Telecommunication service information processing method and system

Abstract

The invention discloses a telecommunication service information processing method and system, relates to the technical field of information processing, solves the problems that an original input processing mode is too single, the input time is too long, and important information is lost due to path congestion, and aims at a large amount of other information. According to the method, the optimal information combination mode is determined through complex type combination and feature analysis before input, so that the load of each input channel is relatively balanced, and the overall processing effect of multi-channel input is effectively improved; in the process of inputting other information, periodically monitoring the channel utilization rate of each input channel, and adjusting the coding rate of the specified input channel according to a monitoring result; when the channel utilization rate is insufficient, the interference problem or the insufficient receiving problem can be judged in time, and corresponding measures such as coding rate reduction or receiver replacement can be taken, so that error conditions such as packet loss and the like are avoided, and the stability and the reliability of the system in the information input process are enhanced.

Description

Technical Field

[0001] The present invention relates to the technical field of information processing, and in particular to a method and system for processing telecommunication business information. Background Art

[0002] Telecommunications business information refers to all kinds of data and content generated, transmitted and processed in the process of telecommunications operations, covering a wide range of information from user-related information to various business operation records; it is the core data foundation for telecommunications enterprises' operation management, business development and service to users; The application with announcement number CN101202958B discloses a telecommunications business information processing method, device and system, the method comprising: receiving a telecommunications business registration application; performing a business release processing operation on the telecommunications business; when it is detected that the telecommunications business has been released, obtaining a telecommunications business product registration application; performing a product release processing operation on the telecommunications business product. A telecommunications business information processing device comprises: a business registration module, a business release module, a product registration module and a product release module that execute the above steps of the telecommunications business information processing method; another telecommunications business information processing device comprises: a business application module, a business status recording module, a product generation module, a product application module and a product status recording module. The telecommunications business information processing system comprises an operator platform and a service provider platform. The invention is a two-level information processing of telecommunications business / telecommunication business products, which can realize unified, flexible and comprehensive management of existing telecommunications business products.

[0003] In the process of recording and processing business information, a single record processing method is generally adopted. That is, when entering information, due to the large volume of business information, it will take too long to enter the corresponding business information. If there is path congestion during entry, some important information will also be erroneous or lost. The original information entry processing method needs to be enhanced. Summary of the invention

[0004] In view of the deficiencies of the prior art, the present invention provides a telecommunication business information processing method and system, which solves the problem that the original input processing method is too simple, the input time is too long, and important information is lost due to path congestion.

