CN116582258B - Enterprise management information sharing system based on Internet and data analysis - Google Patents
Enterprise management information sharing system based on Internet and data analysis Download PDFInfo
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- H—ELECTRICITY
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- H04L9/08—Key distribution or management, e.g. generation, sharing or updating, of cryptographic keys or passwords
- H04L9/0816—Key establishment, i.e. cryptographic processes or cryptographic protocols whereby a shared secret becomes available to two or more parties, for subsequent use
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Abstract
The invention discloses an enterprise management information sharing system based on Internet and data analysis, which relates to the technical field of information sharing, and solves the technical problems that when in actual sharing, large-capacity data can cause small-capacity data lag, so that the overall transmission efficiency of the whole shared data is affected.
Description
Technical Field
The invention belongs to the technical field of information sharing, and particularly relates to an enterprise management information sharing system based on Internet and data analysis.
Background
And (3) enterprise informatization management: the method refers to the management of the enterprise information implementation process; the information technology is a process of comprehensively penetrating the enterprise from local to global and from tactical level to strategic level, applying to each flow and supporting enterprise operation and management.
The invention of patent publication number CN114936744A relates to the technical field of information sharing, and discloses an enterprise internal information sharing system, which comprises: the system comprises a user terminal, an identity verification unit, an identity library, a processing module, a management terminal, a management unit, a data management module, an information sharing library, a node selection module, an information acquisition module, an announcement information display module, printing equipment and a sharing device; this inside information sharing system of enterprise, classify the data of storing through data classification unit, guarantee that each department's data can not mix together, the cooperation through the node selection module and the information acquisition module is used simultaneously, make data also can classify and draw, guarantee to store and draw information in real time, mutually noninterfere, through the cooperation of identity verification unit and identity storehouse use, prevent that information from revealing, the cooperation of rethread bulletin information display module and sharing device is used, thereby the effect that is convenient for classify real-time sharing to information has been reached, the sharing is convenient, sharing security is high.
In the actual sharing process, the enterprise management information is transmitted and shared in sequence according to the ordered sharing information, but in the actual sharing process, the following problems exist:
1. the sharing capacity of different sharing information is different, and in actual sharing, large-capacity data can cause small-capacity data lag, so that the overall transmission efficiency of the whole sharing data is affected;
2. In the sharing process, the secret key is easy to steal, so that shared data is stolen, and the data is lost.
Disclosure of Invention
The present invention aims to solve at least one of the technical problems existing in the prior art; therefore, the invention provides an enterprise management information sharing system based on internet and data analysis, which is used for solving the technical problem that the sharing capacity of different sharing information is different, and when in actual sharing, large-capacity data can cause small-capacity data lag, so that the overall transmission efficiency of the whole sharing data is affected.
To achieve the above object, an embodiment according to a first aspect of the present invention provides an enterprise management information sharing system based on internet and data analysis, including a data sharing end and a sharing management center;
The sharing management center comprises a path data determining unit, a period limiting unit and a sequencing analysis unit;
the data sharing end confirms the enterprise data to be shared and transmits the confirmed enterprise data to the sharing management center;
The path data determining unit in the sharing management center classifies and determines enterprise data belonging to the same sharing path, generates corresponding classified data packets in real time, and transmits the generated classified data packets to the sequencing analysis unit;
the period limiting unit is operated by an external operator, inputs a corresponding limiting period T to be planned, and transmits the limiting period T to the sequencing analysis unit;
The sorting analysis unit extracts the data belonging to the same limiting period T from the classifying data packet according to the planned limiting period T to generate a sharing data packet, wherein the sharing data packet also comprises the enterprise data which is being transmitted, and re-analyzes the enterprise data in the sharing data packet, and the specific mode is as follows:
Marking a maximum rate parameter of the enterprise data being transmitted as V imax, wherein i=1, 2, … …, n represents the number of enterprise data, and marking the remaining capacity of the enterprise data being transmitted as RL i, according to the determined shared data packet;
Obtaining the residual time length T i of data transmission of different enterprises by using the RL i÷Vimax＝Ti;
Confirming capacity parameters of other enterprise data from the shared data packet, marking the capacity parameters as LC i, obtaining bandwidth parameters of corresponding transmission paths, marking the determined bandwidth parameters as DK, and obtaining transmission duration S i of different enterprise data by adopting S i＝LCi/DK multiplied by 0.9;
And comparing the confirmed transmission duration S i with the corresponding residual duration T i in a numerical value, reordering the enterprise data in a mode of small to large numerical value, generating a ranking table, and transmitting the generated ranking table into the shared transmission unit.
Preferably, the shared transmission unit sequentially transmits different enterprise data according to the determined sorting table, wherein the enterprise data which is normally transmitted is also included.
