CN117915476B - Information integration system processing method and system - Google Patents

Information integration system processing method and system Download PDF

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Publication number
CN117915476B
CN117915476B CN202410285649.6A CN202410285649A CN117915476B CN 117915476 B CN117915476 B CN 117915476B CN 202410285649 A CN202410285649 A CN 202410285649A CN 117915476 B CN117915476 B CN 117915476B
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service
information
node
data
data processing
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CN117915476A (en
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陈曦
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Nanjing University
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Nanjing University
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    • H—ELECTRICITY
    • H04—ELECTRIC COMMUNICATION TECHNIQUE
    • H04W—WIRELESS COMMUNICATION NETWORKS
    • H04W72/00—Local resource management
    • H04W72/12—Wireless traffic scheduling
    • H04W72/1263—Mapping of traffic onto schedule, e.g. scheduled allocation or multiplexing of flows
    • H04W72/1268—Mapping of traffic onto schedule, e.g. scheduled allocation or multiplexing of flows of uplink data flows
    • H—ELECTRICITY
    • H04—ELECTRIC COMMUNICATION TECHNIQUE
    • H04L—TRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
    • H04L67/00—Network arrangements or protocols for supporting network services or applications
    • H04L67/14—Session management
    • H04L67/141—Setup of application sessions
    • H—ELECTRICITY
    • H04—ELECTRIC COMMUNICATION TECHNIQUE
    • H04W—WIRELESS COMMUNICATION NETWORKS
    • H04W28/00—Network traffic management; Network resource management
    • H04W28/16—Central resource management; Negotiation of resources or communication parameters, e.g. negotiating bandwidth or QoS [Quality of Service]
    • H04W28/18—Negotiating wireless communication parameters
    • H04W28/20—Negotiating bandwidth
    • H—ELECTRICITY
    • H04—ELECTRIC COMMUNICATION TECHNIQUE
    • H04W—WIRELESS COMMUNICATION NETWORKS
    • H04W4/00—Services specially adapted for wireless communication networks; Facilities therefor
    • H04W4/06—Selective distribution of broadcast services, e.g. multimedia broadcast multicast service [MBMS]; Services to user groups; One-way selective calling services
    • H—ELECTRICITY
    • H04—ELECTRIC COMMUNICATION TECHNIQUE
    • H04W—WIRELESS COMMUNICATION NETWORKS
    • H04W76/00—Connection management
    • H04W76/10—Connection setup
    • H04W76/15—Setup of multiple wireless link connections
    • H—ELECTRICITY
    • H04—ELECTRIC COMMUNICATION TECHNIQUE
    • H04W—WIRELESS COMMUNICATION NETWORKS
    • H04W76/00—Connection management
    • H04W76/40—Connection management for selective distribution or broadcast

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  • Engineering & Computer Science (AREA)
  • Computer Networks & Wireless Communication (AREA)
  • Signal Processing (AREA)
  • Multimedia (AREA)
  • Quality & Reliability (AREA)
  • Mobile Radio Communication Systems (AREA)

Abstract

The application provides an information integration system processing method and system. The method comprises the steps of sending a first service information uploading request to a management service interaction node through a first communication link by using a first mobile terminal, determining the first service interaction node from a data interaction layer by the management service interaction node according to first service type information and a preset service node determining model, sending the first service interaction node information of the first service interaction node to the first mobile terminal, establishing a second communication link between the first mobile terminal and the first service interaction node according to the first service interaction node information, and sending the first service information to the first service interaction node through the second communication link, so that the first service information is uploaded to the first service interaction node corresponding to the service type.

Description

Information integration system processing method and system
Technical Field
The present application relates to data processing technology, and in particular, to a method and a system for processing an information integration system.
Background
With the development of informatization, each industry needs to perform cloud management on its business data.
In the prior art, in order to upload service data, related service data is generally directly uploaded to a corresponding server, so that the uploaded data is processed and stored in the server.
However, the above-mentioned method adopts an indiscriminate uploading and processing mode, and is easy to cause business data mixing in the case of more business types.
Disclosure of Invention
The application provides a method for solving the technical problem that business data are easy to mix when the traditional direct data uploading mode is adopted and the business types are more.
In a first aspect, the present application provides a method for processing an information integration system, which is applied to an information integration system, where the information integration system includes a cloud system and a mobile terminal cluster, the cloud system includes a data interaction layer, the data interaction layer includes a plurality of service interaction nodes, and each mobile terminal in the mobile terminal cluster is in communication connection with at least one service interaction node in the data interaction layer; the method comprises the following steps:
in an initial state, a first mobile terminal in the mobile terminal cluster and a management service interaction node in the data interaction layer establish a first communication link, and the first mobile terminal sends state report information to the management service interaction node through the first communication link according to a preset first interval duration;
The first mobile terminal responds to a first service information uploading instruction to generate a first service information data packet, wherein the first service information data packet comprises a first service information uploading request and first service information;
The first mobile terminal sends a first service information uploading request to the management service interaction node through the first communication link, wherein the first service information uploading request comprises first service type information;
The management service interaction node determines a first service interaction node from the data interaction layer according to the first service type information and a preset service node determination model, and sends first service interaction node information of the first service interaction node to the first mobile terminal;
The first mobile terminal establishes a second communication link with the first service interaction node according to the first service interaction node information, and sends the first service type information and the first service information to the first service interaction node through the second communication link, wherein the bandwidth of the second communication link is larger than that of the first communication link.
Optionally, the management service interaction node determines a first service interaction node from the data interaction layer according to the first service type information and a preset service node determination model, and includes:
the management service interaction node determines a first service interaction node set from the data interaction layer according to the first service type information, wherein a preset processing service type list of service interaction nodes in the first service interaction node set comprises the first service type information;
the management service interaction node broadcasts first service interaction information to each service interaction node to be selected in the first service interaction node set, wherein the first service interaction information comprises the first service type information;
each service interaction node to be selected in the first service interaction node set determines an interaction thread state corresponding to the first service type information after receiving the first service interaction information;
If a first interaction thread state corresponding to the first service type information in a first service interaction node in the first service interaction node set to be selected is an idle state, sending first service feedback information to the management service interaction node, wherein the first service feedback information comprises the number of busy threads of interaction threads of the first service interaction node currently in a busy state;
If the state of a second interaction thread corresponding to the first service type information in a second to-be-selected service interaction node in the first to-be-selected service interaction node set is a busy state, not sending second service feedback information to the management service interaction node;
The management service interaction node determines a first service interaction node subset from the first service interaction node set according to the received service feedback information set, wherein the service feedback information set comprises the first service feedback information, and the first service interaction node subset comprises the first service interaction node;
and the management service interaction node determines the service interaction node with the smallest busy thread number in the first service interaction node subset as the first service interaction node.