[0005] To achieve the above objectives, the present invention is implemented through the following technical solutions: a telecommunications service information processing method, comprising the following steps: Step 1: Classify the telecommunications service information received in the current batch. Different telecommunications service information will be input for each different batch. Based on the headers of different information in the telecommunications service information, the received telecommunications service information will be divided into user information and other information. The specific sub-steps are as follows: Identify the header information associated with different single groups of information in the telecommunications service information, check the header information with a preset header, wherein the preset header includes various types of user headers, mark the single group of information with a check result as user information, and mark the single group of information without a check result as other information; Step 2: For the user information classified in the telecommunications service information, a real-time input and real-time verification processing method is adopted to input the user information in real time, and the hash value characteristics of the user information are confirmed during the real-time input process, and the hash value characteristics of part of the user information that has been input in real time are reconfirmed to assess whether the input user information is accurate, and the user information is corrected in real time based on the assessment results. The specific sub-steps are as follows: S21, entering the confirmed user information in real time, and before entering, confirming the hash value associated with the corresponding part of the user information to be entered, comparing the part of the user information with the hash value library, confirming the hash value associated with the single information in the part of the user information, and sorting the associated hash values ​​according to the sorting method of the single information in the part of the user information to confirm the hash value characteristics; S22, after the partial user information is entered, the same processing method as step S21 is adopted to confirm the hash value associated with the entered partial user information and confirm the hash value characteristics; S23, comparing the hash value features associated with part of the user information, if the comparison results are consistent, continue to enter the user information, and compare the hash value features before and after the entry, if the comparison results are inconsistent, delete the entered part of the user information, and re-enter the part of the user information until the hash value features associated with the entry before and after are completely consistent, and then enter the subsequent user information; Step 3: For other information classified in the telecommunications service information, first determine the information type contained in the other information, then determine the total number of preset input channels, and based on the numerical comparison result of the information type and the total number of input channels, assess whether it is necessary to combine the specific information of different information types, then confirm the total input value characteristics associated with the type combination, and then lock the best type combination and combine other information to lock the information combination package to be entered. The specific method is as follows: S31, determining the information types contained in other information, and marking the total number of information types as G, and marking the total number of preset input channels as H. If G≤H, the specific information associated with different information types is used as different information combination packages to be input. If G>H, executing step S32; S32, executing multiple types of combined processes, and confirming the characteristic variance associated with each combined process in turn, specifically in the following manner: S321, execute the first combination process: randomly combine different information types to obtain combination types, stop when the total number of combination types is consistent with H, and synchronously confirm the total number of different binary codes associated with different information types, record the total number of binary codes associated with the corresponding information type as a feature value, and the total number of binary codes is a preset value, record the specific information associated with the corresponding combination type as combination information, and based on the total number of characters associated with different information types in the combination information, confirm the total number of features associated with the total number of characters based on the feature value, and then sum the total number of features associated with different information types in the combination information to confirm the input total value feature associated with the combination information; Then, the same processing method is used for other combination types to confirm the input total value characteristics associated with the corresponding combination information, and variance processing is performed on several groups of input total value characteristics associated with this combination process to confirm the characteristic variance of this combination process; S322, randomly combining different information types to obtain a combination type different from the first combination process, and using the same processing method as step S321 for the characteristic variance of the combination process to confirm the characteristic variance associated with this combination process; S323, gradually executing subsequent different combination processes until the generated combination process is repeated, and stopping, and using the same processing method as step S321 for each different combination process to confirm the feature variance associated with the corresponding combination process; S33, based on different feature variances associated with different combination processes, selecting a minimum value from multiple feature variances, and marking the combination process associated with the minimum value as the best process, and using the combination information associated with different combination types in the best process as the information combination package to be entered, and the combination information of different combination types corresponds to different information combination packages to be entered; Step 4: Based on the information packages to be recorded confirmed by other information, the information packages to be recorded are evenly divided into different recording channels for recording processing. During the recording processing, the channel utilization rate of each recording channel is periodically monitored, and the coding rate of the designated recording channel is adjusted based on the monitoring result. The specific method is as follows: S41, the information combination packages to be recorded are evenly divided into different recording channels for recording processing, and at the start of recording, periodic continuous monitoring is performed, and the period is a preset period. When the previous group of periods ends, the monitoring process of the next group of periods is continued to confirm the signal utilization rate generated by the recording channel in the period: The total duration of the cycle is marked as T i , where i represents different recording channels, and the recording duration generated by the recording channel in the cycle is calibrated as L i ; Use: LY i =L i ÷Ti Confirm the channel utilization LY associated with the corresponding input channel i , if LY i ≥90%, continue monitoring, if LY i <90%, the input channel is marked as a problem channel; S42, record the period marked as the problem channel as an abnormal period, confirm the recording rate of the problem channel during recording in the abnormal period, average several recording rates in the abnormal period to confirm the recording average rate, then confirm the receiving rate generated by the receiver of the problem signal, average several receiving rates in the abnormal period to confirm the receiving average rate, if the recording average rate ≤ the receiving average rate, mark the problem channel as an interference channel, otherwise, generate a reception insufficient signal for display; S43. Based on the calibrated interference channel, the coding rate of this interference channel is continuously reduced in subsequent cycles. The coding rate is reduced by one unit value at each unit time interval. The unit time and unit quantity are both preset values. The coding rate stops being reduced when the channel utilization rate associated with the interference channel meets the standard. When the coding rate is reduced below the threshold and its channel utilization rate still cannot meet the standard, an error signal is directly generated for display. The threshold is a preset value.

[0006] Preferably, in step S21, the hash value library is a preset value library, which is preset in advance by relevant personnel and contains hash values ​​associated with different information or data.