Preferably, the sharing management center further comprises a rate analysis unit and a key adjustment unit;
The rate analysis unit preferentially collects the transmission rate of the enterprise data in the transmission process, the collection time is the time spent by the whole process corresponding to the transmission of the enterprise data, the collected different transmission rates are processed to obtain processing parameters, and the processing parameters are transmitted into the key adjustment unit, and the specific mode is as follows:
Collecting transmission rates generated by corresponding enterprise data in the whole transmission process, and marking the collected transmission rates as CS k, wherein k=1, 2, … … and m, wherein m represents the number of a plurality of transmission rates;
By using And obtaining a plurality of transmission rates of the uniform parameter J k, and setting the uniform parameter J k as a processing parameter and transmitting the processing parameter into the key adjustment unit.
Preferably, the key adjustment unit adaptively modifies the key parameter according to the determined processing parameter and the key parameter which is drawn in advance by the corresponding enterprise data, and the specific mode is as follows:
validating the processing parameters of the corresponding enterprise data, and marking as CL i, where i represents different enterprise data;
Obtaining key parameters which are drawn up in advance corresponding to enterprise data, marking the key parameters as MY i, obtaining a final key Zm i by adopting Zm i＝MYi+CLi multiplied by C1, wherein C1 is a fixed coefficient factor, and the specific value of the key is drawn up by an operator according to experience;
The determined final key Zm i is used as a decryption key for the corresponding enterprise data, and the decryption key is used for decrypting the enterprise data in the subsequent process.
Compared with the prior art, the invention has the beneficial effects that: firstly classifying enterprise data belonging to the same path, determining a classified data packet, determining a limiting period T, re-ordering the enterprise data which belong to the same limiting period T and are transmitted, generating a corresponding ordering table, sequentially transmitting different enterprise data according to the ordering table, preferentially transmitting the enterprise data with shorter duration, and sequentially ordering and transmitting the enterprise data with longer duration, so that the corresponding sharing equipment end can quickly receive part of the sharing data, the transmission efficiency of the data is improved to a certain extent, and the corresponding equipment end can obtain the corresponding sharing data preferentially;
subsequently, after analyzing the transmission rate of the corresponding enterprise data and determining the corresponding average value, confirming the processing parameters according to the average value, adaptively modifying the key parameters according to the determined processing parameters and key parameters which are drawn in advance for the corresponding enterprise data, and decrypting the transmitted enterprise data only through a decryption key, so that the security of the enterprise data can be ensured, and decryption logic is known only by operators.
Drawings
Fig. 1 is a schematic diagram of a principle frame of the present invention.
Detailed Description
The technical solutions of the present invention will be clearly and completely described in connection with the embodiments, and it is obvious that the described embodiments are only some embodiments of the present invention, not all embodiments. All other embodiments, which can be made by those skilled in the art based on the embodiments of the invention without making any inventive effort, are intended to be within the scope of the invention.
Referring to fig. 1, the application provides an enterprise management information sharing system based on internet and data analysis, which comprises a data sharing end and a sharing management center;
the data sharing end is electrically connected with the input end of the sharing management center;
The shared management center comprises a path data determining unit, a period limiting unit, a sequencing analysis unit, a shared transmission unit, a rate analysis unit and a key adjusting unit, wherein the path data determining unit and the period limiting unit are electrically connected with the input end of the sequencing analysis unit, the sequencing analysis unit is electrically connected with the input end of the shared transmission unit, the shared transmission unit is in bidirectional connection with the rate analysis unit, the rate analysis unit is electrically connected with the input end of the key adjusting unit, and the key adjusting unit is electrically connected with the input end of the shared transmission unit;
the data sharing end confirms the enterprise data to be shared and transmits the confirmed enterprise data to the sharing management center;
The path data determining unit in the sharing management center classifies and determines enterprise data belonging to the same sharing path, generates corresponding classified data packets in real time, and transmits the generated classified data packets to the sequencing analysis unit;
The period limiting unit is operated by an external operator, inputs and formulates a corresponding limiting period T, and transmits the limiting period T into the sequencing analysis unit, wherein the limiting period T is a preset value, and the specific value of the limiting period T is personally formulated by the operator according to experience;
The sorting analysis unit extracts the data belonging to the same limiting period T from the classified data packet according to the planned limiting period T to generate a shared data packet, wherein the shared data packet also comprises enterprise data which are being transmitted, re-analyzes the enterprise data in the shared data packet, determines a sorting value, re-sorts the enterprise data in the shared data packet according to the sorting value, and transmits a sorting table to the shared transmission unit, wherein the specific mode of re-sorting is as follows:
Marking a maximum rate parameter of the enterprise data being transmitted as V imax, wherein i=1, 2, … …, n represents the number of enterprise data, and marking the remaining capacity of the enterprise data being transmitted as RL i, according to the determined shared data packet;
Obtaining the residual time length T i of data transmission of different enterprises by using the RL i÷Vimax＝Ti;
Confirming capacity parameters of other enterprise data from the shared data packet, marking the capacity parameters as LC i, obtaining bandwidth parameters of corresponding transmission paths, marking the determined bandwidth parameters as DK, and obtaining transmission duration S i of different enterprise data by adopting S i＝LCi/DK multiplied by 0.9;
And comparing the confirmed transmission duration S i with the corresponding residual duration T i in a numerical value, reordering the enterprise data in a mode of small to large numerical value, generating a ranking table, and transmitting the generated ranking table into the shared transmission unit.
