A communication engineering data processing and analysis method and system

Abstract

The present application discloses a communication engineering data processing and analysis method and system, which relates to the field of communication engineering technology. The method includes processing the first, second, and third amplitude values ​​and the second and third speed value number characters of four types of sensitive attribute data information, integrating the above three types of encrypted number characters in sequence, encrypting the packaged sensitive data packets according to the obtained sensitive attribute data encryption result set, formulating the first, second, and third new transmission path schemes according to the obtained three transmission data paths, judging whether the above three new transmission path schemes are abnormal, outputting the data security transmission judgment result or the data leakage risk warning notification result, and confirming and selecting the final new transmission path scheme through the transmission path verification party three schemes. The communication engineering data processing and analysis method and system provided by the present invention enhances the diversity of data encryption and the selectivity of transmission path security optimization.

Description

Technical Field

[0001] The present application relates to the field of communication engineering technology, and in particular to a communication engineering data processing and analysis method and system. Background Art

[0002] Communication engineering data processing mainly refers to the processing of signals in communication systems to achieve effective information transmission and reception. With the advent of the big data era, more and more data are involved in the industrial Internet, and data privacy leakage has become an important issue of concern to all parties. In the Internet era, digitalization has further increased the possibility of data privacy leakage.

[0003] In traditional technologies, there is a certain degree of singleness in the security protection processing of sensitive optical fiber data information in communication engineering data, and the transmission efficiency is low after the data is encrypted and protected. That is, when the data is leaked, timely warning notifications are not made and the data retransmission takes a long time. Summary of the invention

[0004] In order to overcome the above-mentioned deficiencies of the prior art, the present application provides a communication engineering data processing and analysis method and system.

[0005] In a first aspect, the present application provides a communication engineering data processing and analysis method, the method comprising:

[0006] The four sensitive attribute data information classification analysis and character encryption number processing of the optical cable target data set are performed to obtain the first type of encryption number characters;

[0007] Analyze and encrypt the data change amplitude and speed of the four types of sensitive attribute data information after classification during the first collection period, and output the second type of amplitude value encryption number characters and the second type of speed value encryption number characters;

[0008] Processing the classified four types of sensitive attribute data information in the second collection period to obtain a third type of amplitude encryption number character and a third type of speed value encryption number character, and integrating the three types of encryption number characters in sequence to obtain a sensitive attribute data encryption result set;

[0009] Based on the sensitive attribute data encryption result set, four types of sensitive attribute data information are encrypted to obtain sensitive data packets, and three transmission data paths are obtained. According to the three transmission data paths, a first new transmission path scheme, a second new transmission path scheme, and a third new transmission path scheme are formulated;

[0010] Determine whether abnormal transmission conditions occur in the first new transmission path scheme, the second new transmission path scheme, and the third new transmission path scheme, and output a data security transmission determination result or a data leakage risk warning notification result;

[0011] The transmission path verifier confirms and selects the final new transmission path solution for the first new transmission path solution, the second new transmission path solution and the third new transmission path solution, and outputs the result of the new transmission path confirmation by the verifier.

[0012] By adopting the above technical scheme, the collected optical cable target data set is first classified into four types of sensitive attribute data information, so as to distinguish and process a large amount of multi-category data information, improve the low security of unified processing of a large amount of data information, and encrypt three types of encryption number characters to make the encryption numbers of the four sensitive attribute data information different and diverse. Secondly, three new transmission data path schemes are formulated to transport sensitive data packets. In order to ensure the security of the sensitive data packet transmission process, the three new transmission data path schemes are analyzed for the risk of data leakage, and finally the final selection and confirmation are made by the transmission path verification party, which further enhances the reliability, stability and security of the sensitive data packet transmission.

[0013] Preferably, an optical cable target data set is obtained, the optical cable target data set is classified according to four sensitive attribute data information, namely, optical fiber attenuation information, joint loss data, fault point location information, and loss distribution, and a sensitive attribute data classification result is output;

[0014] Sorting the four types of sensitive attribute data information in the sensitive attribute data classification result in descending order of attribute sensitivity to obtain a sensitive attribute data sorting result;

[0015] Four character classification results are obtained by dividing the Arabic numerals odd numbers, Arabic numerals even numbers, English letter vowels and English letter consonants into four categories;

[0016] The four characters in the four character classification results are randomly matched with the four sensitive attribute data information in the sensitive attribute data classification results to obtain encrypted numbers, and the first type of encrypted number characters are output.

[0017] By adopting the above technical solution, the four types of sensitive attribute data information are processed separately, that is, the four types of characters, namely, odd numbers of Arabic numerals, even numbers of Arabic numerals, vowels of English letters and consonants of English letters, are divided, so as to realize random corresponding encryption number character processing of the four types of sensitive attribute data information, thereby avoiding the problem of reduced data protection security due to the uniformity of encryption caused by unified encryption processing of large amounts of data.

[0018] Preferably, the data change amplitude and data change speed of the four types of sensitive attribute data information in the sensitive attribute data classification result are detected in the first acquisition period, and a first period amplitude data set and a first period speed data set are output;

[0019] Encrypt and number the corresponding amplitude data of various sensitive attribute data information in the amplitude data set of the first period, and output the second type of amplitude encryption number characters;

[0020] The encrypted numbers of the change speed data corresponding to each type of attribute data in the speed data set of the first period are output as the second type of speed value encrypted number characters.

