TWI395459B - International telephone approval rate management and routing system - Google Patents

Description

International telephone lot rate quotation management and routing system

The invention relates to an international telephone wholesale rate quotation management and routing system, in particular to a telecommunication industry suitable for operating international telecommunication voice services (including resale), providing a unified quotation management and routing arrangement process, With automatic quote loss warning, the profit and loss statistics can prompt the loss of the quote and make routing changes.

The current international telephone lot rate management and routing arrangement is the most important part of operating international telephone service. In this meager profit era, fine quotation and route allocation are the only way to increase profit and reduce losses. The traditional international telephone lot rate quotation management process involves quoting and charging his family quotation, filing, designing routes, monitoring traffic, re-adjusting quotations or re-routing, involving paperwork, paper filing, report reading, The manual steps to determine the decision. Not only is it labor-intensive, it is prone to work errors, and it is often impossible to respond immediately to changing market conditions at any time, resulting in a negative result of a decrease in surplus or an increase in losses.

It can be seen that there are still many shortcomings in the above-mentioned methods of use, which is not a good design, but needs to be improved.

In view of the shortcomings derived from the above-mentioned conventional methods, the inventors of the present invention have improved and innovated, and after years of painstaking research, they finally succeeded in research and development of this international telephone wholesale rate quotation management and routing arrangement system.

The object of the present invention is to provide an easy-to-use flexible quotation management platform for the user, which can perform quotation filing and management in various ways, and allows the operator to replenish the quotation after the quotation and the whole batch transaction, which is in line with practical needs.

The second object of the present invention is to provide a routing suggestion scheme and an elastic adjustment mode, and to interface with the switch routing automatic scheduling system to automate the routing process, improve service resilience and reduce manual setting error rate.

Another object of the present invention is to integrate International Call Detail Record (ICDR) traffic analysis, to provide a routing scheme checking mechanism and a profit and loss analysis, with a view to increasing the surplus and reducing the loss.

The international telephone wholesale rate quotation management and routing arrangement system capable of achieving the above object includes: a quotation management module: providing direct circuit quotation, transfer service quotation, input and construction of other industry transfer quotation information File, and query functions; collect quotations from companies and other traffic exchange providers, enter system database, and provide various quotation query functions.

A routing arrangement and checking module: according to the quotation of the established file and the available route set by the switch, refer to the quotation and ICDR traffic ratio to complete the proposed routing scheme, and the operator can refer to the circuit to share the contract amount, circuit quality and other The external information is adjusted to suggest a routing scheme, and finally the final decision is transmitted to the switch routing automatic scheduling system.

An International Telephone Detail Recording (ICDR) traffic management module: provides ICDR traffic information loading and integration analysis functions.

An operational performance statistics module: based on various quotation information and ICDR traffic statistics, can generate various types of transfer profit and loss statistical analysis, and provide operators with business strategy development.

A different servo module: Provides multi-person scheduling service, which allows multiple people to synchronize operations and improve system efficiency.

A system database: used to store information about the system.

Please refer to FIG. 1 , which is an architectural diagram of the international telephone batch rate quotation management and routing arrangement system of the present invention. In this embodiment, the international telephone wholesale rate quotation management and routing system 1 of the present invention cooperates with other systems, including: an international telephone account processing information system 2, which provides an ICDR traffic data file to The system of the present invention; an international telephone traffic analysis system 3 for providing a traffic completion rate to the system of the present invention; and a switch routing automatic scheduling system 4 for receiving routing routing instructions generated by the system of the present invention.

The composition of the international telephone wholesale rate quotation management and routing arrangement system 1 of the present invention comprises:

A quotation management module 11: provides direct circuit quotation, transfer service quotation, input, file creation, and query function of other industry transfer quotation information. The input method can be further divided into four types: single quote input, same quote batch input, the same transfer operator batch quote input, and Excel file batch quote input. The Excel file is input in batches, which can process the transfer business quotation and other business transfer quotations, reduce the labor cost of many manual finishing and improve the correctness of the data. The filing mode adopts a transaction model and a resurgence model at the same time. The transaction model establishes a record for each filing operation, and allows the transaction to reply to cancel a certain filing operation; the resurgence model allows the quotation to be corrected in the form of an after-the-fact quotation. . The adoption of the above two models makes the filing operation more in line with the practical characteristics of the pricing business. The query function can check the historical quotation, provide the operator to track the historical data, and set the appropriate quotation.

The unique feature of this module is that it uses both the resurgence model and the transaction model. The following details the operation of the two models.

The backtracking model can automatically search for the quoted information of the same industry in the database based on the new quoted company and the effective date information. If found, the type of the quote (the spread quote or the transfer service quote) will be used. Price to modify all searched quotations.

The modification rule of the quotation data is calculated based on the validity period of the new quotation, which is from the effective date of the input to the day before the quotation of the existing quotation data is later than the effective date of the new input data but closest to the effective date. The expiration date of the new offer. If there is no quoted price in the existing quotation data that is later than the effective date of the input data, the new quotation is valid forever. The specific backtracking model data processing example is shown in the following embodiment 1. The number, date, and the like of the data in the first embodiment are for convenience of explanation, and are not limited to the effective date and price listed in the example.