The sharing transmission unit sequentially transmits different enterprise data according to the determined ordering table, wherein the enterprise data which are normally transmitted participate in the sharing transmission unit, specifically, in order to improve the sharing efficiency among the enterprise data, when the data capacity is overlarge in specific transmission, the corresponding sharing time length is prolonged, the enterprise data with smaller data capacity exists in the follow-up process, and in queuing, if the enterprise data with shorter time length are preferentially transmitted according to the specific transmission time length, the enterprise data with longer time length are sequentially transmitted after being ordered, so that the corresponding sharing equipment end can quickly receive part of the sharing data, the transmission efficiency of the data is improved to a certain extent, and the corresponding equipment end can obtain the corresponding sharing data preferentially;
The rate analysis unit is used for preferentially collecting the transmission rate of the enterprise data in the transmission process, the collection time is the time spent by the whole process corresponding to the transmission of the enterprise data, the collected different transmission rates are processed to obtain processing parameters, and the processing parameters are transmitted into the key adjustment unit, wherein the specific mode of processing is as follows:
Collecting transmission rates generated by corresponding enterprise data in the whole transmission process, and marking the collected transmission rates as CS k, wherein k=1, 2, … … and m, wherein m represents the number of a plurality of transmission rates;
By using And obtaining a plurality of transmission rates of the uniform parameter J k, and setting the uniform parameter J k as a processing parameter and transmitting the processing parameter into the key adjustment unit.
The key adjustment unit carries out self-adaptive modification on the key parameters according to the determined processing parameters and the key parameters which are drawn in advance corresponding to the enterprise data, wherein the specific mode for carrying out the modification is as follows:
validating the processing parameters of the corresponding enterprise data, and marking as CL i, where i represents different enterprise data;
Obtaining key parameters which are drawn up in advance corresponding to enterprise data, marking the key parameters as MY i, obtaining a final key Zm i by adopting Zm i＝MYi+CLi multiplied by C1, wherein C1 is a fixed coefficient factor, and the specific value of the key is drawn up by an operator according to experience;
The determined final key Zm i is used as a decryption key for the corresponding enterprise data, and the decryption key is used for decrypting the enterprise data in the subsequent process.
Specifically, when different enterprise data are transmitted in a sharing way, a group of encryption keys need to be determined, in the transmission process, if the encryption keys are stolen by external personnel, the internal transmitted enterprise data can be stolen, if the original encryption keys are modified, the encryption keys in the transmission process are different from decryption keys, and the transmitted enterprise data can be decrypted only by the decryption keys in the follow-up process, so that the security of the enterprise data can be ensured, decryption logic is realized, the personnel sharing the outside know, but the stolen personnel do not know, the security and the private density in the data sharing process can be fully improved, and the shared data is prevented from being stolen by the external personnel.
As a further embodiment of the present invention:
the method also comprises a corresponding decryption process, and the decryption process is as follows:
When corresponding enterprise data is received, confirming the whole capacity and the whole transmission time of the enterprise data, and adopting the whole capacity/the whole transmission time = transmission rate;
and then confirming the key parameters originally drawn corresponding to the enterprise data, and adopting the same mode as the above:
The key parameter and the transmission rate are multiplied by C1 to obtain a decryption key, and then the corresponding decryption key is directly input to decrypt the enterprise data, so that the privacy of the enterprise data in the sharing process is improved, the theft risk is avoided, and the safety guarantee is enhanced.
The partial data in the formula are all obtained by removing dimension and taking the numerical value for calculation, and the formula is a formula closest to the real situation obtained by simulating a large amount of collected data through software; the preset parameters and the preset threshold values in the formula are set by those skilled in the art according to actual conditions or are obtained through mass data simulation.