[0021] Preferably, the data change amplitude and data change speed of the second acquisition period are detected for the four types of sensitive attribute data information in the sensitive attribute data classification result, and a second period amplitude data set and a second period speed data set are output;

[0022] Perform encryption number processing on the change amplitude data corresponding to each type of sensitive attribute data information in the second period amplitude data set and the change speed data corresponding to each type of sensitive attribute data information in the second period speed data set, and output the third type of amplitude value encryption number characters and the third type of speed value encryption number characters;

[0023] The first type of encrypted number characters, the second type of amplitude encrypted number characters, the second type of speed encrypted number characters, the third type of amplitude encrypted number characters and the third type of speed encrypted number characters are sequentially integrated to output an encrypted data set of sensitive attribute data.

[0024] By adopting the above technical scheme, based on the data detection of the data change amplitude and data change speed of the four sensitive attribute data information in the two collection time periods, the four sensitive attribute data information are correspondingly numbered with different second and third amplitude encryption number characters and second and third speed encryption number characters, so as to realize the numbering of encryption characters for data diversity and difference, improve, and each time the data change amplitude and data change speed values ​​are changing, so the two types of encryption number characters are also updated at any time, which improves the complexity of the encryption number characters.

[0025] Preferably, the four types of sensitive attribute data information in the sensitive attribute data classification result and the four types of encrypted data in the sensitive attribute data encryption data set are encrypted respectively to obtain four types of encrypted sensitive data, and the four types of encrypted sensitive data are packaged to obtain a sensitive data packet;

[0026] Obtain three transmission data paths, set nodes equidistantly at corresponding positions of the three transmission data paths, mark the nodes and output the node marking results;

[0027] The previous marked node of the first transmission data path in the node marking result and the next marked node at the corresponding position on the second transmission data path are sequentially connected to form a first new transmission path solution;

[0028] A marked node on the second transmission data path in the node marking result is sequentially connected with a next marked node at a corresponding position on the third transmission data path to form a second new transmission path solution;

[0029] Each marked node on the first transmission data path in the node marking result is sequentially connected to the next marked node at the corresponding position on the third transmission data path to form a third new transmission path solution.

[0030] By adopting the above technical scheme, four kinds of sensitive attribute data information after four kinds of encryption are packaged into sensitive data packets, and three transmission data paths that traditional sensitive data packets have gone through are collected, and nodes at the same position on the three transmission data paths are marked, so as to realize the connection of nodes on two adjacent transmission data paths in an up-and-down staggered manner to form three new transmission data path schemes, and realize the transmission of sensitive data packets on these three new transmission data path schemes, realize the optimization of data transmission paths, and improve the security and efficiency of data transmission.

[0031] Preferably, the corresponding marked nodes in the first new transmission path scheme, the second new transmission path scheme and the third new transmission path scheme are recorded with respect to the sensitive data packet transmission time point data, and three types of transmission time point data are output;

[0032] It is judged whether the data of the three transmission time points are all equal. If so, the result of the data security transmission judgment is output; if not, the abnormal transmission path solution analysis information is output;

[0033] Based on the abnormal transmission path solution analysis information, when one of the three transmission time point data is unequal;

[0034] Determine whether one unequal transmission time point data among the three transmission time point data is within a preset standard time threshold; if not, and two equal transmission time point data among the three transmission time point data are within the preset standard time threshold, determine that the one unequal transmission time point data is abnormal data;

[0035] And issue a warning of data leakage risk for the new transmission path plan where the abnormal transmission node occurs, and output the data leakage risk warning notification result;

[0036] If it is determined that one unequal transmission time point data among the three transmission time point data is within the preset standard time threshold, and two equal transmission time point data among the three transmission time point data are not within the preset standard time threshold, then the two equal transmission time point data are determined to be abnormal;

[0037] It also issues a warning of data leakage risk for new transmission path plans where abnormal transmission nodes occur, and outputs the data leakage risk warning notification results.

[0038] By adopting the above technical scheme, the security and feasibility of the three new transmission data path schemes are further verified, that is, the transmission time point data of the sensitive data packets on the three new transmission data path schemes are detected to each node at the same position, and whether the three transmission time point data are equal and the number of different data are analyzed and judged, so as to determine a safe new transmission data path scheme, so as to achieve the optimization of the traditional transmission data path and improve the security, and when it is determined that a new transmission data path scheme may have the risk of data leakage, timely early warning notification is issued to make timely security processing measures.

[0039] Preferably, based on the abnormal transmission path solution analysis information, when three types of transmission time point data are unequal among the three types of transmission time point data, and the three types of unequal transmission time point data are not within the preset standard time threshold, the three types of unequal transmission time point data are calculated and analyzed;

[0040] Calculating the differences between the three types of transmission time point data that are not equal to each other to obtain three types of time difference data, and calculating the average values ​​between the two time difference data in the three types of time difference data to obtain three types of time average value data;

[0041] Obtain the number of three abnormal nodes and three total transmission durations that appear in the three new transmission path schemes with unequal time point data, and calculate the differences between the three total transmission durations and the preset standard total transmission duration thresholds to obtain three total transmission duration difference data;

[0042] The three time average value data, three abnormal node numbers and three total transmission time difference data are all sent to the transmission path verifier, and the transmission path verifier confirms and selects the final new transmission path plan, and outputs the verifier's confirmation of the new transmission path result.