Optionally, the cloud system further includes a system management layer and a data processing layer, where the data processing layer includes a plurality of data processing nodes; the system management layer is respectively in communication connection with each service interaction node in the data interaction layer, and is respectively in communication connection with each data processing node in the data processing layer;
Correspondingly, after the first service information is sent to the first service interaction node through the second communication link, the method further includes:
the first service interaction node determines a first processing type of the first service information according to a first information characteristic field in the first service information, and determines a first data capacity of the first service information according to a second information characteristic field in the first service information;
The first service interaction node sends the first service type information, the first processing type and the first data capacity to the system management layer through a third communication link, wherein the third communication link is a communication link between the first service interaction node and the system management layer;
the system management layer determines a model by utilizing preset data processing, and determines resources occupied by first data processing according to the first service type information, the first processing type and the first data capacity;
the system management layer determines a first data processing node from the data processing layer according to the first data processing occupied resource and a preset resource allocation model, and sends first data processing node information of the first data processing node to the first service interaction node so as to establish a fourth communication link between the first data processing node and the first service interaction node, wherein the bandwidth of the fourth communication link is larger than that of the third communication link;
The first data processing node receives the first service information sent by the first service interaction node through the fourth communication link, and generates first service processing information after data processing is performed on the first service information.
Optionally, the management layer determines a model by using preset data processing, and determines that the first data processing occupies resources according to the first service type information, the first processing type and the first data capacity, including:
The management layer determines a first service type weight value according to the first service type information and a preset first resource occupation weight list The preset first resource occupation weight list is used for establishing a mapping relation between the service type and the service type weight value;
The management layer determines a weight value of a first processing type according to the first processing type and a preset second resource occupation weight list The preset second resource occupation weight list is used for establishing a mapping relation between the processing type and the processing type weight value;
According to the first data capacity And equation 1 determines that the first data processing occupies resources/>The formula 1 is:
Wherein, For presetting nominal data capacity,/>And occupying resources for the pre-test processing corresponding to the preset nominal data capacity.
Optionally, the system management layer determines a first data processing node from the data processing layer according to the first data processing occupied resource and a preset resource allocation model, and includes:
the system management layer determines a first data processing node set to be selected from the data processing layers according to the first processing type, wherein a preset data processing type list of data processing nodes in the first data processing node set to be selected comprises the first processing type;
the system management layer broadcasts first data processing information to each data processing node to be selected in the first data processing node set to be selected, wherein the first data processing information comprises the first processing type;
After receiving the first data processing information, each data processing node to be selected in the first data processing node set determines the residual data processing resource corresponding to the first processing type and sends the residual data processing resource to the system management layer;
And the system management layer determines the selected data processing node with the largest residual data processing resource in the first data processing node set to be the first data processing node.
Optionally, before the system management layer determines a model by using preset data processing and determines that the first data processing occupies resources according to the first service type information, the first processing type and the first data capacity, the method further includes:
The first data processing node sends state report information to the system management layer through a fifth communication link according to a preset second interval duration;
correspondingly, after receiving the first data processing information, each data processing node to be selected in the first data processing node set determines a remaining data processing resource corresponding to the first processing type, and sends the remaining data processing resource to the system management layer, including:
The first data processing node receives the first data processing information through the fifth communication link;
And after determining the first residual data processing resource corresponding to the first processing type, the first data processing node sends the first residual data processing resource to the system management layer through the fifth communication link.
Optionally, the cloud system further includes a data storage layer, where the data storage layer includes a plurality of data storage nodes; each data storage node in the data storage layer is respectively in communication connection with the system management layer;
Correspondingly, after the first service processing information is generated, the method further includes:
The system management layer receives the first service processing information sent by the first data processing node through a sixth communication link, and determines a first data storage node corresponding to the type from the data storage layer according to the first service type information, wherein the bandwidth of the sixth communication link is greater than that of the fifth communication link;
And the system management layer sends the first service processing information to the first data storage node for storage.
In a second aspect, the present application provides an information integration system, comprising: the cloud system comprises a data interaction layer, the data interaction layer comprises a plurality of service interaction nodes, and each mobile terminal in the mobile terminal cluster is in communication connection with at least one service interaction node in the data interaction layer;
in an initial state, a first mobile terminal in the mobile terminal cluster and a management service interaction node in the data interaction layer establish a first communication link, and the first mobile terminal sends state report information to the management service interaction node through the first communication link according to a preset first interval duration;
The first mobile terminal responds to a first service information uploading instruction to generate a first service information data packet, wherein the first service information data packet comprises a first service information uploading request and first service information;
The first mobile terminal sends a first service information uploading request to the management service interaction node through the first communication link, wherein the first service information uploading request comprises first service type information;
The management service interaction node determines a first service interaction node from the data interaction layer according to the first service type information and a preset service node determination model, and sends first service interaction node information of the first service interaction node to the first mobile terminal;
The first mobile terminal establishes a second communication link with the first service interaction node according to the first service interaction node information, and sends the first service type information and the first service information to the first service interaction node through the second communication link, wherein the bandwidth of the second communication link is larger than that of the first communication link.