The working principle of the invention is as follows: firstly classifying enterprise data belonging to the same path, determining a classified data packet, determining a limiting period T, re-ordering the enterprise data which belong to the same limiting period T and are transmitted, generating a corresponding ordering table, sequentially transmitting different enterprise data according to the ordering table, preferentially transmitting the enterprise data with shorter duration, and sequentially ordering and transmitting the enterprise data with longer duration, so that the corresponding sharing equipment end can quickly receive part of the sharing data, the transmission efficiency of the data is improved to a certain extent, and the corresponding equipment end can obtain the corresponding sharing data preferentially;
subsequently, after analyzing the transmission rate of the corresponding enterprise data and determining the corresponding average value, confirming the processing parameters according to the average value, adaptively modifying the key parameters according to the determined processing parameters and key parameters which are drawn in advance for the corresponding enterprise data, and decrypting the transmitted enterprise data only through a decryption key, so that the security of the enterprise data can be ensured, and decryption logic is known only by operators.
The above embodiments are only for illustrating the technical method of the present invention and not for limiting the same, and it should be understood by those skilled in the art that the technical method of the present invention may be modified or substituted without departing from the spirit and scope of the technical method of the present invention.
Claims (6)
1. An enterprise management information sharing system based on Internet and data analysis is characterized by comprising a data sharing end and a sharing management center;
The sharing management center comprises a path data determining unit, a period limiting unit, a sequencing analysis unit and a sharing transmission unit;
the data sharing end confirms the enterprise data to be shared and transmits the confirmed enterprise data to the sharing management center;
The path data determining unit in the sharing management center classifies and determines enterprise data belonging to the same sharing path, generates corresponding classified data packets in real time, and transmits the generated classified data packets to the sequencing analysis unit;
the period limiting unit is operated by an external operator, inputs a corresponding limiting period T to be planned, and transmits the limiting period T to the sequencing analysis unit;
The sorting analysis unit extracts the data belonging to the same limiting period T from the classified data packet according to the planned limiting period T to generate a shared data packet, wherein the shared data packet also comprises enterprise data which are being transmitted, re-analyzes the enterprise data in the shared data packet, determines a sorting value, re-sorts the enterprise data in the shared data packet according to the sorting value, and transmits a sorting table to the shared transmission unit;
the specific mode of the sequencing analysis unit for re-sequencing the enterprise data in the shared data packet is as follows:
Marking a maximum rate parameter of the enterprise data being transmitted as V imax, wherein i=1, 2, … …, n represents the number of enterprise data, and marking the remaining capacity of the enterprise data being transmitted as RL i, according to the determined shared data packet;
Obtaining the residual time length T i of data transmission of different enterprises by using the RL i÷Vimax＝Ti;
Confirming capacity parameters of other enterprise data from the shared data packet, marking the capacity parameters as LC i, obtaining bandwidth parameters of corresponding transmission paths, marking the determined bandwidth parameters as DK, and obtaining transmission duration S i of different enterprise data by adopting S i＝LCi/DK multiplied by 0.9;
And comparing the confirmed transmission duration S i with the corresponding residual duration T i in a numerical value, reordering the enterprise data in a mode of small to large numerical value, generating a ranking table, and transmitting the generated ranking table into the shared transmission unit.
2. The system according to claim 1, wherein the shared transmitting unit sequentially transmits different enterprise data according to the determined ranking table, wherein the enterprise data normally transmitted is also included.
3. The enterprise management information sharing system based on internet and data analysis according to claim 2, wherein the sharing management center further comprises a rate analysis unit and a key adjustment unit;
the rate analysis unit is used for preferentially collecting the transmission rate of the enterprise data in the transmission process, the collection time is the time spent by the whole process of corresponding enterprise data transmission, the collected different transmission rates are processed to obtain processing parameters, and the processing parameters are transmitted into the key adjustment unit.
4. The enterprise management information sharing system based on internet and data analysis according to claim 3, wherein the rate analysis unit processes the collected different transmission rates in the following specific ways:
Collecting transmission rates generated by corresponding enterprise data in the whole transmission process, and marking the collected transmission rates as CS k, wherein k=1, 2, … … and m, wherein m represents the number of a plurality of transmission rates;
By using And obtaining a plurality of transmission rates of the uniform parameter J k, and setting the uniform parameter J k as a processing parameter and transmitting the processing parameter into the key adjustment unit.
5. The system according to claim 4, wherein the key adjustment unit adaptively modifies the key parameters according to the determined processing parameters and key parameters previously formulated in response to the enterprise data.
6. The enterprise management information sharing system based on internet and data analysis according to claim 5, wherein the key adjustment unit modifies in the following specific manner:
validating the processing parameters of the corresponding enterprise data, and marking as CL i, where i represents different enterprise data;
Obtaining key parameters which are drawn up in advance corresponding to enterprise data, marking the key parameters as MY i, obtaining a final key Zm i by adopting Zm i＝MYi+CLi multiplied by C1, wherein C1 is a fixed coefficient factor, and the specific value of the key is drawn up by an operator according to experience;
The determined final key Zm i is used as a decryption key for the corresponding enterprise data, and the decryption key is used for decrypting the enterprise data in the subsequent process.
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