[0043] By adopting the above technical solution, when abnormal conditions exist, further solution verification is carried out by the transmission path verification party, and a safe solution is selected from the three new transmission data path solutions with abnormal phenomena, thereby expanding the diversity of choices for sensitive data packet transmission paths and improving the timeliness of sensitive data packet transmission.

[0044] In a second aspect, a communication engineering data processing and analysis system comprises:

[0045] The first data processing unit is used to perform classification analysis and character encryption number processing on the four sensitive attribute data information of the optical cable target data set to obtain the first type of encryption number characters;

[0046] The second data processing unit is used to analyze and encrypt the data change amplitude and speed of the four types of sensitive attribute data information in the first collection period, and output the second type of amplitude value encryption number characters and the second type of speed value encryption number characters;

[0047] The third data processing unit is used to process the classified four types of sensitive attribute data information in the second collection period to obtain the third type of amplitude encryption number characters and the third type of speed value encryption number characters, and to sequentially integrate the three types of encryption number characters to obtain a sensitive attribute data encryption result set;

[0048] A new transmission path formulation unit is used to encrypt four types of sensitive attribute data information according to the sensitive attribute data encryption result set to obtain sensitive data packets, and obtain three transmission data paths, and formulate a first new transmission path plan, a second new transmission path plan and a third new transmission path plan according to the three transmission data paths;

[0049] A transmission path abnormality judgment unit is used to judge whether an abnormal transmission condition occurs in the first new transmission path scheme, the second new transmission path scheme and the third new transmission path scheme, and output a data security transmission judgment result or a data leakage risk warning notification result;

[0050] The transmission path verification and confirmation unit is used to confirm and select the final new transmission path solution from the first new transmission path solution, the second new transmission path solution and the third new transmission path solution through the transmission path verifier, and output the result of the verifier confirming the new transmission path.

[0051] Preferably, .

[0052] Compared with the prior art, the present invention has the following characteristics and beneficial effects:

[0053] 1. Through the analysis of three types of encryption number characters for the classified four types of sensitive attribute data information, namely the first type of encryption number characters, the second type of amplitude encryption number characters, the second type of speed encryption number characters, the third type of amplitude encryption number characters and the third type of speed encryption number characters, and integrating these three types of encryption number characters, it is possible to achieve diversified encryption data protection for the four types of sensitive attribute data information and improve the efficiency of data security protection.

[0054] 2. By connecting the nodes at multiple corresponding positions on the three traditional data transmission paths to form three new transmission path schemes, and by judging whether the three transmission time point data of multiple corresponding position nodes in the three new transmission path schemes are equal and the number of equal three transmission time point data, and the final new transmission path scheme is confirmed and selected by the transmission path verification party, so as to further screen out the best new transmission path from the three new transmission path schemes, enhance the security of sensitive data, and optimize the sensitive data transmission path. BRIEF DESCRIPTION OF THE DRAWINGS

[0055] Figure 1 It is a flowchart of a communication engineering data processing and analysis method mainly embodied in this embodiment.

[0056] Figure 2 It is a step flowchart of the S1 sub-step mainly embodied in this embodiment.

[0057] Figure 3 It is a step flowchart of the S2 sub-step mainly embodied in this embodiment.

[0058] Figure 4 It is a flowchart of the S3 sub-step mainly embodied in this embodiment.

[0059] Figure 5 It is a step flowchart of the S4 sub-step mainly embodied in this embodiment.

[0060] Figure 6 It is a step flowchart of the S5 sub-step mainly embodied in this embodiment.

[0061] Figure 7 It is a step flowchart of the S6 sub-step mainly embodied in this embodiment.

[0062] Figure 8 It is a structural block diagram of a communication engineering data processing and analysis system mainly embodied in this embodiment.

[0063] Explanation of the accompanying drawings: 1. First data processing unit; 2. Second data processing unit; 3. Third data processing unit; 4. New transmission path formulation unit; 5. Transmission path anomaly judgment unit; 6. Transmission path verification and confirmation unit. DETAILED DESCRIPTION

[0064] The present invention is further described in detail below in conjunction with the following examples.

[0065] Reference Figure 1 , a communication engineering data processing and analysis method and system, the method comprising the following steps:

[0066] S1. Classify and analyze the four sensitive attribute data information of the optical cable target data set and perform character encryption number processing to obtain the first type of encryption number characters.

[0067] S2. Analyze and encrypt the data change amplitude and speed of the four types of sensitive attribute data information in the first collection period, and output the second type of amplitude encryption number characters and the second type of speed encryption number characters.

[0068] S3. Process the classified four types of sensitive attribute data information in the second collection period to obtain the third type of amplitude encryption number characters and the third type of speed encryption number characters, and integrate the above three types of encryption number characters in sequence to obtain the sensitive attribute data encryption result set.

[0069] S4. Based on the sensitive attribute data encryption result set, four types of sensitive attribute data information are encrypted to obtain sensitive data packets, and three transmission data paths are obtained. According to the three transmission data paths, a first new transmission path plan, a second new transmission path plan and a third new transmission path plan are formulated.

[0070] S5. Determine whether abnormal transmission conditions occur in the first new transmission path scheme, the second new transmission path scheme, and the third new transmission path scheme, and output a data security transmission determination result or a data leakage risk warning notification result.