[0007] Preferably, a telecommunication service information processing system comprises: The information classification processing end classifies the telecommunication service information received in the current batch, and divides the received telecommunication service information into user information and other information based on the headers of different information in the telecommunication service information; The real-time verification terminal uses a real-time verification processing method to input user information classified in the telecommunications service information in real time, confirms the hash value characteristics of the user information during the real-time input process, and reconfirms the hash value characteristics of part of the user information that has been input in real time, assesses whether the input user information is accurate, and modifies the user information in real time based on the assessment results; The information type combination end, for other information classified in the telecommunications business information, first determines the information type contained in the other information, then determines the total number of preset input channels, and based on the numerical comparison result of the information type and the total number of input channels, assesses whether it is necessary to combine specific information of different information types, then confirms the total input value characteristics associated with the type combination, and then locks the best type combination and performs combination processing on other information, and locks the information combination package to be entered; The input supervision end, based on the information combination packages to be input confirmed by other information, divides the information combination packages to be input into different input channels for input processing, and during the input processing, periodically monitors the channel utilization rate of each input channel, and adjusts the coding rate of the designated input channel based on the monitoring results.

[0008] The present invention provides a telecommunication service information processing method and system. Compared with the prior art, the present invention has the following beneficial effects: For other information of large volume, the present invention determines the best information combination mode through complex type combination and feature analysis before input, so that the load of each input channel is relatively balanced, effectively improving the overall processing effect of multi-channel input, and ensuring the efficient coordination of different channels during input; During other information entry processes, the channel utilization of each entry channel is monitored periodically, and the coding rate of the designated entry channel is adjusted based on the monitoring results. When insufficient channel utilization occurs, it can promptly determine whether it is an interference problem or insufficient reception problem, and take corresponding measures, such as reducing the coding rate or changing the receiver, to avoid errors such as packet loss, and enhance the stability and reliability of the system during information entry; For user information, we adopt the method of real-time entry and real-time verification, and use hash value comparison to quickly complete verification and correction, which not only ensures the accuracy of entry, but also does not take up too much memory resources, avoiding affecting the normal entry process. BRIEF DESCRIPTION OF THE DRAWINGS

[0009] Figure 1 It is a schematic diagram of the process of the present invention; Figure 2 It is a schematic diagram of the system framework principle of the present invention. DETAILED DESCRIPTION

[0010] The following will be combined with the drawings in the embodiments of the present invention to clearly and completely describe the technical solutions in the embodiments of the present invention. Obviously, the described embodiments are only part of the embodiments of the present invention, not all of the embodiments. Based on the embodiments of the present invention, all other embodiments obtained by ordinary technicians in this field without creative work are within the scope of protection of the present invention.

[0011] Example 1

[0012] See also Figure 1 The present application provides a telecommunication service information processing method, comprising the following steps: Step 1: Classify the telecommunications service information received in the current batch. Different telecommunications service information will be input for each different batch. Based on the headers of different information in the telecommunications service information, the received telecommunications service information is divided into user information and other information. Different types of information require different input methods, so the corresponding telecommunications service information needs to be specifically classified. For user information, it is necessary to fully guarantee the accuracy of its input. For other large-volume information, it is necessary to use a fast input method to input it, so as to improve the timeliness of the corresponding telecommunications service information during the processing process; The specific sub-steps for information classification are: Identify the header information associated with different single groups of information in the telecommunications business information, and check the header information with the preset header. The preset header includes various types of user headers, which are preset in advance by relevant personnel. The user header includes "user information", "customer information", "identity information", etc. The single group of information with the verification result is marked as user information, and the single group of information without the verification result is marked as other information; the header can be understood as the relevant header carried by the corresponding information. Because the telecommunications main end needs to count various types of business information, it is necessary to extract the more important user information from the corresponding business information, so as to facilitate the subsequent use of different processing methods to enter different types of information; Step 2: For the user information classified in the telecommunications service information, a real-time input and real-time verification processing method is adopted to input the user information in real time, and the hash value characteristics of the user information are confirmed during the real-time input process, and the hash value characteristics of part of the user information that has been input in real time are reconfirmed to assess whether the input user information is accurate, and the user information is corrected in real time based on the assessment results. Specifically, the hash value corresponds to a different hash value for each different information data or information text, which has been preset in advance in the system. The hash value comparison method can quickly complete the verification and correction of the user information without occupying more memory resources and affecting the normal input process. The specific sub-steps of the assessment are as follows: S21, entering the confirmed user information in real time, and before entering, confirming the hash value associated with the corresponding part of the user information to be entered, comparing the part of the user information with the hash value library, confirming the hash value associated with the single information in the part of the user information, and sorting the associated hash values ​​according to the sorting method of the single information in the part of the user information, confirming the hash value characteristics, the hash value library is a preset value library, which is preset in advance by relevant personnel, and contains hash values ​​associated with different information or data; S22, after the partial user information is entered, the same processing method as step S21 is adopted to confirm the hash value associated with the entered partial user information and confirm the hash value characteristics; S23, comparing the hash value features associated with part of the user information, if the comparison results are consistent, continue to enter the user information, and compare the hash value features before and after the entry, if the comparison results are inconsistent, delete the entered part of the user information, and re-enter the part of the user information until the hash value features associated with the entry before and after are completely consistent, and then enter the subsequent user information; Specifically, the use of this method of comparing and confirming hash values ​​before and after input can effectively ensure the accuracy of the input information and improve the actual input effect of the input information. When there are errors in the input, the entered information is deleted and re-entered in time to ensure real-time verification and correction during input, thereby achieving better input processing effects.