Optionally, the management service interaction node determines a first service interaction node set from the data interaction layer according to the first service type information, and a preset processing service type list of service interaction nodes in the first service interaction node set includes the first service type information;
the management service interaction node broadcasts first service interaction information to each service interaction node to be selected in the first service interaction node set, wherein the first service interaction information comprises the first service type information;
each service interaction node to be selected in the first service interaction node set determines an interaction thread state corresponding to the first service type information after receiving the first service interaction information;
If a first interaction thread state corresponding to the first service type information in a first service interaction node in the first service interaction node set to be selected is an idle state, sending first service feedback information to the management service interaction node, wherein the first service feedback information comprises the number of busy threads of interaction threads of the first service interaction node currently in a busy state;
If the state of a second interaction thread corresponding to the first service type information in a second to-be-selected service interaction node in the first to-be-selected service interaction node set is a busy state, not sending second service feedback information to the management service interaction node;
The management service interaction node determines a first service interaction node subset from the first service interaction node set according to the received service feedback information set, wherein the service feedback information set comprises the first service feedback information, and the first service interaction node subset comprises the first service interaction node;
and the management service interaction node determines the service interaction node with the smallest busy thread number in the first service interaction node subset as the first service interaction node.
Optionally, the cloud system further includes a system management layer and a data processing layer, where the data processing layer includes a plurality of data processing nodes; the system management layer is respectively in communication connection with each service interaction node in the data interaction layer, and is respectively in communication connection with each data processing node in the data processing layer;
the first service interaction node determines a first processing type of the first service information according to a first information characteristic field in the first service information, and determines a first data capacity of the first service information according to a second information characteristic field in the first service information;
The first service interaction node sends the first service type information, the first processing type and the first data capacity to the system management layer through a third communication link, wherein the third communication link is a communication link between the first service interaction node and the system management layer;
the system management layer determines a model by utilizing preset data processing, and determines resources occupied by first data processing according to the first service type information, the first processing type and the first data capacity;
the system management layer determines a first data processing node from the data processing layer according to the first data processing occupied resource and a preset resource allocation model, and sends first data processing node information of the first data processing node to the first service interaction node so as to establish a fourth communication link between the first data processing node and the first service interaction node, wherein the bandwidth of the fourth communication link is larger than that of the third communication link;
The first data processing node receives the first service information sent by the first service interaction node through the fourth communication link, and generates first service processing information after data processing is performed on the first service information.
Optionally, the management layer determines a first service type weight value according to the first service type information and a preset first resource occupation weight listThe preset first resource occupation weight list is used for establishing a mapping relation between the service type and the service type weight value;
The management layer determines a weight value of a first processing type according to the first processing type and a preset second resource occupation weight list The preset second resource occupation weight list is used for establishing a mapping relation between the processing type and the processing type weight value;
According to the first data capacity And equation 1 determines that the first data processing occupies resources/>The formula 1 is:
Wherein, For presetting nominal data capacity,/>And occupying resources for the pre-test processing corresponding to the preset nominal data capacity.
Optionally, the system management layer determines a first set of data processing nodes to be selected from the data processing layers according to the first processing type, and a preset data processing type list of the data processing nodes in the first set of data processing nodes to be selected includes the first processing type;
the system management layer broadcasts first data processing information to each data processing node to be selected in the first data processing node set to be selected, wherein the first data processing information comprises the first processing type;
After receiving the first data processing information, each data processing node to be selected in the first data processing node set determines the residual data processing resource corresponding to the first processing type and sends the residual data processing resource to the system management layer;
And the system management layer determines the selected data processing node with the largest residual data processing resource in the first data processing node set to be the first data processing node.
Optionally, the first data processing node sends status report information to the system management layer through a fifth communication link according to a preset second interval duration;
The first data processing node receives the first data processing information through the fifth communication link;
And after determining the first residual data processing resource corresponding to the first processing type, the first data processing node sends the first residual data processing resource to the system management layer through the fifth communication link.
Optionally, the cloud system further includes a data storage layer, where the data storage layer includes a plurality of data storage nodes; each data storage node in the data storage layer is respectively in communication connection with the system management layer;
The system management layer receives the first service processing information sent by the first data processing node through a sixth communication link, and determines a first data storage node corresponding to the type from the data storage layer according to the first service type information, wherein the bandwidth of the sixth communication link is greater than that of the fifth communication link;
And the system management layer sends the first service processing information to the first data storage node for storage.
In a third aspect, the present application provides an electronic device comprising:
A processor; and
A memory for storing executable instructions of the processor;
wherein the processor is configured to perform any one of the possible methods described in the first aspect via execution of the executable instructions.
In a fourth aspect, the present application provides a computer readable storage medium having stored therein computer executable instructions which when executed by a processor are adapted to carry out any one of the possible methods described in the first aspect.
The application provides an information integration system processing method and system, which are characterized in that a first mobile terminal is utilized to send a first service information uploading request to a management service interaction node through a first communication link, then the management service interaction node determines a first service interaction node from a data interaction layer according to first service type information and a preset service node determining model, the first service interaction node information of the first service interaction node is sent to the first mobile terminal, then the first mobile terminal establishes a second communication link with the first service interaction node according to the first service interaction node information, and sends the first service information to the first service interaction node through the second communication link, so that the first service information is uploaded to the first service interaction node corresponding to the service type.
Drawings
The accompanying drawings, which are incorporated in and constitute a part of this specification, illustrate embodiments consistent with the application and together with the description, serve to explain the principles of the application.
FIG. 1 is a flow diagram illustrating a method of processing an information integration system according to an example embodiment of the application;
FIG. 2 is a flow diagram illustrating a method of processing an information integration system according to another example embodiment of the application;
FIG. 3 is a schematic diagram of an information integration system according to another example embodiment of the application;
fig. 4 is a schematic structural view of an electronic device according to an exemplary embodiment of the present application.
Specific embodiments of the present application have been shown by way of the above drawings and will be described in more detail below. The drawings and the written description are not intended to limit the scope of the inventive concepts in any way, but rather to illustrate the inventive concepts to those skilled in the art by reference to the specific embodiments.
Detailed Description
Reference will now be made in detail to exemplary embodiments, examples of which are illustrated in the accompanying drawings. When the following description refers to the accompanying drawings, the same numbers in different drawings refer to the same or similar elements, unless otherwise indicated. The implementations described in the following exemplary examples do not represent all implementations consistent with the application. Rather, they are merely examples of apparatus and methods consistent with aspects of the application as detailed in the accompanying claims.
Fig. 1 is a flow chart illustrating a method of processing an information integration system according to an example embodiment of the application. As shown in fig. 1, the method provided in this embodiment includes:
S101, a first mobile terminal in a mobile terminal cluster and a management service interaction node in a data interaction layer establish a first communication link.