[0071] S6. The transmission path verifier confirms and selects the final new transmission path solution from the first new transmission path solution, the second new transmission path solution and the third new transmission path solution, and outputs the result of the new transmission path confirmation by the verifier.

[0072] Specifically, for example, by first acquiring the optical cable target data, and first classifying the optical cable target data into four types of sensitive attribute data information, and prioritizing the sensitivity of the sensitive attributes, so as to facilitate the subsequent priority encryption processing of the more sensitive data information, the first type of encryption numbering characters are performed on the classified four types of sensitive attribute data information, that is, the four types of sensitive attribute data information are numbered with four different types of encryption characters, so as to reduce the duplication of encryption characters of different categories of sensitive data, and then, by detecting the data change amplitude and data change speed of the four types of sensitive attribute data information in the first acquisition period and the second acquisition period, the four types of sensitive attribute data information are encrypted with the second type of amplitude encryption numbering characters, the second type of speed encryption numbering characters, the third type of amplitude encryption numbering characters and the third type of speed encryption numbering characters according to the respective detected data change amplitudes and data change speed values, and these three types of encryption numbering characters are integrated, and the integrated final encryption number The characters are different, so as to realize differential encryption protection processing of the above four sensitive attribute data information, improve the security and integrity of data information, and then according to the three transmission data paths that the traditional sensitive data packets have gone through, to produce a new transmission data path scheme, that is, according to the nodes set at the same position on the three transmission data paths, the upper and lower position nodes are staggered to connect to form the first, second and third new transmission data path schemes, so as to use the time point data of each node when the sensitive data packet is transmitted in these three schemes, and compare and judge each other to judge which node is abnormal and which scheme is safe. When there are three schemes that may have abnormal phenomena, the next step of analysis is carried out, and finally the scheme is selected and confirmed by the transmission path verification party. When optimizing the transmission path of the sensitive data packet, in order to further improve the security of the process, the final confirmation of the verification party is carried out, which enhances the reliability of the entire working process.

[0073] Reference Figure 2 , the specific step S1 includes the following sub-steps:

[0074] S1001. Obtain an optical cable target data set, classify the optical cable target data set according to four sensitive attribute data information: optical fiber attenuation information, joint loss data, fault point location information, and loss distribution, and output the sensitive attribute data classification result.

[0075] S1002. Sort the four types of sensitive attribute data information in the sensitive attribute data classification result in descending order of attribute sensitivity to obtain a sensitive attribute data sorting result.

[0076] S1003. Divide the Arabic numerals odd numbers, Arabic numerals even numbers, English letter vowels and English letter consonants into four categories to obtain four character classification results.

[0077] S1004. Randomly match the four characters in the four character classification results with the four sensitive attribute data information in the sensitive attribute data classification results to generate encrypted numbers, and output the first type of encrypted number characters.

[0078] Specifically, for example, the descending order of attribute sensitivity of the optical fiber attenuation information, the joint loss data, the fault point location information and the loss distribution is based on the degree of attention paid to these four sensitive attribute data information by the outside world. The higher the degree of attention, the higher the attribute sensitivity ranking. Odd numbers of Arabic numerals (such as: 1, 3, 5...), even numbers of Arabic numerals (such as: 2, 4, 6...), vowels of English letters (such as: a, i, o...), consonants of English letters (such as: d, g, k...), four characters in the four character classification results are randomly matched with the four sensitive attribute data information in the sensitive attribute data classification results. Encrypted numbers, such as odd numbers of Arabic numerals Even numbers (such as 1, 3, 5...) can be used to encrypt the fiber attenuation information, even numbers (such as 2, 4, 6...) can be used to encrypt the joint loss data, vowels (such as a, i, o...) can be used to encrypt the fault location information, consonants (such as d, g, k...) can be used to encrypt the loss distribution. The above is one case (the first type of encryption numbering characters), and even numbers (such as 2, 4, 6...) can also be used to encrypt the fault location information. And so on, there are multiple encryption numbering cases. Taking the fiber attenuation information as an example, if the first type of encryption numbering character is a.

[0079] Reference Figure 3 , the specific step S2 includes the following sub-steps:

[0080] S2001. Detect the data change amplitude and data change speed of the first acquisition period for the four types of sensitive attribute data information in the sensitive attribute data classification result, and output the first period amplitude data set and the first period speed data set.

[0081] S2002. Encrypt and number the corresponding amplitude data of various types of sensitive attribute data information in the amplitude data set of the first period, and output the second type of amplitude encryption number characters.

[0082] S2003. Encrypt the speed data corresponding to each type of attribute data in the speed data set of the first period and output the second type of speed value encryption number characters.

[0083] Specifically, the data change amplitude usually refers to the amount of change in the data within a certain period of time, that is, the difference between the end value and the beginning value. It reflects the absolute amount of data change. For example, the initial data value of the fiber attenuation information is 100 units, and the data value after the first acquisition period (such as two weeks) is 120 units, then the data change amplitude is an increase of 20 units. The data change speed refers to the speed of data change, usually expressed as a percentage, that is, the ratio of the change amplitude to the original value. It reflects the relative rate of data change. In the above example, the data change growth rate of the optical fiber attenuation information is 20% (i.e., the growth rate of 20 units divided by the initial data value of 100 units), and the remaining three sensitive attribute data information of joint loss data, fault point location information and loss distribution are all tested for data change amplitude and data change speed. Taking the optical fiber attenuation information as an example, the optical fiber attenuation information is encrypted with the data change amplitude value obtained above and numbered as 20, that is, the second type of amplitude encryption number character is 20, and the optical fiber attenuation information is encrypted with the data change speed value obtained above and numbered as 20, that is, the second type of speed value encryption number character is 20.