[0013] Step 3: For other information classified in telecommunications service information, first determine the information type contained in other information, then determine the total number of preset input channels, and based on the numerical comparison results of information type and total number of input channels, assess whether it is necessary to combine specific information of different information types, and then confirm the total input value characteristics associated with the type combination, and then lock the best type combination and perform combination processing on other information, and lock the information combination package to be entered. Specifically, there is a large amount of various business information in other information, and different business information may correspond to different information formats, which may include: picture information, audio information, text information, etc. In order to ensure that the load of each channel is relatively balanced during input, it is necessary to select the best information combination method during combination, so as to facilitate subsequent information input and achieve the best processing effect of multi-channel input. The processing method for locking the information combination package to be entered is: S31, determine the information type (information type, i.e., information format) contained in other information, and mark the total number of information types as G, and the total number of preset input channels as H. If G≤H, the specific information associated with different information types is used as different information combination packages to be input. If G>H, execute step S32 (when the number of information types is not as large as the number of channels, then there is no need to perform type combination, and the relevant input can be performed directly); S32. Execute multiple types of combined processes: S321. Execute the first combination process: randomly combine different information types to obtain combination types, stop when the total number of combination types is consistent with H, and synchronously confirm the total number of different binary codes associated with different information types, record the total number of binary codes associated with the corresponding information type as a characteristic value, and the total number of binary codes is a preset value, which is prepared in advance by relevant personnel (different types of single characters correspond to different total numbers of binary codes, some characters correspond to eight-digit binary codes, and some data correspond to sixteen-digit binary codes), record the specific information associated with the corresponding combination type as combination information, and based on the total number of characters associated with different information types in the combination information, confirm the total number of features associated with the total number of characters based on the characteristic value, and then record the total number of features associated with the different information types in the combination information. The total number of features is summed to confirm the total input value feature associated with the combination information. Specifically, a combination type includes information in type A format and information in type B format. The feature value associated with type A is 8, and the feature value associated with type B is 16. The total number of characters associated with type A in the combination information is 100, and the total number of characters associated with type B in the combination information is 50. Then the total input value feature confirmed by the combination information is: 8×100+16×50=1600. When the system enters information, it must first be converted into relevant data that the system can recognize, that is, binary code. Therefore, when entering information, based on the specific combination features of the combination type, the total number of binary codes associated with the corresponding combination information is confirmed, and the input load balancing of different channels can be analyzed. Then, the same processing method is used for other combination types to confirm the input total value characteristics associated with the corresponding combination information, and variance processing is performed on several groups of input total value characteristics associated with this combination process to confirm the characteristic variance of this combination process (the numerical variance can effectively confirm the discreteness between the corresponding data. The smaller the discreteness, the smaller the difference between the input total value characteristics, and the more balanced the load. Since the variance processing method is more common in the prior art, it will not be described in detail here); S322, randomly combining different information types to obtain a combination type different from the first combination process (that is, the combination method of different types has changed), and using the same processing method as step S321 for the characteristic variance of the combination process to confirm the characteristic variance associated with this combination process; S323, gradually executing different subsequent combination processes until the generated combination process is repeated (in the system preset logic, the subsequent combination process cannot be repeated with the previously generated combination process. When a repetition occurs, it means that several combination methods associated with several different information types have been executed), and the same processing method as step S321 is adopted for each different combination process to confirm the feature variance associated with the corresponding combination process; S33, based on different feature variances associated with different combination processes, selecting a minimum value from multiple feature variances, and marking the combination process associated with the minimum value as the best process, and using the combination information associated with different combination types in the best process as the information combination package to be entered, and the combination information of different combination types corresponds to different information combination packages to be entered; Specifically, after the optimal process is confirmed, the total number of corresponding information packages to be entered is consistent with the total number of channels, and the total number of binary codes associated with each information package to be entered is also in a state with the minimum numerical discreteness in multiple combinations. Then the total number of entries divided equally among each channel is almost consistent. In the subsequent actual entry processing process, each channel can achieve the optimal state of relatively balanced load, which can effectively guarantee the load balancing entry effect during subsequent entry.