Example 1

The original quotation data is two, as follows:

Two new quotes are now added as follows:

The final four quotes are processed after the retrospective model, as follows:

In the first embodiment, the expiration date of the quotation data indicates that "None" means that the quotation data is valid for a period of time before the next change.

The transaction model is responsible for handling two things. One is the backup of the data, and the data before the transaction is backed up when the data changes occur. The first is the restoration of the data. When the data is restored, the specified data is deleted and the data backed up when the transaction occurs is deleted. recovery.

The backup of the data occurs every time the quotation is adjusted; at the beginning of the adjustment quotation process, a transaction number must be requested from the transaction servo module, and the transaction number is appended to each new or changed quotation data. It is a transaction mark; in addition, before the original quotation data is changed, the data will be copied first and the transaction number will be added as a backup mark and stored in the database.

The recovery of the data occurs when the user needs to restore a certain quotation change; when restoring the quotation, the quotation backup data in the database is first searched according to the transaction number, and the backup mark attached to the view data is the same as the restoration number After copying the data, the backup mark is removed and stored in the database, and then all the backup data that has just been searched are deleted. This step is to restore the backup data; finally, the search data in the database is searched, and the data is viewed. The additional transaction mark and the restoring transaction number are the same, and are deleted. The specific transaction model processing example is shown in the following embodiment 2. The number, date, and mark of the data in the second embodiment are for convenience of description, and are not limited to the transaction number, backup mark, and Other information.

Example 2

Following the example of the resurgence model of the foregoing embodiment 1, after adding two pieces of quotation data, there should be two pieces of data in the backup data, as follows:

Now the operation of the transaction number 103 is restored, that is, the transfer quotation of 2007/07/01 is cancelled. The transaction model restores the data in the backup data marked with a backup mark of 103, so the remaining data in the backup data is as follows:

The quotation data is increased to five strokes as follows:

Then delete the information marked with the transaction number of 103 in the quotation data, and the quotation data will be reduced to three strokes as follows:

In the second embodiment, the data number is the primary key number sequentially generated in the database, so the 2007/06/01 quotation data restored from the backup data has a data number of 5 instead of the original one.

A routing arrangement and checking module 12: providing a routing sequence arrangement and checking function according to the quotation of the established file and the available routing mode set by the switch, providing routing scheme, allowing flexible adjustment, and supporting switch routing in the routing operation The automatic layout system interface and the automatic audit function of the routing scheme are unique to this module.

In general, the routing setting of international telephone traffic refers to a rule on how to set a way to transfer an international telephone to a called party through a designated circuit (hereinafter referred to as a circuit routing rule), each of which is set as a route. The circuit actually belongs to the direct circuit between a telecom operator (such as: the applicant of the case, Chunghwa Telecom Co., Ltd.) and another telecom operator; however, in terms of business considerations, because the object of the quotation is for each carrier, routing The setting is only for the way of obtaining the maximum profit with the quotation and contract content, so it is not necessary to consider the rules of how to transfer the international telephone number to the callee through the designated operator (hereinafter referred to as the operator routing rule). Correspondence and selection between the actual circuit and the actual circuit (for example, the direct circuit between the applicant of Chunghwa Telecom Co., Ltd. and any other industry is not necessarily a single circuit).

The routing arrangement provided by this module is designed for business needs. Therefore, only the setting operator routing rules are provided, and the setting result is transmitted to another "switch routing automatic scheduling system", which is responsible for the inter-operator and the actual circuit. Correspondence and selection and conversion of industry routing rules into circuit routing rules.

This module supports the setting of the routing rules of the industry, and supports a telecom operator (such as: the applicant of the case, Chunghwa Telecom Co., Ltd.), the routing of the call and the route routing of the carrier. The operator can set the limit on the current quotation status and the routing of the "switch routing auto-routing system" to determine whether to route or mix the traffic into a single route according to the fixed traffic and mobile traffic. If the fixed traffic and the mobile traffic are separately routed, the routes may be separately routed or mixed into a single route according to a specific service, a callee, or a specific called city traffic.

The specific routing arrangement example is shown in the following embodiment 3. The information in the third embodiment is for convenience of description, and is not limited to the received location, routing, and quotation listed in the example.

Example 3

The operator wants to arrange the incoming call to Singapore for the outgoing call routing. The module immediately queries the "Switch Routing Automatic Dispatch System" to find out that the current outgoing routing support in Singapore supports fixed traffic and mobile traffic. The routing mode is arranged, and the fixed telephone can route the IP telephone and the non-IP telephone service separately; therefore, the operator can choose to separately arrange the routing mode or the mixed routing mode; if the operator selects the separate routing In the mode, the fixed traffic can be routed separately according to the service, or all the fixed traffic can be routed, but the mobile traffic can only mix and route the route because it does not support the separate routing.