The method provided by the embodiment is applied to an information integration system, the information integration system comprises a cloud system and a mobile terminal cluster, the cloud system comprises a data interaction layer, the data interaction layer comprises a plurality of service interaction nodes, and each mobile terminal in the mobile terminal cluster is in communication connection with at least one service interaction node in the data interaction layer.
In an initial state, a first mobile terminal in a mobile terminal cluster and a management service interaction node in a data interaction layer establish a first communication link, and the first mobile terminal sends state report information to the management service interaction node through the first communication link according to a preset first interval duration.
S102, the first mobile terminal responds to the first service information uploading instruction to generate a first service information data packet.
In this step, the first mobile terminal responds to the first service information uploading instruction to generate a first service information data packet, where the first service information data packet includes a first service information uploading request and first service information. The first service information uploading instruction may be a click trigger in the first mobile terminal, for example, select a service information data file to upload.
S103, the first mobile terminal sends a first service information uploading request to the management service interaction node through a first communication link.
In this step, the first mobile terminal sends a first service information upload request to the management service interaction node through the first communication link, where the first service information upload request includes first service type information. It should be appreciated that the first service type information may be a service type for a corresponding service, for example, indicating that the service is a pay-note registration service, an invoice reimbursement service, a payroll accounting service, or the like.
S104, the management service interaction node determines a first service interaction node from the data interaction layer according to the first service type information and a preset service node determination model, and sends first service interaction node information of the first service interaction node to the first mobile terminal.
In this step, the management service interaction node may determine a first service interaction node from the data interaction layer according to the first service type information and the preset service node determination model, and send the first service interaction node information of the first service interaction node to the first mobile terminal.
Specifically, for the management service interaction node to determine the first service interaction node from the data interaction layer according to the first service type information and the preset service node determination model, the method may include:
the management service interaction node determines a first service interaction node set from the data interaction layer according to the first service type information, wherein a preset processing service type list of the service interaction nodes in the first service interaction node set comprises the first service type information; the management service interaction node broadcasts first service interaction information to each service interaction node to be selected in the first service interaction node set, wherein the first service interaction information comprises first service type information; after receiving the first service interaction information, each service interaction node to be selected in the first service interaction node set determines an interaction thread state corresponding to the first service type information; and if the first interaction thread state corresponding to the first service type information in the first service interaction node set to be selected is in an idle state, sending first service feedback information to the management service interaction node, wherein the first service feedback information comprises the busy thread number of the interaction threads of the first service interaction node currently in the busy state.
And if the state of the second interaction thread corresponding to the first service type information in the second to-be-selected service interaction node in the first to-be-selected service interaction node set is a busy state, not sending second service feedback information to the management service interaction node.
And the management service interaction node determines a first service interaction node subset from the first service interaction node set according to the received service feedback information set, wherein the service feedback information set comprises first service feedback information, and the first service interaction node subset comprises first service interaction nodes.
And the management service interaction node determines the service interaction node to be selected with the minimum busy thread number in the first service interaction node subset to be selected as the first service interaction node.
In the step, a first service interaction node set with interaction service capability is selected, and then the service interaction node to be selected with the minimum busy thread number is further determined to be the first service interaction node on the basis of the first service interaction node set, so that the interaction efficiency of service interaction is ensured.
S105, the first mobile terminal establishes a second communication link with the first service interaction node according to the first service interaction node information, and sends the first service type information and the first service information to the first service interaction node through the second communication link.
In this step, the first mobile terminal establishes a second communication link with the first service interaction node according to the first service interaction node information, and sends the first service type information and the first service information to the first service interaction node through the second communication link, wherein the bandwidth of the second communication link is greater than that of the first communication link.
In this embodiment, a first mobile terminal is used to send a first service information uploading request to a management service interaction node through a first communication link, then the management service interaction node determines a first service interaction node from a data interaction layer according to first service type information and a preset service node determining model, and sends first service interaction node information of the first service interaction node to the first mobile terminal, and then the first mobile terminal establishes a second communication link with the first service interaction node according to the first service interaction node information, and sends the first service information to the first service interaction node through the second communication link, so that the first service information is uploaded to the first service interaction node corresponding to the service type. In addition, the data transmission is carried out on the status report information with smaller data quantity and frequent interaction through the first communication link with smaller bandwidth, and the data transmission is carried out on the first service information with large data quantity through the second communication link with larger bandwidth, so that the reliability of the data transmission is ensured, and the transmission resource can be utilized more effectively.
Fig. 2 is a flow chart illustrating a method of processing an information integration system according to another example embodiment of the application. As shown in fig. 2, the information integration system processing method provided in this embodiment includes:
S201, a first mobile terminal in the mobile terminal cluster and a management service interaction node in the data interaction layer establish a first communication link.
In an initial state, a first mobile terminal in a mobile terminal cluster and a management service interaction node in a data interaction layer establish a first communication link, and the first mobile terminal sends state report information to the management service interaction node through the first communication link according to a preset first interval duration.
S202, the first mobile terminal responds to a first service information uploading instruction to generate a first service information data packet.
In this step, the first mobile terminal responds to the first service information uploading instruction to generate a first service information data packet, where the first service information data packet includes a first service information uploading request and first service information. The first service information uploading instruction may be a click trigger in the first mobile terminal, for example, select a service information data file to upload.
S203, the first mobile terminal sends a first service information uploading request to the management service interaction node through a first communication link.
In this step, the first mobile terminal sends a first service information upload request to the management service interaction node through the first communication link, where the first service information upload request includes first service type information. It should be appreciated that the first service type information may be a service type for a corresponding service, for example, indicating that the service is a pay-note registration service, an invoice reimbursement service, a payroll accounting service, or the like.
S204, the management service interaction node determines a first service interaction node from the data interaction layer according to the first service type information and a preset service node determination model, and sends first service interaction node information of the first service interaction node to the first mobile terminal.
In this step, the management service interaction node may determine a first service interaction node from the data interaction layer according to the first service type information and the preset service node determination model, and send the first service interaction node information of the first service interaction node to the first mobile terminal.
Specifically, for the management service interaction node to determine the first service interaction node from the data interaction layer according to the first service type information and the preset service node determination model, the method may include:
the management service interaction node determines a first service interaction node set from the data interaction layer according to the first service type information, wherein a preset processing service type list of the service interaction nodes in the first service interaction node set comprises the first service type information; the management service interaction node broadcasts first service interaction information to each service interaction node to be selected in the first service interaction node set, wherein the first service interaction information comprises first service type information; after receiving the first service interaction information, each service interaction node to be selected in the first service interaction node set determines an interaction thread state corresponding to the first service type information; and if the first interaction thread state corresponding to the first service type information in the first service interaction node set to be selected is in an idle state, sending first service feedback information to the management service interaction node, wherein the first service feedback information comprises the busy thread number of the interaction threads of the first service interaction node currently in the busy state.
And if the state of the second interaction thread corresponding to the first service type information in the second to-be-selected service interaction node in the first to-be-selected service interaction node set is a busy state, not sending second service feedback information to the management service interaction node.
And the management service interaction node determines a first service interaction node subset from the first service interaction node set according to the received service feedback information set, wherein the service feedback information set comprises first service feedback information, and the first service interaction node subset comprises first service interaction nodes.
And the management service interaction node determines the service interaction node to be selected with the minimum busy thread number in the first service interaction node subset to be selected as the first service interaction node.
In the step, a first service interaction node set with interaction service capability is selected, and then the service interaction node to be selected with the minimum busy thread number is further determined to be the first service interaction node on the basis of the first service interaction node set, so that the interaction efficiency of service interaction is ensured.
S205, the first mobile terminal establishes a second communication link with the first service interaction node according to the first service interaction node information, and sends the first service type information and the first service information to the first service interaction node through the second communication link.
In this step, the first mobile terminal establishes a second communication link with the first service interaction node according to the first service interaction node information, and sends the first service type information and the first service information to the first service interaction node through the second communication link, wherein the bandwidth of the second communication link is greater than that of the first communication link.
S206, the first service interaction node determines a first processing type of the first service information according to a first information characteristic field in the first service information, and determines a first data capacity of the first service information according to a second information characteristic field in the first service information.
In addition, the cloud system may further include a system management layer and a data processing layer, where the data processing layer includes a plurality of data processing nodes. The system management layer is respectively in communication connection with each service interaction node in the data interaction layer, and the system management layer is respectively in communication connection with each data processing node in the data processing layer.
In this step, the first service interaction node may determine a first processing type of the first service information according to a first information feature field in the first service information, and determine a first data capacity of the first service information according to a second information feature field in the first service information.
S207, the first service interaction node sends the first service type information, the first processing type and the first data capacity to a system management layer through a third communication link.
In this step, the first service interaction node sends the first service type information, the first processing type and the first data capacity to the system management layer through a third communication link, where the third communication link is a communication link between the first service interaction node and the system management layer.
S208, the system management layer determines a model by using preset data processing, and determines that the first data processing occupies resources according to the first service type information, the first processing type and the first data capacity.
Specifically, the management layer may determine the first service type weight value according to the first service type information and a preset first resource occupation weight listThe method comprises the steps of presetting a first resource occupation weight list for establishing a mapping relation between a service type and a service type weight value.
The management layer determines a weight value of the first processing type according to the first processing type and a preset second resource occupation weight listThe second resource occupation weight list is preset and used for establishing a mapping relation between the processing type and the processing type weight value.
According to the first data capacityEquation 1 determines that the first data processing occupies resources/>Equation 1 is:
Wherein, For presetting nominal data capacity,/>Resources are occupied for the pre-test processing corresponding to the preset nominal data capacity. It should be noted that the above-mentioned preset nominal data may be determined based on data forms such as service text data, service image data, service audio data, etc., and specifically may be selected in combination with an applied actual service scenario. If the preset nominal data is service text data, the calculated amount required for image and audio processing is larger than the service text data, so the determined first service type weight value/>The specific value can be calibrated based on testing the processing procedures of different data types in the scene. The first processing type may be processing types such as only storing and extracting image text, speech recognition, and the like, and the first processing type is weighted by a value/>And may also be formed calibrated based on testing for different data type processes. It should be noted that, the preset first resource occupation weight list and the preset second resource occupation weight list are preset in the system in advance, and can be adjusted according to the test data.
In addition, before the system management layer determines the model by using preset data processing and determines that the first data processing occupies resources according to the first service type information, the first processing type and the first data capacity, the first data processing node may send status report information to the system management layer through the fifth communication link according to the preset second interval duration.
Correspondingly, after receiving the first data processing information, each data processing node to be selected in the first data processing node set determines the remaining data processing resources corresponding to the first processing type, and sends the remaining data processing resources to the system management layer. Specifically, the first data processing node receives the first data processing information over the fifth communication link. After determining the first remaining data processing resources corresponding to the first processing type, the first data processing node sends the first remaining data processing resources to the system management layer through a fifth communication link.
S209, the system management layer determines a first data processing node from the data processing layer according to the occupied resources of the first data processing and the preset resource allocation model.
In this step, the system management layer determines a first data processing node from the data processing layer according to the resources occupied by the first data processing and the preset resource allocation model, and sends the first data processing node information of the first data processing node to the first service interaction node, so as to establish a fourth communication link between the first data processing node and the first service interaction node, where the bandwidth of the fourth communication link is greater than that of the third communication link. It is worth explaining that the data transmission is performed on the first service type information, the first processing type and the first data capacity with smaller data quantity through the third communication link with smaller bandwidth, and the data transmission is performed on the first service information with larger data quantity through the fourth communication link with larger bandwidth, so that the reliability of the data transmission is ensured, and the transmission resources can be utilized more effectively.
Optionally, the determining, by the system management layer, the first data processing node from the data processing layer according to the first data processing occupied resource and the preset resource allocation model may specifically include:
The system management layer determines a first data processing node set to be selected from the data processing layer according to the first processing type, wherein a preset data processing type list of data processing nodes in the first data processing node set to be selected comprises the first processing type; the system management layer broadcasts first data processing information to each data processing node to be selected in the first data processing node set, wherein the first data processing information comprises a first processing type; after each data processing node to be selected in the first data processing node set receives the first data processing information, determining the residual data processing resources corresponding to the first processing type, and sending the residual data processing resources to a system management layer; the system management layer determines the data processing node to be selected with the largest residual data processing resource in the first data processing node to be selected as the first data processing node.
S210, the first data processing node receives first service information sent by the first service interaction node through a fourth communication link, and generates first service processing information after data processing is performed on the first service information.
S211, the system management layer receives first service processing information sent by the first data processing node through a sixth communication link, and determines a first data storage node corresponding to the type from the data storage layer according to the first service type information.
In addition, the cloud system may further include a data storage layer including a plurality of data storage nodes; each data storage node in the data storage layer is respectively in communication connection with the system management layer.
In this step, the system management layer may receive the first service processing information sent by the first data processing node through the sixth communication link, and determine, from the data storage layer, the first data storage node corresponding to the type according to the first service type information, where the bandwidth of the sixth communication link is greater than the bandwidth of the fifth communication link.
S212, the system management layer sends the first service processing information to the first data storage node for storage.
In the step, the system management layer determines the first data storage node corresponding to the type from the data storage layer according to the first service type information, and then sends the first service processing information to the first data storage node for storage, so that the classification and the structured storage of the service data can be effectively realized.
Fig. 3 is a schematic structural view of an information integration system according to another exemplary embodiment of the present application. As shown in fig. 3, the information integration system 300 provided in this embodiment includes: the cloud system 310 and the mobile terminal cluster 320, wherein the cloud system 310 comprises a data interaction layer 311, the data interaction layer 311 comprises a plurality of service interaction nodes, and each mobile terminal in the mobile terminal cluster 320 is in communication connection with at least one service interaction node in the data interaction layer 311;
in an initial state, a first mobile terminal in the mobile terminal cluster 320 and a management service interaction node in the data interaction layer 311 establish a first communication link, and the first mobile terminal sends state report information to the management service interaction node through the first communication link according to a preset first interval duration;
The first mobile terminal responds to a first service information uploading instruction to generate a first service information data packet, wherein the first service information data packet comprises a first service information uploading request and first service information;
The first mobile terminal sends a first service information uploading request to the management service interaction node through the first communication link, wherein the first service information uploading request comprises first service type information;
the management service interaction node determines a first service interaction node from the data interaction layer 311 according to the first service type information and a preset service node determination model, and sends first service interaction node information of the first service interaction node to the first mobile terminal;
The first mobile terminal establishes a second communication link with the first service interaction node according to the first service interaction node information, and sends the first service type information and the first service information to the first service interaction node through the second communication link, wherein the bandwidth of the second communication link is larger than that of the first communication link.
Optionally, the management service interaction node determines a first set of service interaction nodes from the data interaction layer 311 according to the first service type information, where a preset processing service type list of service interaction nodes in the first set of service interaction nodes includes the first service type information;
the management service interaction node broadcasts first service interaction information to each service interaction node to be selected in the first service interaction node set, wherein the first service interaction information comprises the first service type information;
each service interaction node to be selected in the first service interaction node set determines an interaction thread state corresponding to the first service type information after receiving the first service interaction information;
If a first interaction thread state corresponding to the first service type information in a first service interaction node in the first service interaction node set to be selected is an idle state, sending first service feedback information to the management service interaction node, wherein the first service feedback information comprises the number of busy threads of interaction threads of the first service interaction node currently in a busy state;
If the state of a second interaction thread corresponding to the first service type information in a second to-be-selected service interaction node in the first to-be-selected service interaction node set is a busy state, not sending second service feedback information to the management service interaction node;
The management service interaction node determines a first service interaction node subset from the first service interaction node set according to the received service feedback information set, wherein the service feedback information set comprises the first service feedback information, and the first service interaction node subset comprises the first service interaction node;
and the management service interaction node determines the service interaction node with the smallest busy thread number in the first service interaction node subset as the first service interaction node.
Optionally, the cloud system 310 further includes a system management layer 312 and a data processing layer 313, where the data processing layer 313 includes a plurality of data processing nodes; the system management layer 312 is respectively in communication connection with each service interaction node in the data interaction layer 311, and the system management layer 312 is respectively in communication connection with each data processing node in the data processing layer 313;
the first service interaction node determines a first processing type of the first service information according to a first information characteristic field in the first service information, and determines a first data capacity of the first service information according to a second information characteristic field in the first service information;
The first service interaction node sends the first service type information, the first processing type and the first data capacity to the system management layer 312 through a third communication link, wherein the third communication link is a communication link between the first service interaction node and the system management layer 312;
The system management layer 312 determines a model by using preset data processing, and determines that first data processing occupies resources according to the first service type information, the first processing type and the first data capacity;
The system management layer 312 determines a first data processing node from the data processing layer 313 according to the first data processing occupied resource and a preset resource allocation model, and sends first data processing node information of the first data processing node to the first service interaction node so as to establish a fourth communication link between the first data processing node and the first service interaction node, wherein the bandwidth of the fourth communication link is greater than that of the third communication link;
The first data processing node receives the first service information sent by the first service interaction node through the fourth communication link, and generates first service processing information after data processing is performed on the first service information.
Optionally, the management layer determines a first service type weight value according to the first service type information and a preset first resource occupation weight listThe preset first resource occupation weight list is used for establishing a mapping relation between the service type and the service type weight value;
The management layer determines a weight value of a first processing type according to the first processing type and a preset second resource occupation weight list The preset second resource occupation weight list is used for establishing a mapping relation between the processing type and the processing type weight value;
According to the first data capacity And equation 1 determines that the first data processing occupies resources/>The formula 1 is:
Wherein, For presetting nominal data capacity,/>And occupying resources for the pre-test processing corresponding to the preset nominal data capacity.
Optionally, the system management layer 312 determines a first set of data processing nodes to be selected from the data processing layer 313 according to the first processing type, where a preset data processing type list of data processing nodes in the first set of data processing nodes to be selected includes the first processing type;
the system management layer 312 broadcasts first data processing information to each candidate data processing node in the first set of candidate data processing nodes, wherein the first data processing information comprises the first processing type;
After receiving the first data processing information, each data processing node to be selected in the first set of data processing nodes to be selected determines a remaining data processing resource corresponding to the first processing type, and sends the remaining data processing resource to the system management layer 312;
The system management layer 312 determines a candidate data processing node with the largest remaining data processing resources in the first set of candidate data processing nodes as the first data processing node.
