acquires image data corresponding to the access request from the data preprocessing micro-service module and displays the image data.
In an embodiment, the intelligent service network system may be applied to processing of medical images, and the data preprocessing microservice module in this embodiment acquires externally input data as medical image data; further, in one embodiment, the data preprocessing microservice module is used for acquiring medical image data from an external image cloud server.
In one embodiment, the intelligent algorithm stored in the intelligent algorithm engine micro-service module includes any artificial intelligence algorithm, which is used to provide algorithm service for the data preprocessing micro-service module, and preprocess the externally input data acquired by the data preprocessing micro-service module to obtain preprocessed data. In another embodiment, the intelligent algorithm engine micro-service module can also provide intelligent algorithms for the intelligent application micro-service module.
The intelligent service network system comprises a service discovery module, a plurality of intelligent application micro-service modules, a data preprocessing micro-service module and an intelligent algorithm engine micro-service module, wherein the data preprocessing micro-service module acquires medical image data, and calls an intelligent algorithm in the intelligent algorithm engine micro-service module to preprocess the medical image data and store the acquired preprocessing data; and when the service discovery module receives the access request, the service discovery module sends the access request to the corresponding intelligent application micro-service module, and the intelligent application micro-service module acquires corresponding preprocessing data from the data preprocessing micro-service module according to the received access request and acquires image data to be displayed according to the preprocessing data for displaying. By the system, the intelligent algorithm engine and the intelligent application are integrated in the same technical architecture in a micro-service architecture mode, and the problem of resource waste caused by data transmission among multiple clouds can be solved.
In one embodiment, the smart application microservice module comprises a two-dimensional data smart application web microservice module. In this embodiment, the two-dimensional data intelligent application micro-service module is used for providing a two-dimensional data intelligent application service. In this embodiment, when a user requests to access two-dimensional data, the intelligent data application type corresponding to the access request is a two-dimensional data intelligent application type. The service discovery module sends the access request to a two-dimensional data intelligent application micro-service module corresponding to the two-dimensional data intelligent application type when recognizing that the received access request knows that the intelligent application type corresponding to the access request is the two-dimensional data intelligent application type; when the two-dimensional data intelligent application webpage micro-service module receives an access request sent by the service discovery module, preprocessing data corresponding to the access request are obtained from the data preprocessing micro-service module to be displayed.
In another embodiment, the intelligent application micro-service module comprises a three-dimensional data intelligent application webpage micro-service module and a three-dimensional data image rendering micro-service module; in this embodiment, when receiving an access request, the three-dimensional data intelligent application web page micro-service module executes front-end processing corresponding to the access request, and sends an image processing request to the three-dimensional data image rendering micro-service module; when the three-dimensional data image rendering micro-service module receives an image processing request, preprocessing data corresponding to the image processing request are obtained from the data preprocessing micro-service module, the preprocessing data are rendered to obtain image data to be displayed, and the image data to be displayed are sent to the three-dimensional data intelligent application webpage micro-service module to be displayed.
In this embodiment, when a user requests to access the three-dimensional data intelligent application, the intelligent data application type corresponding to the access request is the three-dimensional data intelligent application type. The intelligent application micro-service module in the embodiment corresponds to a three-dimensional data intelligent application micro-service module, and the three-dimensional data intelligent application micro-service module comprises a three-dimensional data intelligent application webpage micro-service module (IA-3 DView-micro) and a three-dimensional data image rendering micro-service module (IA-3 DRender-micro); the three-dimensional data intelligent application webpage micro-service module is realized by combining an intelligent application webpage workflow and a basic webpage display component (Web view component); the three-dimensional data image rendering micro-service module is realized by combining an intelligent application advanced function and a basic webpage three-dimensional data component (Web 3D component). When receiving an access request sent by a service discovery module, a three-dimensional data intelligent application webpage micro-service module executes front-end processing corresponding to the access request; then the three-dimensional data intelligent application webpage micro-service module sends an image processing request corresponding to the access request to the three-dimensional data image rendering micro-service module; when the three-dimensional data image rendering micro-service module receives the image processing request, preprocessing data corresponding to the access request are obtained from the data preprocessing micro-service module, image rendering operation is carried out on the obtained preprocessing data, three-dimensional image data to be displayed are obtained, and then the three-dimensional image data to be displayed are sent to the three-dimensional data intelligent application webpage micro-service module to be displayed.
Fig. 2 is a block diagram of an intelligent service network system in an embodiment, where the intelligent service network system in this embodiment includes a service discovery module, a data preprocessing micro-service module, an intelligent algorithm engine micro-service module, a two-dimensional data intelligent application web micro-service module, a three-dimensional data intelligent application web micro-service module, and a three-dimensional data image rendering micro-service module.
Further, in one embodiment, the service discovery module obtains externally input traffic management rules; when detecting a service registration request, the service discovery module sends a flow management rule to a micro-service module corresponding to the service registration request; the micro-service module comprises at least one of a data preprocessing micro-service module, a plurality of intelligent application micro-service modules and an intelligent algorithm engine micro-service module.
In the embodiment, the micro-service starting process corresponds to the micro-service starting process, and in the micro-service starting process, operation and maintenance personnel instruct the flow management rule in the service discovery module, that is, the service discovery module obtains the externally input flow management rule; and when detecting the service registration request sent by the micro service module, the service discovery module sends the flow management rule to the micro service module which initiates the service registration request. The flow management rule is used for enabling the micro-service module to dynamically determine a load strategy according to the flow management rule when the micro-service module is about to execute a task thread of the micro-service module, and determining to execute the mirror image service of the task thread according to the dynamically determined load strategy.
In the starting process of the micro-service module, the micro-service module needs to initiate a service registration request to the service discovery module to obtain the corresponding traffic management rule.
Further, in an embodiment, the micro service module is configured to determine a current load policy according to the traffic management rule when executing the task thread, allocate a mirror service to the task thread according to the current load policy, and execute the task thread through the mirror service.
In the intelligent service network system in this embodiment, one micro service module may have a plurality of mirror services; the mirror service can comprise a plurality of instances of one micro service module, and the instances of the micro service module can comprise the same version instances and different version instances. Fig. 3 is a schematic diagram illustrating that, in an embodiment, for the micro service module a, when executing a task thread, a mirror service is allocated according to a current load policy.
When the micro service module registers, the intelligent service network system sends the flow management rule to the micro service module by the service discovery module, and when the micro service module executes a task, the micro service module dynamically determines a current load strategy according to the flow management rule and determines a mirror service for executing the task according to the current load strategy; on one hand, the mirror service of the currently most idle micro service module can be preferentially selected, and on the other hand, the flow of the canary version of the selected micro service module for controlling the execution task can be selected, for example, 5 instances of the 1.0 version are started to correspond to 80% of flow, and 20% of flow is corresponding to the instances of the 2.0 version. The canary version is a software version technology, and the risk of pushing new codes and functions to all end users is reduced by making the new version available to only a few end users.
Further, in one embodiment, as shown in fig. 4, the intelligent service network system further includes an identity verification module 410; the identity authentication module is used for acquiring an encryption authorization strategy and a data identity authentication strategy which are input from the outside; in this embodiment, the micro service module is configured to receive a data authentication policy sent by the authentication module when starting the task thread of the micro service module, perform authentication on required data received by executing the task thread of the micro service module according to the data authentication policy, and execute the task thread of the micro service module if the required data passes the authentication; the micro-service module is also used for receiving the encryption authorization strategy sent by the identity authentication module when the data to be sent exists in the process of executing the task thread of the micro-service module, and sending the data to be sent after encrypting the data according to the encryption authorization strategy.
The micro-service module executes the task thread of the micro-service module, and the task thread comprises a task which needs to perform data preprocessing operation when the data preprocessing micro-service module acquires externally input data, a task which needs to provide an algorithm for the data preprocessing module when the intelligent algorithm engine micro-service module receives an algorithm calling request sent by the data preprocessing micro-service module, a task which needs to acquire corresponding preprocessed data from the data preprocessing micro-service module when the two-dimensional data intelligent application web page micro-service module receives an access request, a task which needs to execute corresponding front-end operation when the three-dimensional data intelligent application web page micro-service module receives the access request, and the like.
The required data received by the micro service module in executing the task thread is the data received by the micro service module in executing the task thread, and in one embodiment, the required data includes externally input data acquired by the data preprocessing micro service module, or an access request received by the two-dimensional data intelligent application web page micro service module, and the like.
The data authentication strategy is used for the micro-service module to authenticate the required data received by the task thread of the micro-service module, and the micro-service module can enter the step of executing the corresponding task thread only when the received required data passes the authentication of the authentication strategy. In one embodiment, when the authentication of the required data fails, the execution of the task thread per se is exited. The encryption authorization strategy is used for the data to be sent to be encrypted according to the encryption authorization strategy before the micro-service module needs to send the data to other modules, and then the data is sent out.
In another embodiment, referring to fig. 4, the intelligent service network system further includes a monitoring module 420; in this embodiment, the monitoring module collects telemetry data reported by the micro-service module when executing a task corresponding to its own task thread, and monitors the micro-service module according to the telemetry data.
In the embodiment, the remote measuring data generated by the micro-service module when executing the self task is collected by the monitoring module, and the micro-service module is monitored according to the remote measuring data.
In one embodiment, as shown in fig. 5, the intelligent service network system further includes a gateway module 510 and a data storage module 520; the gateway module is used for acquiring data input from the outside and sending the data to the data storage module for storage.
In another embodiment, referring to fig. 5, the intelligent service network system further includes an account management module 530; the account management module is used for distributing an account with a right corresponding to an account registration request to the terminal when receiving the account registration request sent by the terminal; the gateway module is used for acquiring data uploaded by the terminal through the account management module.
Further, in one embodiment, the account management module is specifically implemented by using an intelligent hospital platform; in this embodiment, the user can apply for the account number and log in order to obtain the authority through wisdom hospital platform, and the user can upload data through wisdom hospital platform simultaneously. Furthermore, the data uploaded by the intelligent hospital platform is sent to a gateway module of the intelligent service network system by the user, and the received data is sent to a data storage module by the gateway module for storage. Fig. 6 is a schematic flow chart illustrating a process of acquiring external input data and storing the external input data by the gateway module in an embodiment.
In one embodiment, the intelligent hospital platform includes a billing system module and an audit log module, and fig. 7 is a schematic processing flow diagram of the billing system module and the audit log module in one embodiment; in the embodiment, all users log in and operate the process, call the 3D APP action information and write the 3D APP action information into the log file in batch in an asynchronous mode. Filebeat (a log data collector of a local file) reads the content of the log file in real time and sends the content to a message bus. A consumer (charging) acquires information of calling a 3D APP by a user and writes the information into a charging system module; the charging may be in terms of number of calls or resource consumption of a GPU (Graphics Processing Unit). The consumer (log) obtains the user login and operation process information and writes the information into the audit log module.
Further, in one embodiment, the intelligent hospital platform of the account management module is a multi-tenant architecture and includes four functional modules, namely a user management module, a tenant management module, a system management module, and a tenant permission module. Wherein: the user management module is used for managing user accounts and passwords, and the accounts registered on the platform must have uniqueness. The tenant management module is used for managing tenants and configuring data sources corresponding to the tenants; an administrator account can be set below each tenant, and the administrator account and authorization can be added or deleted according to actual needs. The system management module is used for configuring all service systems in the platform. The tenant permission module is used for controlling a system which can be accessed by the tenant and the starting and ending time of the use authorized by the tenant. Fig. 8 is a diagram illustrating the architecture of the multi-tenant platform in one embodiment.
Fig. 9 is a schematic diagram of an architecture of an intelligent services network system in an embodiment. In this embodiment, the intelligent service network system includes: the system comprises a service discovery module, an identity verification module, a monitoring module and a micro-service grid consisting of micro-service modules; wherein, little service module includes: 1) the data preprocessing micro-service module (DataPreprocess-micro) is responsible for acquiring data from the cloud storage to perform preprocessing of an AI algorithm and providing a preprocessing result to the 2D intelligent application and the 3D intelligent application; 2) an intelligent algorithm engine micro-service module (AI AlgoEngine-micro) which is responsible for providing AI algorithms for data preprocessing micro-services, 2D intelligent applications and 3D intelligent applications; 3) a two-dimensional data intelligent application webpage micro-service module (2D intelligence A-micro service) for providing 2D intelligent application service for the cloud; 4) the 3D intelligent application Web page micro-service module (IA-3 DView-micro-service) is realized by combining an intelligent application Web workflow and a basic WebView component; 5) and the 3D image rendering micro-service module (IA-3D sender-micro service) is realized by combining an intelligent application advanced function and a basic Web3D component.
The service discovery module (Pilot) provides an Envoy interface for service discovery, dynamic update of a load balancing pool and a routing table, provides a high-level traffic management rule specified by a Rules interface, and executes an authorization strategy by a monitoring module (Mixer) and collects telemetry data for services in the micro-service grid; authentication module (sitadel TLS) encryption and authentication for protecting microservice and data.
The data storage of the intelligent service network system is completed by the image cloud server, and a user uploads the data to the image cloud server by accessing the image cloud server; the data storage relates to a gateway module, an account management module (intelligent hospital platform), a data storage module and an interface for providing access data to the outside; a Gateway module (Gateway) for receiving data; the intelligent hospital platform adopts a multi-tenant architecture, provides a service data isolation function of a medical institution, and ensures data security; the data storage module (Store) is used for storing data; the Cloud interface (Cloud API) is used to provide an interface for accessing data to the outside.
Fig. 10 is a schematic flowchart illustrating the start-up of the micro service module of the intelligent service network system in an embodiment, including: the service discovery module (Pilot) is used for appointing a flow management rule by operation and maintenance personnel; the service discovery module acquires an encryption authorization strategy and a data identity authentication strategy from an identity authentication module (Catidel); when the micro-service module is started, service registration is carried out on the service discovery module (a service registration request is sent to the service discovery module), and after the service discovery module discovers the service, the flow management rule is issued to the micro-service module; meanwhile, the micro-service module is monitored by a monitoring module (Mixer) and reports the telemetering information of the service.
In this embodiment, the access process of the micro service module of the intelligent service network system includes: the data preprocessing micro-service module obtains medical image data from an image cloud server connected with the intelligent service network system, accesses the two-dimensional data intelligent application webpage micro-service module and accesses the three-dimensional data intelligent application webpage micro-service module. The image cloud server (ImageCloud) is a server for storing medical image data, the intelligent service network system in the embodiment is connected with the image cloud server, and the data preprocessing micro-service module of the intelligent service network system can acquire the medical image data from the image cloud server for preprocessing operation.
Fig. 11 is a schematic flow chart illustrating access of the micro service module in an embodiment, which includes: the data preprocessing micro-service module acquires data through the image cloud, calls an algorithm to the intelligent algorithm engine micro-service module, performs data preprocessing work, and stores preprocessed data obtained by data preprocessing; each micro service module dynamically determines a current load strategy according to a flow management rule received from the service discovery module in the starting process of the micro service module, and controls flow according to the current load strategy.
When a user requests to access the 2D intelligent application webpage micro-service module, a Rules interface in the service discovery module sends a routing access request to the 2D intelligent application webpage micro-service module; and the 2D intelligent application webpage micro-service module acquires the preprocessed data from the data preprocessing micro-service module for displaying.
When a user requests to access the 3D intelligent application webpage micro-service module, a Rules interface in the service discovery module sends a routing access request to the 3D intelligent application webpage micro-service module; after the 3D intelligent application webpage micro-service module executes the front-end workflow, sending an image processing request to the 3D image rendering micro-service module; the 3D image rendering micro-service module acquires the preprocessing data corresponding to the image processing request from the data preprocessing micro-service module, and pushes a rendering result to the 3D intelligent application webpage micro-service module after a series of image processing and graphic rendering.
By the intelligent service network system, the intelligent algorithm engine and the intelligent application are integrated in the same technical architecture in a micro-service architecture mode, and the problem of resource waste caused by data transmission among multiple clouds can be solved.
The technical features of the above embodiments can be arbitrarily combined, and for the sake of brevity, all possible combinations of the technical features in the above embodiments are not described, but should be considered as the scope of the present specification as long as there is no contradiction between the combinations of the technical features.
The above-mentioned embodiments only express several embodiments of the present application, and the description thereof is more specific and detailed, but not construed as limiting the scope of the invention. It should be noted that, for a person skilled in the art, several variations and modifications can be made without departing from the concept of the present application, which falls within the scope of protection of the present application. Therefore, the protection scope of the present patent shall be subject to the appended claims.
Claims (10)
1. An intelligent service network system is characterized by comprising a service discovery module, a plurality of intelligent application micro-service modules, a data preprocessing micro-service module and an intelligent algorithm engine micro-service module;
the data preprocessing micro-service module acquires externally input medical image data, and invokes an intelligent algorithm in the intelligent algorithm engine micro-service module to preprocess the medical image data, generate preprocessed data and store the preprocessed data; when receiving an access request, the service discovery module identifies a target intelligent application type corresponding to the access request, determines a target intelligent application micro-service module corresponding to the target intelligent application type in the plurality of intelligent application micro-service modules, and sends the access request to the target intelligent application micro-service module; and when the intelligent application micro-service module receives the access request, acquiring the preprocessing data corresponding to the access request from the data preprocessing micro-service module, and acquiring and displaying the image data to be displayed according to the preprocessing data.
2. The system of claim 1, wherein the smart application microservice module comprises a two-dimensional data smart application web microservice module.
3. The system of claim 1, wherein the smart application microservice module comprises a three-dimensional data smart application web microservice module and a three-dimensional data image rendering microservice module;
when the three-dimensional data intelligent application webpage micro-service module receives the access request, executing front-end processing corresponding to the access request, and sending an image processing request to the three-dimensional data image rendering micro-service module; when the three-dimensional data image rendering micro-service module receives an image processing request, preprocessing data corresponding to the image processing request are obtained from the data preprocessing micro-service module, the preprocessing data are rendered to obtain the image data to be displayed, and the image data to be displayed are sent to the three-dimensional data intelligent application webpage micro-service module to be displayed.
4. The system of claim 1, wherein the data preprocessing microservice module is configured to obtain the medical image data from an external image cloud server.
5. The system of claim 1, wherein the service discovery module obtains externally inputted traffic management rules; when detecting a service registration request, the service discovery module sends the traffic management rule to a micro-service module corresponding to the service registration request;
wherein the micro-service module comprises at least one of the data preprocessing micro-service module, the plurality of intelligent application micro-service modules and the intelligent algorithm engine micro-service module.
6. The system of claim 5, wherein the microservice module is configured to determine a current load policy according to the traffic management rule when executing a task thread, allocate a mirroring service to the task thread according to the current load policy, and execute the task thread through the mirroring service.
7. The system of claim 5, further comprising an authentication module;
the identity authentication module is used for acquiring an encryption authorization strategy and a data identity authentication strategy which are input from the outside;
the micro-service module is used for receiving the data identity authentication strategy sent by the identity authentication module when a self task thread is started, performing identity authentication on the required data received by executing the self task thread according to the data identity authentication strategy, and executing the self task thread if the required data passes the authentication; the micro-service module is also used for receiving the encryption authorization strategy sent by the identity authentication module when data to be sent exists in the process of executing the task thread of the micro-service module, and sending the data to be sent after encrypting the data according to the encryption authorization strategy.
8. The system of claim 5, further comprising a monitoring module;
the monitoring module collects telemetering data reported by the micro-service module when executing a task corresponding to the task thread of the micro-service module, and monitors the micro-service module according to the telemetering data.
9. The system of claim 1, further comprising a gateway module and a data storage module;
the gateway module is used for acquiring data input from the outside and sending the data to the data storage module for storage.
10. The system of claim 9, further comprising an account management module;
the account management module is used for distributing an account with a right corresponding to the account registration request to the terminal when receiving the account registration request sent by the terminal; the gateway module is used for acquiring the data uploaded by the terminal through the account management module.
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