After the operator selects the arrangement mode, the module calculates the weight according to the received quotes included in each route and the recent (such as the last 30 days) ICDR traffic ratio as the routing order reference; for example, in the arrangement of Singapore fixed When the traffic is routed separately according to the IP phone and the non-IP phone service, the module checks the available route quotation and ICDR traffic proportion information, and calculates the route order according to the cost formula: cost formula = Σ (quote x ratio)

The results are shown in the following table:

According to the routing scheme generated in the foregoing embodiment 3, the operator can refer to the complete interface of the above table through the user interface provided by the module, and adjust the recommended routing sequence of the module after referring to other external information. After the routing scheme determines and delivers the "switch routing auto-routing system", the module will periodically count the latest ICDR traffic, check whether the actual traffic and routing schemes conflict, or have unscheduled routes. An abnormal situation such as traffic occurs, and the abnormal result is recorded and notified to the operator for processing.

An ICDR traffic management module 13: providing an ICDR traffic loading and integration analysis function; the traffic loading process is to first provide the ICDR traffic data file to the ICDR traffic management by the international telephone account processing information system 2 The module 13, the ICDR traffic management module 13 parses the ICDR traffic data file and loads it into the system database 16; the traffic integration analysis function can provide traffic according to the three functions of sending, transferring, and receiving Analysis, total traffic volume, fixed traffic volume, and mobile traffic classification information.

For the telecom operators, for example, the applicant of the case, Chunghwa Telecom Co., Ltd., the average number of international telephone calls handled by the applicant in this case is about 3 million daily, and the traffic information that the system often needs to query can be regained for several months. Even one year ago; the estimated number of traffic data that can be queried is as high as one billion in one year; therefore, if each telephone record is stored in the system database, it is rather time consuming to store and query the data. The huge amount of data also puts a heavy load on the storage space of the database. The unique feature of this module is that after receiving the traffic data every day, all the data will be read into the dynamic memory, and then according to the utterance, the country of transfer, the location of the call, the type of the call, and the date of the call. The information is divided into the sum of the sum of the traffic and the sum of the traffic, and finally the statistical data is stored in the database; therefore, only the statistical daily data is stored in the database instead of the original telephone record; such a procedure For example, the storage of one-day data is reduced from three million to about ten thousand, and the processing time is also reduced from two hours to 15 minutes.

In conjunction with the aforementioned process of reading the ICDR data file and loading it into the database, the module has the ability to instantly query ICDR traffic statistics after substantially reducing the amount of ICDR traffic stored in the database. Through the data query interface provided by this module, the operator can release the traffic analysis, total traffic volume, or average traffic volume statistics requirements. This module can complete the statistics and respond to the results in a few seconds.

The ICDR traffic statistics query function provided by this module is described in detail as follows: Traffic analysis statistics provide traffic statistics for operators (such as the applicant of China Telecom Co., Ltd.) to operate international telephone services, and operators. Another operator can be selected, and the operator's traffic statistics role is determined to be the caller, the transfer operator, or the callee, and the operator-related traffic statistics in any date range are queried. The specific traffic analysis and statistics example is shown in the following embodiment 4. The information in the fourth embodiment is for convenience of description, and is not limited to the switch, the callee, the caller, the switcher, and the date interval listed in the example. , and traffic, etc.

Example 4

Statistics 2005/06/02~2005/06/04 The applicant of this case, Chunghwa Telecom Co., Ltd., operates international calls, and the results of the traffic analysis data of Hong Kong are as follows:

The total traffic statistics provides the traffic statistics of the telecom operators (eg, the applicant of the case, Chunghwa Telecom Co., Ltd.) operating the international telephone service. The operator can select another telecommunications operator and determine the traffic statistics role of the operator. The caller, the transfer operator, or the recipient of the call, then choose the role of the statistical object from the remaining two roles, and query the statistics of the relevant traffic of the operator in any date interval or month interval. For example, if Hong Kong is selected as the caller, the types of statistics that can be queried are Hong Kong→ applicants of China Telecom Co., Ltd.→ the receiving place, or Hong Kong→ the applicant of the case, Chunghwa Telecom Co., Ltd.→ the transfer operator. The specific total traffic statistics example is shown in the following embodiment 5. The information in the fifth embodiment is for convenience of description, and is not limited to the accepted place, the caller, the date interval, and the traffic volume listed in the example. Wait.

Example 5

Statistics 2005/06~2005/08 The applicant of this case, Chunghwa Telecom Co., Ltd., operates an international telephone call, and the caller is the total traffic volume data of the receiving place in Hong Kong, as shown in the following table:

The average traffic statistics provides telecom operators (such as the applicant of China Telecom Co., Ltd.) to manage the traffic statistics of the international telephone service. The operator can select another telecom operator and decide that the operator's traffic statistics role is The caller, the transfer operator, or the recipient of the call, then choose the role of the statistical object from the remaining two roles, and query the statistics of the average talk time per call of the operator in the most recent week and the most recent month. For example, if Hong Kong is selected as the transfer operator, the types of statistics that can be queried are the caller → the applicant of the case, Chunghwa Telecom Co., Ltd. → Hong Kong, or the applicant of the case, Chunghwa Telecom Co., Ltd. → Hong Kong → