CN109426947B - Enterprise information interaction system based on tree-shaped virtual node network - Google Patents
Enterprise information interaction system based on tree-shaped virtual node network Download PDFInfo
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Abstract
The invention belongs to the technical field of information, and relates to an enterprise information interaction system based on a tree-shaped virtual node network, which comprises: virtual nodes, a tree-shaped virtual node network and an intelligent information processing unit. The virtual nodes are abstract mapping models of enterprise employees in the computer, correspond to the enterprise employees one by one and keep information synchronization; the tree-shaped virtual node network is a hierarchical information interaction network formed by connecting virtual nodes according to an enterprise organization framework and is used for information interaction among the virtual nodes; and the intelligent information interaction units are respectively arranged in each virtual node, and automatically or semi-automatically process and forward the information received by the virtual nodes according to the set rule, so that the information automatically reaches the accurate virtual nodes in the correct sequence. The invention can greatly accelerate the information interaction speed in enterprises and transmit the information according to levels, thereby ensuring the timeliness and the normalization of the information interaction in the enterprises.
Description
Technical Field
The invention relates to the technical field of information, in particular to an enterprise information interaction system based on a tree-shaped virtual node network.
Background
At present, the information interaction modes of enterprises mainly comprise instant messaging tools such as telephone, mail, WeChat or QQ and the like, all information processing, circulation and interaction in the enterprises in the modes are guaranteed by manual operation, which often requires that enterprise employees have high intuition and execution power, but most enterprises are difficult to realize the situation, and particularly in modeling enterprises, the transaction processing and interaction in the enterprises cannot meet the timely and effective requirements. In addition, most of the existing enterprise information interaction systems cannot reflect the hierarchical management and authority and responsibility division of all roles in the internal business and information interaction process of the enterprise, which often causes the disordered situation that the roles are unauthorized and even influences the normal operation of the enterprise.
Disclosure of Invention
In view of this, an object of the present invention is to provide an enterprise information interaction system based on a tree-like virtual node network, so as to solve the problems that information processing and transaction in an enterprise are not timely performed, and there is no hierarchical management and authority and responsibility division in the information interaction process. Specifically, the method comprises the following steps:
the application discloses enterprise information interaction system based on tree-shaped virtual node network, including:
the virtual nodes are abstract mapping models of the enterprise employees in the computer, correspond to the enterprise employees one by one and keep information synchronization;
The tree-shaped virtual node network is a hierarchical information interaction network formed by connecting virtual nodes according to an enterprise organization architecture and is used for information interaction among the virtual nodes;
and the intelligent information interaction units are respectively arranged in each virtual node, and automatically or semi-automatically process and forward the information received by the virtual nodes according to the set rule, so that the information automatically reaches the accurate virtual nodes in the correct sequence.
In the enterprise information interaction system based on the tree-shaped virtual node network, the abstract mapping model is a package class, a program or software with an independent data structure and an interface method in a computer, and can receive, process or send information.
In the enterprise information interaction system based on the tree-shaped virtual node network, the information synchronization means that the working behavior actually occurring by the enterprise members can be transmitted to the corresponding virtual nodes through the communication media, and the virtual nodes can be pushed to the corresponding enterprise members through the communication media when receiving the information from other virtual nodes.
In the enterprise information interaction system based on the tree-shaped virtual node network, the communication medium includes an intelligent terminal, a computer terminal and a network communication device.
In the above enterprise information interaction system based on the tree-like virtual node network, the enterprise organization architecture is a tree-like hierarchical structure, that is, each enterprise employee has at most one superior member, but may have several inferior members.
In the enterprise information interaction system based on the tree-shaped virtual node network, each virtual node in the hierarchical information interaction network has a hierarchical attribute, and can only directly perform bidirectional information interaction with an directly superior node or an directly subordinate node which has a connection relation with the virtual node.
In the enterprise information interaction system based on the tree-shaped virtual node network, the intelligent information interaction unit is a program or algorithm in a computer, and different automatic processing and forwarding or semi-automatic processing and forwarding can be performed on information according to different types of information, different virtual nodes and different set rules.
In the enterprise information interaction system based on the tree-shaped virtual node network, the setting rule includes an information forwarding rule and an information processing rule of the virtual node, and the virtual node is specified to adopt automatic processing and forwarding or semi-automatic processing and forwarding.
In the enterprise information interaction system based on the tree-shaped virtual node network, the automatic processing and forwarding refers to that the intelligent information interaction unit automatically analyzes and processes the information received by the virtual node and automatically selects a path for forwarding.