[0014] Step 4: Based on the information combination packages to be recorded confirmed by other information, the information combination packages to be recorded are evenly divided into different recording channels for recording processing, and during the recording processing, the channel utilization rate of each recording channel is periodically monitored, and the coding rate of the designated recording channel is adjusted based on the monitoring result, wherein the specific method of the adjustment processing is: S41, the information combination packages to be recorded are evenly divided into different recording channels for recording processing, and at the beginning of recording, periodic continuous monitoring is performed, and the period is a preset period, which is formulated by relevant personnel based on experience, and generally takes a value of 2 minutes. When the previous group of cycles ends, the monitoring process of the next group of cycles is continued to confirm the signal utilization rate generated by the recording channel in the cycle: The total duration of the cycle is marked as T i , where i represents different recording channels, and the recording duration generated by the recording channel in the cycle is calibrated as L i ; Use: LY i =L i ÷T i Confirm the channel utilization LY associated with the corresponding input channel i , if LY i ≥90%, continue monitoring, if LY i <90%, the recording channel is marked as a problem channel (the so-called problem channel is either due to interference causing the interval time of the recording channel to be too long, or the corresponding memory space is insufficient, resulting in the reception rate not being able to meet the recording rate, resulting in a long interval time); S42, record the period marked as the problem channel as an abnormal period, confirm the recording rate of the problem channel during recording in the abnormal period, average the several recording rates in the abnormal period, confirm the recording average rate, then confirm the receiving rate generated by the receiver of the problem signal, average the several receiving rates in the abnormal period, confirm the receiving average rate, if the recording average rate ≤ the receiving average rate, then mark the problem channel as an interference channel, otherwise, generate a reception shortage signal for display, and external personnel replace the receiver or storage location of such problem channel based on the reception shortage signal to ensure the receiving rate; S43, based on the calibrated interference channel, the coding rate of the interference channel is continuously reduced in subsequent cycles, and the coding rate is reduced by one unit value at each unit time interval, and the unit time and unit quantity are both preset values, the unit time is generally 1 second, and the unit quantity is generally 1 bit, until the channel utilization rate associated with the interference channel meets the standard, the reduction is stopped, and when the coding rate is reduced below the threshold, the channel utilization rate still cannot meet the standard, then an error signal is directly generated for display, and the threshold is a preset value. When an error signal is generated, it means that the hardware associated with the channel may have related problems, and human intervention is required for processing; When there is interference in the coding rates between corresponding channels, the corresponding channels will be underutilized. In order to ensure that each channel is optimally utilized, it is necessary to reduce the coding rate of the corresponding channel when interference exists to avoid competition for computing resources, thereby ensuring the gradual entry of the channel, further ensuring that no errors will occur during the entry process, and no packet loss or other situations will occur, further improving the overall information processing effect of simultaneous entry of multiple channels.

[0015] Example 2

[0016] Combination Figure 2 , a telecommunications service information processing system, comprising: The information classification processing end classifies the telecommunication service information received in the current batch, and divides the received telecommunication service information into user information and other information based on the headers of different information in the telecommunication service information; The real-time verification terminal uses a real-time verification processing method to input user information classified in the telecommunications service information in real time, confirms the hash value characteristics of the user information during the real-time input process, and reconfirms the hash value characteristics of part of the user information that has been input in real time, assesses whether the input user information is accurate, and modifies the user information in real time based on the assessment results; The information type combination end, for other information classified in the telecommunications business information, first determines the information type contained in the other information, then determines the total number of preset input channels, and based on the numerical comparison result of the information type and the total number of input channels, assesses whether it is necessary to combine specific information of different information types, then confirms the total input value characteristics associated with the type combination, and then locks the best type combination and performs combination processing on other information, and locks the information combination package to be entered; The input supervision end, based on the information combination packages to be input confirmed by other information, divides the information combination packages to be input into different input channels for input processing, and during the input processing, periodically monitors the channel utilization rate of each input channel, and adjusts the coding rate of the designated input channel based on the monitoring results.