Optionally, the first data processing node sends status report information to the system management layer 312 through a fifth communication link according to a preset second interval duration;
The first data processing node receives the first data processing information through the fifth communication link;
After determining the first remaining data processing resources corresponding to the first processing type, the first data processing node sends the first remaining data processing resources to the system management layer 312 through the fifth communication link.
Optionally, the cloud system 310 further includes a data storage layer 314, where the data storage layer 314 includes a plurality of data storage nodes; each data storage node in the data storage layer 314 is respectively in communication with the system management layer 312;
The system management layer 312 receives the first service processing information sent by the first data processing node through a sixth communication link, and determines a first data storage node corresponding to the type from the data storage layer 314 according to the first service type information, where a bandwidth of the sixth communication link is greater than a bandwidth of the fifth communication link;
the system management layer 312 sends the first service processing information to the first data storage node for storage.
Fig. 4 is a schematic structural view of an electronic device according to an exemplary embodiment of the present application. As shown in fig. 4, an electronic device 400 provided in this embodiment includes: a processor 401 and a memory 402; wherein:
a memory 402 for storing a computer program, which memory may also be a flash memory.
A processor 401 for executing the execution instructions stored in the memory to implement the steps in the above method. Reference may be made in particular to the description of the embodiments of the method described above.
Alternatively, the memory 402 may be separate or integrated with the processor 401.
When the memory 402 is a device separate from the processor 401, the electronic apparatus 400 may further include:
A bus 403 for connecting the memory 402 and the processor 401.
The present embodiment also provides a readable storage medium having a computer program stored therein, which when executed by at least one processor of an electronic device, performs the methods provided by the various embodiments described above.
The present embodiment also provides a program product comprising a computer program stored in a readable storage medium. The computer program may be read from a readable storage medium by at least one processor of an electronic device, and executed by the at least one processor, causes the electronic device to implement the methods provided by the various embodiments described above.
Other embodiments of the application will be apparent to those skilled in the art from consideration of the specification and practice of the application disclosed herein. This application is intended to cover any variations, uses, or adaptations of the application following, in general, the principles of the application and including such departures from the present disclosure as come within known or customary practice within the art to which the application pertains. It is intended that the specification and examples be considered as exemplary only, with a true scope and spirit of the application being indicated by the following claims.
It is to be understood that the application is not limited to the precise arrangements and instrumentalities shown in the drawings, which have been described above, and that various modifications and changes may be effected without departing from the scope thereof. The scope of the application is limited only by the appended claims.

Claims (10)

1. The information integration system processing method is characterized by being applied to an information integration system, wherein the information integration system comprises a cloud system and a mobile terminal cluster, the cloud system comprises a data interaction layer, the data interaction layer comprises a plurality of service interaction nodes, and each mobile terminal in the mobile terminal cluster is in communication connection with at least one service interaction node in the data interaction layer; the method comprises the following steps:
in an initial state, a first mobile terminal in the mobile terminal cluster and a management service interaction node in the data interaction layer establish a first communication link, and the first mobile terminal sends state report information to the management service interaction node through the first communication link according to a preset first interval duration;
The first mobile terminal responds to a first service information uploading instruction to generate a first service information data packet, wherein the first service information data packet comprises a first service information uploading request and first service information;
The first mobile terminal sends a first service information uploading request to the management service interaction node through the first communication link, wherein the first service information uploading request comprises first service type information;
The management service interaction node determines a first service interaction node from the data interaction layer according to the first service type information and a preset service node determination model, and sends first service interaction node information of the first service interaction node to the first mobile terminal;
The first mobile terminal establishes a second communication link with the first service interaction node according to the first service interaction node information, and sends the first service type information and the first service information to the first service interaction node through the second communication link, wherein the bandwidth of the second communication link is larger than that of the first communication link.
2. The method according to claim 1, wherein the managing service interaction node determining a first service interaction node from the data interaction layer according to the first service type information and a preset service node determining model, includes:
the management service interaction node determines a first service interaction node set from the data interaction layer according to the first service type information, wherein a preset processing service type list of service interaction nodes in the first service interaction node set comprises the first service type information;
the management service interaction node broadcasts first service interaction information to each service interaction node to be selected in the first service interaction node set, wherein the first service interaction information comprises the first service type information;
each service interaction node to be selected in the first service interaction node set determines an interaction thread state corresponding to the first service type information after receiving the first service interaction information;
If a first interaction thread state corresponding to the first service type information in a first service interaction node in the first service interaction node set to be selected is an idle state, sending first service feedback information to the management service interaction node, wherein the first service feedback information comprises the number of busy threads of interaction threads of the first service interaction node currently in a busy state;
If the state of a second interaction thread corresponding to the first service type information in a second to-be-selected service interaction node in the first to-be-selected service interaction node set is a busy state, not sending second service feedback information to the management service interaction node;
The management service interaction node determines a first service interaction node subset from the first service interaction node set according to the received service feedback information set, wherein the service feedback information set comprises the first service feedback information, and the first service interaction node subset comprises the first service interaction node;
and the management service interaction node determines the service interaction node with the smallest busy thread number in the first service interaction node subset as the first service interaction node.
3. The information integration system processing method according to claim 1 or 2, wherein the cloud system further comprises a system management layer and a data processing layer, the data processing layer comprising a plurality of data processing nodes; the system management layer is respectively in communication connection with each service interaction node in the data interaction layer, and is respectively in communication connection with each data processing node in the data processing layer;
Correspondingly, after the first service information is sent to the first service interaction node through the second communication link, the method further includes:
the first service interaction node determines a first processing type of the first service information according to a first information characteristic field in the first service information, and determines a first data capacity of the first service information according to a second information characteristic field in the first service information;
The first service interaction node sends the first service type information, the first processing type and the first data capacity to the system management layer through a third communication link, wherein the third communication link is a communication link between the first service interaction node and the system management layer;
the system management layer determines a model by utilizing preset data processing, and determines resources occupied by first data processing according to the first service type information, the first processing type and the first data capacity;
the system management layer determines a first data processing node from the data processing layer according to the first data processing occupied resource and a preset resource allocation model, and sends first data processing node information of the first data processing node to the first service interaction node so as to establish a fourth communication link between the first data processing node and the first service interaction node, wherein the bandwidth of the fourth communication link is larger than that of the third communication link;
The first data processing node receives the first service information sent by the first service interaction node through the fourth communication link, and generates first service processing information after data processing is performed on the first service information.