In the enterprise information interaction system based on the tree-shaped virtual node network, the semi-automatic processing and forwarding refers to that the intelligent information interaction unit can process the information received by the virtual node and select a path to forward the information after human intervention processing or confirmation.
The invention has the beneficial effects that: a tree information interaction network with a hierarchical structure is established for an enterprise, hierarchical management and authority and responsibility division of all roles in the internal business and information interaction process of the enterprise are determined, and the standardization of enterprise information interaction is ensured. In addition, virtual nodes in the tree-shaped information interaction network correspond to enterprise employees one by one and have automatic information processing and forwarding capabilities, information in an enterprise can be automatically processed and forwarded to a certain degree, part of artificial participation is reduced, the information interaction speed in the enterprise can be accelerated, and the enterprise cooperation efficiency and the production efficiency are improved.
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The accompanying drawings, which are included to provide a further understanding of the invention and are incorporated in and constitute a part of this application, illustrate embodiment(s) of the invention and together with the description serve to explain the invention without limiting the invention.
FIG. 1 is an enterprise organizational chart of an embodiment of the present invention.
Fig. 2 is a main structural diagram of an enterprise information interaction system according to an embodiment of the present invention.
Detailed Description
The present invention is further illustrated by the following description of specific embodiments thereof, which are given by way of illustration only and not for the purpose of limiting the invention as defined in the appended claims.
FIG. 1 is an enterprise organizational architecture diagram of an embodiment of the present invention. Referring to fig. 1, the enterprise organization architecture of the embodiment of the present invention includes a general manager, a procurement manager, a production manager, a buyer a, a buyer B and a punching employee. The enterprise organization structure is a tree hierarchy structure, namely each enterprise employee has at most one superior member, but can have a plurality of inferior members, wherein the general manager is at the highest level and has no superior; the purchasing manager has only one upper level of the general manager and two lower levels of a purchasing member A and a purchasing member B; the production manager has only one upper level of the general manager and one lower level of the punching staff; the buyer A and the buyer B both have only one upper level of a purchasing manager and no lower level; the punching staff only has one superior level of the production manager and no inferior level.
Fig. 2 is a main structure diagram of an enterprise information interaction system according to an embodiment of the present invention, and referring to fig. 2, the enterprise information interaction system according to the embodiment of the present invention mainly includes:
the manager virtual node 101 is an abstract mapping model of the enterprise manager in a computer, and has a one-to-one correspondence with the manager and keeps information synchronization. The abstract mapping model is a C + + program package class having an independent data structure and an interface method in a computer, the independent data structure includes data such as a name, a job number, and a work skill, and the interface method includes an information receiving method, an information storage method, an information sending method, and the like. The chief manager virtual node has the capabilities of receiving, processing, sending and storing information. The one-to-one correspondence is that the enterprise manager only corresponds to the virtual node of the manager in the computer. The information synchronization means that when a general manager works (such as receiving a work task, completing the work task, issuing the work task, and the like), the general manager sends information to a general manager virtual node through a smart phone with a specific client, and when the general manager virtual node receives information from other virtual nodes, the general manager virtual node sends the information to the general manager through network equipment. The virtual nodes digitize people in the enterprise, innovatively have autonomous information processing and forwarding capabilities corresponding to the people, and lay a foundation for constructing a tree-shaped virtual node network.
The procurement manager virtual node 102 is an abstract mapping model of the procurement manager of the enterprise in a computer, has a one-to-one correspondence with the procurement manager and keeps information synchronization.
The production manager virtual node 103 is an abstract mapping model of an enterprise production manager in a computer, has a one-to-one correspondence with the production manager, and keeps information synchronization.
The buyer A virtual node 104 is an abstract mapping model of the enterprise buyer A in a computer, has a one-to-one correspondence with the buyer A and keeps information synchronization.
The buyer B virtual node 105 is an abstract mapping model of the enterprise buyer B in the computer, and is in one-to-one correspondence with the buyer B and keeps information synchronization.
The punching staff virtual node 106 is an abstract mapping model of punching staff of an enterprise in a computer, is in one-to-one correspondence with the punching staff, and keeps information synchronization.
The tree-shaped virtual node network 201 is a hierarchical information interaction network formed by connecting virtual nodes according to the enterprise organization architecture of fig. 1, and is used for information interaction among a general manager virtual node, a purchasing manager virtual node, a production manager virtual node, a purchaser a virtual node, a purchaser B virtual node and a punching employee virtual node. The connection is that a bidirectional information interaction channel is established between the nodes and is used for transmitting characters, voice, pictures and files between the virtual nodes. In the hierarchical information interaction network, each virtual node has a hierarchical attribute, a general manager virtual node has the highest first hierarchical attribute, a purchasing manager virtual node and a production manager virtual node have the second hierarchical attribute, a purchasing member A virtual node, a purchasing member B virtual node and a punching member virtual node have the third hierarchical attribute, and each virtual node can directly perform bidirectional information interaction only with a directly superior or directly subordinate virtual node having a connection relation with the virtual node. The general manager virtual node can only directly establish a bidirectional information interaction session with the purchase manager virtual node and the production manager virtual node, and if the general manager virtual node wants to establish the bidirectional information interaction session with the punching employee virtual node, the production manager virtual node needs to be added into the session; the production manager virtual node can only directly establish bidirectional information interaction session with the general manager virtual node and the punching staff virtual node; the punching staff virtual node can only directly establish the bidirectional information interaction session with the production manager virtual node, and if the punching staff virtual node wants to establish the bidirectional information interaction session with the general manager virtual node, the punching staff virtual node needs to be confirmed by the production manager and the general manager. The tree-shaped virtual node network builds an information interaction network with complete functions and distinct hierarchy for enterprises, and can greatly standardize an information transmission and transaction authority system in the enterprises.
The intelligent information interaction unit 301, which exists in the manager virtual node, can automatically or semi-automatically process and forward the information received by the manager virtual node according to the set rule, so that the information automatically arrives at the accurate virtual node in the correct order. The intelligent information interaction unit is a C + + information processing algorithm, and can analyze the information types and set rules received by the general manager virtual node to perform different automatic processing and forwarding or semi-automatic processing and forwarding. The setting rules are information forwarding rules of the general manager virtual node (for example, when receiving information, selecting to send to the purchase manager virtual node or the design manager virtual node), information processing rules (which information needs to be summarized, which information needs to be screened, and the like), and information processing and forwarding rules for specifying which information is automatically processed and forwarded and which information is semi-automatically processed and forwarded. The automatic processing and forwarding described herein means that the intelligent information interaction unit 301 automatically performs analysis and processing according to the information received by the manager virtual node and automatically selects a path for forwarding. The semi-automatic processing and forwarding described herein means that the intelligent information interaction unit 301 can process and forward the information received by the virtual node of the manager only after the intervention processing or confirmation of the manager is needed. The intelligent information interaction unit can automatically forward and process the enterprise information, greatly quickens the information interaction speed and can enlarge the information transmission range in the enterprise.
The intelligent information interaction unit 302 exists in the purchasing manager virtual node, and can automatically or semi-automatically process and forward the information received by the purchasing manager virtual node according to a set rule.
The intelligent information interaction unit 303 exists in the production manager virtual node, and can automatically or semi-automatically process and forward the information received by the production manager virtual node according to a set rule.
The intelligent information interaction unit 304 exists in the buyer a virtual node, and can automatically or semi-automatically process and forward the information received by the buyer a virtual node according to the set rule.
The intelligent information interaction unit 305 exists in the buyer B virtual node, and may automatically or semi-automatically process and forward the information received by the buyer B virtual node according to the set rule.
The intelligent information interaction unit 306 exists in the punching staff virtual node, and can automatically or semi-automatically process and forward the information received by the punching staff virtual node according to a set rule.
Assuming that a production manager sends a punching task to a punching worker, the production manager sends punching task information to a production manager virtual node 103 in a server computer through a smart phone provided with a specific client, the production manager virtual node 103 receives the punching task information, and the information is analyzed by an intelligent information processing unit 303 and then automatically forwarded to a punching worker virtual node 106; the punching staff virtual node 106 receives the punching task information, the information is analyzed by the intelligent information processing unit 306 and then pushed to the smart phone of the punching staff, the punching staff can give feedback opinions through the information interaction process after receiving the punching task, and then punching is started. The system can establish bidirectional real-time information interaction session, and is convenient for real-time information interaction, task issuing and feedback suggestion acquisition between superior employees and subordinate employees.