[0017] Some of the data in the above formulas are numerically calculated by removing their dimensions. At the same time, the contents not described in detail in this specification belong to the existing technology known to those skilled in the art. The user data and other data involved in this application have been obtained with full consent and authorization, and the collection, use and processing of relevant information comply with the relevant laws, regulations and standards of the relevant countries and regions.

[0018] The above embodiments are only used to illustrate the technical method of the present invention rather than to limit it. Although the present invention has been described in detail with reference to the preferred embodiments, those skilled in the art should understand that the technical method of the present invention may be modified or replaced by equivalents without departing from the spirit and scope of the technical method of the present invention.

Claims

1. A telecommunication service information processing method, characterized in that: The following steps are involved: Step 1: classify the telecommunications service information received in the current batch, where different telecommunications service information is input for each different batch, and the received telecommunications service information is classified into user information and other information based on the headers of different information in the telecommunications service information; Step 2: For the user information classified in the telecommunications service information, a real-time input and real-time verification processing method is adopted to input the user information in real time, and the hash value characteristics of the user information are confirmed during the real-time input process, and the hash value characteristics of part of the user information that has been input in real time are reconfirmed to assess whether the input user information is accurate, and the user information is corrected in real time based on the assessment results; Step 3: For other information classified in the telecommunications service information, first determine the information type contained in the other information, then determine the total number of preset input channels, and based on the numerical comparison result of the information type and the total number of input channels, assess whether it is necessary to combine specific information of different information types, then confirm the total input value characteristics associated with the type combination, and then lock the best type combination and perform combination processing on other information, and lock the information combination package to be entered; Step 4: Based on the information combination packages to be recorded confirmed by other information, the information combination packages to be recorded are evenly divided into different recording channels for recording processing. During the recording processing, the channel utilization rate of each recording channel is periodically monitored, and the coding rate of the designated recording channel is adjusted based on the monitoring results.

2. A telecommunication service information processing method according to claim 1, characterized in that: In the step 1, the specific sub-steps of classifying the telecommunication service information are: Identify the header information associated with different single groups of information in the telecommunications business information, and check the header information with the preset header, wherein the preset header includes various types of user headers, and mark the single group of information with the check result as user information, and mark the single group of information without the check result as other information.

3. A telecommunication service information processing method according to claim 1, characterized in that: In step 2, the specific sub-steps of correcting the user information in real time are: S21, entering the confirmed user information in real time, and before entering, confirming the hash value associated with the corresponding part of the user information to be entered, comparing the part of the user information with the hash value library, confirming the hash value associated with the single information in the part of the user information, and sorting the associated hash values ​​according to the sorting method of the single information in the part of the user information to confirm the hash value characteristics; S22, after the partial user information is entered, the same processing method as step S21 is adopted to confirm the hash value associated with the entered partial user information and confirm the hash value characteristics; S23. Compare the hash value features associated with part of the user information. If the comparison results are consistent, continue to enter the user information and compare the hash value features before and after the entry. If the comparison results are inconsistent, delete the entered part of the user information and re-enter the part of the user information until the hash value features associated with the part before and after the entry are completely consistent, and then enter the subsequent user information.

4. A telecommunication service information processing method according to claim 3, characterized in that: In step S21, the hash value library is a preset value library, which is preset in advance by relevant personnel and contains hash values ​​associated with different information or data.

5. A telecommunication service information processing method according to claim 1, characterized in that: In step 3, the specific method of locking the information package to be entered is: S31, determining the information types contained in other information, and marking the total number of information types as G, and marking the total number of preset input channels as H. If G≤H, the specific information associated with different information types is used as different information combination packages to be input. If G>H, executing step S32; S32, executing multiple types of combined processes, and confirming the characteristic variance associated with each combined process in turn; S33. Based on different feature variances associated with different combination processes, a minimum value is selected from multiple feature variances, and the combination process associated with the minimum value is marked as the best process. The combination information associated with different combination types in the best process is used as the information combination package to be entered. The combination information of different combination types corresponds to different information combination packages to be entered.