4. The information integration system processing method of claim 3, wherein the management layer determines a model using a preset data process, and determines a first data process occupation resource according to the first service type information, the first process type, and the first data capacity, comprising:
The management layer determines a first service type weight value according to the first service type information and a preset first resource occupation weight list The preset first resource occupation weight list is used for establishing a mapping relation between the service type and the service type weight value;
The management layer determines a weight value of a first processing type according to the first processing type and a preset second resource occupation weight list The preset second resource occupation weight list is used for establishing a mapping relation between the processing type and the processing type weight value;
According to the first data capacity And equation 1 determines that the first data processing occupies resources/>The formula 1 is:
；
Wherein, For presetting nominal data capacity,/>And occupying resources for the pre-test processing corresponding to the preset nominal data capacity.
5. The information handling system of claim 4, wherein the system management layer determining a first data handling node from the data handling layer according to the first data handling occupied resource and a preset resource allocation model comprises:
the system management layer determines a first data processing node set to be selected from the data processing layers according to the first processing type, wherein a preset data processing type list of data processing nodes in the first data processing node set to be selected comprises the first processing type;
the system management layer broadcasts first data processing information to each data processing node to be selected in the first data processing node set to be selected, wherein the first data processing information comprises the first processing type;
After receiving the first data processing information, each data processing node to be selected in the first data processing node set determines the residual data processing resource corresponding to the first processing type and sends the residual data processing resource to the system management layer;
And the system management layer determines the selected data processing node with the largest residual data processing resource in the first data processing node set to be the first data processing node.
6. The information integration system processing method of claim 5, wherein before the system management layer determines a model using a preset data process and determines a first data process occupation resource according to the first service type information, the first process type, and the first data capacity, further comprising:
The first data processing node sends state report information to the system management layer through a fifth communication link according to a preset second interval duration;
correspondingly, after receiving the first data processing information, each data processing node to be selected in the first data processing node set determines a remaining data processing resource corresponding to the first processing type, and sends the remaining data processing resource to the system management layer, including:
The first data processing node receives the first data processing information through the fifth communication link;
And after determining the first residual data processing resource corresponding to the first processing type, the first data processing node sends the first residual data processing resource to the system management layer through the fifth communication link.
7. The information integration system processing method of claim 6, wherein the cloud system further comprises a data storage layer, the data storage layer comprising a plurality of data storage nodes; each data storage node in the data storage layer is respectively in communication connection with the system management layer;
Correspondingly, after the first service processing information is generated, the method further includes:
The system management layer receives the first service processing information sent by the first data processing node through a sixth communication link, and determines a first data storage node corresponding to the type from the data storage layer according to the first service type information, wherein the bandwidth of the sixth communication link is greater than that of the fifth communication link;
And the system management layer sends the first service processing information to the first data storage node for storage.
8. An information integration system, comprising: the cloud system comprises a data interaction layer, the data interaction layer comprises a plurality of service interaction nodes, and each mobile terminal in the mobile terminal cluster is in communication connection with at least one service interaction node in the data interaction layer;
in an initial state, a first mobile terminal in the mobile terminal cluster and a management service interaction node in the data interaction layer establish a first communication link, and the first mobile terminal sends state report information to the management service interaction node through the first communication link according to a preset first interval duration;
The first mobile terminal responds to a first service information uploading instruction to generate a first service information data packet, wherein the first service information data packet comprises a first service information uploading request and first service information;
The first mobile terminal sends a first service information uploading request to the management service interaction node through the first communication link, wherein the first service information uploading request comprises first service type information;
The management service interaction node determines a first service interaction node from the data interaction layer according to the first service type information and a preset service node determination model, and sends first service interaction node information of the first service interaction node to the first mobile terminal;
The first mobile terminal establishes a second communication link with the first service interaction node according to the first service interaction node information, and sends the first service type information and the first service information to the first service interaction node through the second communication link, wherein the bandwidth of the second communication link is larger than that of the first communication link.
9. An electronic device, comprising:
A processor; and
A memory for storing executable instructions of the processor;
Wherein the processor is configured to perform the method of any one of claims 1 to 7 via execution of the executable instructions.
10. A computer readable storage medium having stored therein computer executable instructions which when executed by a processor are adapted to carry out the method of any one of claims 1 to 7.
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Citations (5)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
US7187654B1 (en) * 2001-11-13 2007-03-06 Nortel Networks Limited Rate-controlled optical burst switching
CN101060664A (en) * 2006-04-21 2007-10-24 中兴通讯股份有限公司 A TD-SCDMA technology-based wireless cluster communication system
CN115066860A (en) * 2020-02-14 2022-09-16 瑞典爱立信有限公司 Method for supporting cross-carrier fast switching uplink transmission
CN116471286A (en) * 2023-03-30 2023-07-21 上海电信科技发展有限公司 Internet of things data sharing method based on block chain and federal learning
CN116828412A (en) * 2023-07-31 2023-09-29 沧州荣盛达电器有限公司 New energy automobile fills and trades electric box and becomes rack wireless communication system

Patent Citations (5)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
US7187654B1 (en) * 2001-11-13 2007-03-06 Nortel Networks Limited Rate-controlled optical burst switching
CN101060664A (en) * 2006-04-21 2007-10-24 中兴通讯股份有限公司 A TD-SCDMA technology-based wireless cluster communication system
CN115066860A (en) * 2020-02-14 2022-09-16 瑞典爱立信有限公司 Method for supporting cross-carrier fast switching uplink transmission
CN116471286A (en) * 2023-03-30 2023-07-21 上海电信科技发展有限公司 Internet of things data sharing method based on block chain and federal learning
CN116828412A (en) * 2023-07-31 2023-09-29 沧州荣盛达电器有限公司 New energy automobile fills and trades electric box and becomes rack wireless communication system

Non-Patent Citations (1)

* Cited by examiner, † Cited by third party
Title
基于构件重组的分布式业务集成系统设计与实现;夏奕;邓广宏;;计算机与数字工程;20090720(第07期);全文 *

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