[0084] Reference Figure 4 , the specific step S3 includes the following sub-steps:

[0085] S3001. Detect the data change amplitude and data change speed of the second acquisition period for the four types of sensitive attribute data information in the sensitive attribute data classification results, and output the second period amplitude data set and the second period speed data set.

[0086] S3002. Encrypt and number the amplitude data corresponding to each type of sensitive attribute data information in the amplitude data set of the second period and the velocity data corresponding to each type of sensitive attribute data information in the velocity data set of the second period, and output the third type of amplitude encryption number characters and the third type of velocity encryption number characters.

[0087] S3003. Integrate the first type of encrypted number characters, the second type of amplitude encrypted number characters, the second type of speed encrypted number characters, the third type of amplitude encrypted number characters and the third type of speed encrypted number characters in sequence, and output an encrypted data set of sensitive attribute data.

[0088] Specifically, the steps of the above processing are the same. For example, the initial data value of the optical fiber attenuation information is 120 units, and the data value after the second acquisition period (such as four weeks) is 180 units, then the data change amplitude is increased by 60 units. The data change speed refers to the speed of data change, usually expressed as a percentage, that is, the ratio of the change amplitude to the original value. It reflects the relative rate of data change. In the above example, the data change growth rate of the optical fiber attenuation information is 50% (that is, the growth rate of 60 units divided by the initial data value of 120 units). The above-obtained data change amplitude value is used to encrypt the optical fiber attenuation information as 60, that is, the third-category amplitude encryption number character is 60. The above-obtained data change speed value is used to encrypt the optical fiber attenuation information as 50, that is, the third-category speed value encryption number character is 50. The first-category encryption number characters, the second-category amplitude encryption number characters, the second-category speed value encryption number characters, the third-category amplitude encryption number characters and the third-category speed value encryption number characters are integrated in sequence, that is, the first-category encryption number characters (a), the second-category amplitude encryption number characters (20), the second-category speed value encryption number characters (20), the third-category amplitude encryption number characters (60) and the third-category speed value encryption number characters (50) are integrated into the encrypted data of the sensitive attribute data as a20206050.

[0089] Reference Figure 5 , the specific step S4 includes the following sub-steps:

[0090] S4001. Perform corresponding encryption processing on the four types of sensitive attribute data information in the sensitive attribute data classification result and the four types of encrypted data in the sensitive attribute data encryption data set to obtain four types of encrypted sensitive data, and package the four types of encrypted sensitive data to obtain a sensitive data packet.

[0091] S4002. Obtain three transmission data paths, set nodes equidistantly at corresponding positions of the three transmission data paths, and mark the nodes to output the node marking results.

[0092] S4003. Sequentially connect the previous marked node of the first transmission data path in the node marking result and the next marked node at the corresponding position on the second transmission data path to form a first new transmission path solution.

[0093] S4004. Connect a marked node on the second transmission data path in the node marking result and the next marked node at the corresponding position on the third transmission data path in sequence to form a second new transmission path solution.

[0094] S4005. Sequentially connect each marked node on the first transmission data path in the node marking result with the next marked node at the corresponding position on the third transmission data path to form a third new transmission path solution.

[0095] Specifically, the four kinds of sensitive attribute data information in the sensitive attribute data classification result and the four kinds of encrypted data in the sensitive attribute data encryption data set are encrypted accordingly to obtain four kinds of encrypted sensitive data (such as the encryption number of the optical fiber attenuation information is a20206050, and similarly, other sensitive attribute data information also has different encryption numbers), and three transmission data paths are obtained. The three transmission data paths are the transmission paths of the original sensitive data packets. Nodes are equidistantly set at corresponding positions of the three transmission data paths, and the nodes are marked (for example, the number of nodes set on the first transmission data path is 5, namely ABCDE, and the distances between these 5 nodes are equidistant, then the nodes with the same positions as the 5 nodes on the first transmission data path are marked on the second transmission data path and the third transmission data path. If the 5 nodes on the second outgoing transmission data path are 12345, and the 5 nodes on the third outgoing transmission data path are abcde), the first node in the node marking result is marked as 12345. The previous marked node (such as node A, node B, node C) of a transmission data path and the next marked node (such as node 2, node 3, node 4) at the corresponding position on the second transmission data path are connected in sequence to form a first new transmission path scheme. Similarly, a marked node (such as node 1, node 2, node 3) on the second transmission data path in the node marking result and the next marked node (such as node b, node c, node d) at the corresponding position on the third transmission data path are connected in sequence to form a second new transmission path scheme. Each previous marked node (such as node A, node B, node C) of the first transmission data path in the node marking result and the next marked node (such as node b, node c, node d) at the corresponding position on the third transmission data path are connected in sequence to form a third new transmission path scheme. The first new transmission data path scheme, the second new transmission data path scheme and the third new transmission data path scheme formed by the above connections are all in a spiral shape.

[0096] Reference Figure 6 , the specific step S5 includes the following sub-steps:

[0097] S5001. Record the transmission time point data of sensitive data packets for the corresponding marked nodes in the first new transmission path scheme, the second new transmission path scheme and the third new transmission path scheme, and output three types of transmission time point data.

[0098] S5002. Determine whether the data at the three transmission time points are equal. If so, output the data security transmission judgment result. If not, output the abnormal transmission path solution analysis information.

[0099] S5003. Based on the abnormal transmission path solution analysis information, when one of the three transmission time point data is unequal.

[0100] S5004. Determine whether one unequal transmission time point data among the three transmission time point data is within the preset standard time threshold; if not, and two equal transmission time point data among the three transmission time point data are within the preset standard time threshold, then determine that one unequal transmission time point data is abnormal data.

[0101] S5005. Provide a warning of data leakage risk for the new transmission path plan where the abnormal transmission node occurs, and output the data leakage risk warning notification result.

[0102] S5006. If it is determined that one unequal transmission time point data among the three transmission time point data is within the preset standard time threshold, and two equal transmission time point data among the three transmission time point data are not within the preset standard time threshold, then the two equal transmission time point data are determined to be abnormal.

[0103] S5007. Provide a warning of data leakage risk for the new transmission path plan where the abnormal transmission node occurs, and output the data leakage risk warning notification result.

[0104] Specifically, for example, the corresponding marked nodes in the first new transmission path scheme, the second new transmission path scheme and the third new transmission path scheme are recorded with respect to the transmission time point data of the sensitive data packet. If the transmission time point of the node B in the first new transmission data path is 10 seconds, the transmission time point of the node 2 in the second new transmission data path is 10 seconds and the transmission time point of the node b in the third new transmission data path is 10 seconds, then the three transmission time point data are equal, indicating that the transmission process of the sensitive data packet in the three new transmission data paths is safe. If the transmission time point of the node b in the third new transmission data path is 15 seconds, it is determined whether one of the unequal transmission time point data among the three transmission time point data is within the preset standard time threshold (if set to 10 If it is judged that one of the three transmission time point data is unequal and is within the preset standard time threshold (if set to 13 seconds-16 seconds), and two equal transmission time point data among the three transmission time point data are not within the preset standard time threshold (i.e., the transmission time point data corresponding to node B in the first and second new transmission data path schemes and the transmission time point data corresponding to node 2), then the two equal transmission time point data are judged to be abnormal, and the first and second transmission path schemes where the abnormal transmission node occurs are warned of the risk of data leakage.

[0105] Reference Figure 7 , the specific step S6 includes the following sub-steps:

[0106] S6001. Based on the abnormal transmission path plan analysis information, when three types of transmission time point data are unequal, and the three unequal transmission time point data are not within the preset standard time threshold, the three unequal transmission time point data are calculated and analyzed.

[0107] S6002. Calculate the difference between the three types of transmission time point data that are not equal to each other to obtain three types of time difference data, and calculate the average value between the two time difference data in the three types of time difference data to obtain three types of time average value data.

[0108] S6003. Obtain the three numbers of abnormal nodes and three total transmission durations that appear in the three new transmission path schemes with unequal time point data, and calculate the differences between the three total transmission durations and the preset standard total transmission duration thresholds to obtain three total transmission duration difference data.

[0109] S6004. Send the three time average value data, three abnormal node numbers and three total transmission time difference data to the transmission path verifier, and the transmission path verifier will confirm and select the final new transmission path plan, and output the verifier to confirm the new transmission path result.

[0110] Specifically, when three types of transmission time point data are not equal (for example, the transmission time point data corresponding to node B, node 2 and node b in the first, second and third new transmission data path schemes are 10 seconds, 13 seconds and 18 seconds respectively), and the three unequal transmission time point data are not within the preset standard time threshold (if set to 14 seconds-16 seconds), then these three new transmission data path schemes may all have some problems, but it is necessary to analyze and select the safest one, and calculate the differences between the three unequal transmission time point data to obtain three time difference data (for example, the difference between node B and node 2 is 3 seconds, and ... The difference between node B and node b is 8 seconds, and the difference between node b and node 2 is 5 seconds), and the average values ​​between the time difference data in the three time difference data are calculated to obtain three time average value data (such as the average value of the difference between node B and node 2 and node B and node b is 5.5 seconds, the average value of the difference between node B and node 2 and node b and node 2 is 4 seconds, and the average value of the difference between node B and node b and node b and node 2 is 6.6 seconds), and the number of three abnormal nodes with unequal time point data in the three new transmission path schemes is obtained (if the number of nodes with abnormal transmission time point data in the first new transmission data path scheme is The number of nodes with abnormal transmission time point data in the second new transmission data path scheme is 3, and the number of nodes with abnormal transmission time point data in the third new transmission data path is 3) and three total transmission durations (if the final total transmission duration of the first new transmission data path scheme is 1 minute, the final total transmission duration of the second new transmission data path scheme is 1 minute 10 seconds, and the final total transmission duration of the third new transmission data path scheme is 1 minute 5 seconds), calculate the difference between the three total transmission durations and the preset standard total transmission duration threshold (if set to 55 seconds-58 seconds) to obtain the three total transmission duration difference data (2 seconds, 12 seconds and 7 seconds respectively), three time average value data (5.5 seconds, 4 seconds, 6.6 seconds), three numbers of abnormal nodes (3, 3, 3) and three total transmission time difference data (2 seconds, 12 seconds and 7 seconds) are sent to the transmission path verifier, and the transmission path verifier conducts a comprehensive evaluation based on these three types of data (such as 5.5*3+2=18.5 seconds, 4*3+12=24 seconds, 6.6*3+7=26.8 seconds) to select a safer new transmission data path scheme from the above three new transmission data path schemes (that is, it can be confirmed that the first new transmission data path scheme is selected for continuous transmission of sensitive data packets).

[0111] A communication engineering data processing and analysis system, by applying a communication engineering data processing and analysis method as described above, comprises a first data processing unit 1, a second data processing unit 2, a third data processing unit 3, a new transmission path formulation unit 4, a transmission path abnormality judgment unit 5 and a transmission path verification and confirmation unit 6, with reference to Figure 8 , the first data processing unit 1 performs classification analysis and character encryption numbering of the four sensitive attribute data information of the optical cable target data set to obtain the first type of encrypted number characters; the second data processing unit 2 performs data change amplitude and speed analysis and encryption numbering of the classified four sensitive attribute data information in the first acquisition period, and outputs the second type of amplitude encryption number characters and the second type of speed value encryption number characters; the third data processing unit 3 performs information processing of the second acquisition period on the classified four sensitive attribute data information to obtain the third type of amplitude encryption number characters and the third type of speed value encryption number characters, and the above three types of encryption number characters are sequentially integrated to obtain the sensitive attribute data encryption result set; the new transmission path formulation unit 4 performs data encryption according to the sensitive attribute data encryption The method comprises the following steps: encrypting the four kinds of sensitive attribute data information to obtain a sensitive data packet, and obtaining three transmission data paths. According to the three transmission data paths, a first new transmission path scheme, a second new transmission path scheme and a third new transmission path scheme are formulated; a transmission path abnormality judgment unit 5 is used to judge whether an abnormal transmission condition occurs in the first new transmission path scheme, the second new transmission path scheme and the third new transmission path scheme, and outputs a data security transmission judgment result or a data leakage risk warning notification result; a transmission path verification and confirmation unit 6 is used to confirm and select the final new transmission path scheme for the first new transmission path scheme, the second new transmission path scheme and the third new transmission path scheme through the transmission path verification party, and outputs a new transmission path confirmation result of the verification party.

[0112] The above are all preferred embodiments of the present application, and the protection scope of the present application is not limited thereto. Therefore, any equivalent changes made according to the structure, shape, and principle of the present application should be included in the protection scope of the present application.

Claims

1. A communication engineering data processing and analysis method, characterized in that: The following steps are involved: The four sensitive attribute data information classification analysis and character encryption number processing of the optical cable target data set are performed to obtain the first type of encryption number characters; Analyze and encrypt the data change amplitude and speed of the four types of sensitive attribute data information after classification during the first collection period, and output the second type of amplitude value encryption number characters and the second type of speed value encryption number characters; Detecting the data change amplitude and data change speed of the first acquisition period for the four types of sensitive attribute data information in the sensitive attribute data classification result, and outputting the first period amplitude data set and the first period speed data set; Encrypt and number the corresponding amplitude data of various types of sensitive attribute data information in the amplitude data set of the first period, and output the second type of amplitude encryption number characters; The encrypted numbers of the various types of attribute data corresponding to the change speed data in the first period of speed data are output as the second type of speed value encrypted number characters; Processing the classified four sensitive attribute data information in the second collection period to obtain the third type of amplitude encryption number characters and the third type of speed value encryption number characters; Detecting the data change amplitude and data change speed of the second collection period for the four types of sensitive attribute data information in the sensitive attribute data classification result, and outputting a second period amplitude data set and a second period speed data set; Perform encryption number processing on the change amplitude data corresponding to each type of sensitive attribute data information in the second period amplitude data set and the change speed data corresponding to each type of sensitive attribute data information in the second period speed data set, and output the third type of amplitude value encryption number characters and the third type of speed value encryption number characters; Integrate the first type of encrypted number characters, the second type of amplitude encrypted number characters, the second type of speed encrypted number characters, the third type of amplitude encrypted number characters and the third type of speed encrypted number characters in sequence, and output an encrypted data set of sensitive attribute data; Based on the encrypted data set of sensitive attribute data, four kinds of sensitive attribute data information are encrypted to obtain sensitive data packets, and three transmission data paths are obtained. According to the three transmission data paths, a first new transmission path scheme, a second new transmission path scheme and a third new transmission path scheme are formulated; Encrypting the four types of sensitive attribute data in the sensitive attribute data classification result and the four types of encrypted data in the sensitive attribute data encryption data set to obtain four types of encrypted sensitive data, and packaging the four types of encrypted sensitive data to obtain a sensitive data packet; Obtain three transmission data paths, set nodes equidistantly at corresponding positions of the three transmission data paths, and mark the nodes and output the node marking results; The previous marked node of the first transmission data path in the node marking result and the next marked node at the corresponding position on the second transmission data path are sequentially connected to form a first new transmission path solution; A marked node on the second transmission data path in the node marking result is sequentially connected with a next marked node at a corresponding position on the third transmission data path to form a second new transmission path solution; Sequentially connect each marked node on the first transmission data path in the node marking result with the next marked node at the corresponding position on the third transmission data path to form a third new transmission path solution; Determine whether abnormal transmission conditions occur in the first new transmission path scheme, the second new transmission path scheme, and the third new transmission path scheme, and output a data security transmission determination result or a data leakage risk warning notification result; The transmission path verifier confirms and selects the final new transmission path solution for the first new transmission path solution, the second new transmission path solution and the third new transmission path solution, and outputs the result of the new transmission path confirmation by the verifier.

2. A communication engineering data processing and analysis method according to claim 1, characterized in that: The steps of classifying and analyzing the four sensitive attribute data information of the optical cable target data set and performing character encryption number processing to obtain the first type of encryption number characters are as follows: Acquire an optical cable target data set, classify the optical cable target data set according to four sensitive attribute data information: optical fiber attenuation information, joint loss data, fault point location information, and loss distribution, and output the sensitive attribute data classification result; Sorting the four types of sensitive attribute data information in the sensitive attribute data classification result in descending order of attribute sensitivity to obtain a sensitive attribute data sorting result; Four character classification results are obtained by dividing the Arabic numerals odd numbers, Arabic numerals even numbers, English letter vowels and English letter consonants into four categories; The four characters in the four character classification results are randomly matched with the four sensitive attribute data information in the sensitive attribute data classification results to obtain encrypted numbers, and the first type of encrypted number characters are output.

3. A communication engineering data processing and analysis method according to claim 1, characterized in that: The steps of judging whether abnormal transmission conditions occur in the first new transmission path scheme, the second new transmission path scheme, and the third new transmission path scheme, and outputting a data security transmission judgment result or a data leakage risk warning notification result, are specifically: Recording the transmission time point data of sensitive data packets for corresponding marked nodes in the first new transmission path scheme, the second new transmission path scheme, and the third new transmission path scheme, and outputting three types of transmission time point data; It is judged whether the data of the three transmission time points are all equal. If so, the result of the data security transmission judgment is output; if not, the abnormal transmission path solution analysis information is output; Based on the abnormal transmission path solution analysis information, when one of the three transmission time point data is unequal; Determine whether one unequal transmission time point data among the three transmission time point data is within a preset standard time threshold; if not, and two equal transmission time point data among the three transmission time point data are within the preset standard time threshold, determine that the one unequal transmission time point data is abnormal data; And issue a warning of data leakage risk for the new transmission path plan where the abnormal transmission node occurs, and output the data leakage risk warning notification result; If it is determined that one unequal transmission time point data among the three transmission time point data is within the preset standard time threshold, and two equal transmission time point data among the three transmission time point data are not within the preset standard time threshold, then the two equal transmission time point data are determined to be abnormal; It also issues a warning of data leakage risk for new transmission path plans where abnormal transmission nodes occur, and outputs the data leakage risk warning notification results.

4. A communication engineering data processing and analysis method according to claim 3, characterized in that: The steps of confirming and selecting the final new transmission path scheme for the first new transmission path scheme, the second new transmission path scheme and the third new transmission path scheme by the transmission path verifier, and outputting the result of the new transmission path confirmation by the verifier are specifically as follows: Based on the abnormal transmission path solution analysis information, when three types of transmission time point data are unequal among the three types of transmission time point data, and the three types of unequal transmission time point data are not within the preset standard time threshold, the three types of unequal transmission time point data are calculated and analyzed; Calculating the differences between the three types of transmission time point data that are not equal to each other to obtain three types of time difference data, and calculating the average values ​​between the two time difference data in the three types of time difference data to obtain three types of time average value data; Obtain the number of three abnormal nodes and three total transmission durations that appear in the three new transmission path schemes with unequal time point data, and calculate the differences between the three total transmission durations and the preset standard total transmission duration thresholds to obtain three total transmission duration difference data; The three time average value data, three abnormal node numbers and three total transmission time difference data are all sent to the transmission path verifier, and the transmission path verifier confirms and selects the final new transmission path plan, and outputs the verifier's confirmation of the new transmission path result.

5. A system for processing and analyzing communication engineering data, characterized in that: The system is used to implement a communication engineering data processing and analysis method as described in any one of claims 1 to 4, comprising: A first data processing unit (1) is used to perform classification analysis and character encryption number processing on four types of sensitive attribute data information of the optical cable target data set to obtain a first type of encryption number character; The second data processing unit (2) is used to analyze the data change amplitude and speed of the four types of sensitive attribute data information after classification during the first collection period and perform encryption number processing, and output the second type of amplitude value encryption number characters and the second type of speed value encryption number characters; A third data processing unit (3) is used to process the classified four types of sensitive attribute data information during the second collection period to obtain a third type of amplitude value encrypted number character and a third type of speed value encrypted number character; A new transmission path formulation unit (4) is used to encrypt the four types of sensitive attribute data information according to the sensitive attribute data encryption data set to obtain a sensitive data packet, and obtain three transmission data paths, and formulate a first new transmission path plan, a second new transmission path plan and a third new transmission path plan according to the three transmission data paths; A transmission path abnormality judgment unit (5) is used to judge whether an abnormal transmission condition occurs in the first new transmission path scheme, the second new transmission path scheme and the third new transmission path scheme, and output a data security transmission judgment result or a data leakage risk warning notification result; The transmission path verification and confirmation unit (6) is used to confirm and select the final new transmission path solution from the first new transmission path solution, the second new transmission path solution and the third new transmission path solution through the transmission path verification party, and output the verification party's confirmation result of the new transmission path.

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