6. A telecommunication service information processing method according to claim 5, characterized in that: In step S32, the specific method of executing the multiple types of combined processes is: S321, execute the first combination process: randomly combine different information types to obtain combination types, stop when the total number of combination types is consistent with H, and synchronously confirm the total number of different binary codes associated with different information types, record the total number of binary codes associated with the corresponding information type as a feature value, and the total number of binary codes is a preset value, record the specific information associated with the corresponding combination type as combination information, and based on the total number of characters associated with different information types in the combination information, confirm the total number of features associated with the total number of characters based on the feature value, and then sum the total number of features associated with different information types in the combination information to confirm the input total value feature associated with the combination information; Then, the same processing method is used for other combination types to confirm the input total value characteristics associated with the corresponding combination information, and variance processing is performed on several groups of input total value characteristics associated with this combination process to confirm the characteristic variance of this combination process; S322, randomly combining different information types to obtain a combination type different from the first combination process, and using the same processing method as step S321 for the characteristic variance of the combination process to confirm the characteristic variance associated with this combination process; S323, gradually executing subsequent different combination processes until the generated combination process is repeated, and stopping, using the same processing method as step S321 for each different combination process to confirm the feature variance associated with the corresponding combination process.

7. A telecommunication service information processing method according to claim 1, characterized in that: In step 4, the specific method of adjusting the coding rate of the designated input channel is: S41, the information combination packages to be recorded are evenly divided into different recording channels for recording processing, and at the start of recording, periodic continuous monitoring is performed, and the period is a preset period. When the previous group of periods ends, the monitoring process of the next group of periods is continued to confirm the signal utilization rate generated by the recording channel in the period: The total duration of the cycle is marked as T i , where i represents different recording channels, and the recording duration generated by the recording channel in the cycle is calibrated as L i ; Use: LY i =L i ÷T i Confirm the channel utilization LY associated with the corresponding input channel i , if LY i ≥90%, continue monitoring, if LY i <90%, the input channel is marked as a problem channel; S42, record the period marked as the problem channel as an abnormal period, confirm the recording rate of the problem channel during recording in the abnormal period, average several recording rates in the abnormal period to confirm the recording average rate, then confirm the receiving rate generated by the receiver of the problem signal, average several receiving rates in the abnormal period to confirm the receiving average rate, if the recording average rate ≤ the receiving average rate, mark the problem channel as an interference channel, otherwise, generate a reception insufficient signal for display; S43. Based on the calibrated interference channel, the coding rate of this interference channel is continuously reduced in subsequent cycles. The coding rate is reduced by one unit value at each unit time interval. The unit time and unit quantity are both preset values. The coding rate stops being reduced when the channel utilization rate associated with the interference channel meets the standard. When the coding rate is reduced below the threshold and its channel utilization rate still cannot meet the standard, an error signal is directly generated for display. The threshold is a preset value.

8. A telecommunication service information processing system, the system being operated according to a telecommunication service information processing method according to any one of claims 1 to 7, characterized in that: include: The information classification processing end classifies the telecommunication service information received in the current batch, and divides the received telecommunication service information into user information and other information based on the headers of different information in the telecommunication service information; The real-time verification terminal uses a real-time verification processing method to input user information classified in the telecommunications service information in real time, confirms the hash value characteristics of the user information during the real-time input process, and reconfirms the hash value characteristics of part of the user information that has been input in real time, assesses whether the input user information is accurate, and modifies the user information in real time based on the assessment results; The information type combination end, for other information classified in the telecommunications business information, first determines the information type contained in the other information, then determines the total number of preset input channels, and based on the numerical comparison result of the information type and the total number of input channels, assesses whether it is necessary to combine specific information of different information types, then confirms the total input value characteristics associated with the type combination, and then locks the best type combination and performs combination processing on other information, and locks the information combination package to be entered; The input supervision end, based on the information combination packages to be input confirmed by other information, divides the information combination packages to be input into different input channels for input processing, and during the input processing, periodically monitors the channel utilization rate of each input channel, and adjusts the coding rate of the designated input channel based on the monitoring results.

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