Assuming that a punching worker completes a punching task and wants to inform a superior leader, the punching worker sends punching completion information to a punching worker virtual node 306 in a server computer through a smart phone provided with a specific client, the punching worker virtual node receives the punching completion information, and the information is analyzed by an intelligent information processing unit 306 and then automatically forwarded to a production manager virtual node 103; the production manager virtual node 103 receives the punching completion information, the information is analyzed by the intelligent information processing unit 303 and then pushed to the smart phone of the production manager, and meanwhile, the information is automatically forwarded to the manager virtual node 101; the general manager virtual node 101 receives the punching completion information, and the information is analyzed by the intelligent information processing unit 301 and then pushed to the smartphone of the general manager. The system can greatly accelerate the internal information interaction speed of the enterprise, ensure the hierarchical transmission of the information, avoid the phenomenon of cross-level report, enable managers at all levels of the enterprise to master the latest condition of the enterprise in real time, and respond or adjust the task execution condition in time.
Assuming that a general manager needs to release a purchasing target of the week and requires a relevant buyer to execute the purchasing target, the general manager sends the purchasing target of the week to a general manager virtual node 101 through a smart phone provided with a specific client, the general manager virtual node 101 receives purchasing target information of the week, and the information is analyzed by an intelligent information processing unit 301 and then automatically forwarded to the purchasing manager virtual node 102; the virtual node 102 of the purchasing manager receives the purchasing target information of the week, and the information is analyzed by the intelligent information processing unit 302 and then pushed to the smart phone of the purchasing manager. After receiving the purchasing target of the week, the purchasing manager formulates a purchasing task of the week for the purchaser A and the purchaser B, and sends the purchasing task to the purchasing manager virtual node 102 through the smart phone, the purchasing manager virtual node 102 receives purchasing task information of the week, and the information is analyzed by the intelligent information processing unit 302 and automatically forwarded to the purchaser A virtual node and the purchaser B virtual node; the virtual node of the buyer a and the virtual node of the buyer B receive the information of the purchasing task of the week respectively, and after the information is analyzed by the intelligent information processing unit 304 and the intelligent information processing unit 305, the information is pushed to the mobile phones of the buyer a and the buyer B respectively, and the buyer a and the buyer B start to purchase the material after receiving the purchasing task of the week. The system can improve the instruction issuing speed in enterprises, avoid the override command problem and improve the enterprise cooperation and production efficiency.
Claims (4)
1. An enterprise information interaction system based on a tree-shaped virtual node network is characterized in that the system comprises:
the virtual nodes are abstract mapping models of the enterprise employees in the computer, correspond to the enterprise employees one by one and keep information synchronization;
the tree-shaped virtual node network is a hierarchical information interaction network formed by connecting virtual nodes according to an enterprise organization architecture and is used for information interaction among the virtual nodes; the enterprise organization structure is a tree hierarchy structure, namely each enterprise employee has at most one superior member, but can have a plurality of inferior members; each virtual node in the hierarchical information interaction network has a hierarchical attribute and can only directly carry out bidirectional information interaction with a directly superior node or a directly subordinate node which has a connection relation with the virtual node; the information synchronization means that the real working behavior of the enterprise members can send information to the corresponding virtual nodes through the communication media, and the virtual nodes can push the information to the corresponding enterprise members through the communication media when receiving the information from other virtual nodes;
the intelligent information interaction units respectively exist in each virtual node, and automatically or semi-automatically process and forward the information received by the virtual nodes according to set rules, so that the information automatically reaches the accurate virtual nodes in a correct sequence; the set rules comprise information forwarding rules and information processing rules of the virtual nodes, and the virtual nodes are regulated to adopt automatic processing and forwarding or semi-automatic processing and forwarding; the automatic processing and forwarding means that the intelligent information interaction unit automatically analyzes and processes the information received by the virtual node and automatically selects a path for forwarding; the semi-automatic processing and forwarding refers to that the intelligent information interaction unit can process the information received by the virtual node and select a path to forward the information after human intervention processing or confirmation.
2. The enterprise information interaction system based on the tree-shaped virtual node network as claimed in claim 1, wherein: the abstract mapping model is a packaging class, a program or software with an independent data structure and an interface method in a computer, and can receive, process or send information.
3. The enterprise information interaction system based on the tree-shaped virtual node network as claimed in claim 1, wherein: the communication medium comprises an intelligent terminal, a computer terminal and network communication equipment.
4. The enterprise information interaction system based on the tree-shaped virtual node network as claimed in claim 1, wherein: the intelligent information interaction unit is a program or an algorithm in a computer, and can carry out different automatic processing and forwarding or semi-automatic processing and forwarding on information according to different types of information, different virtual nodes and different set rules.
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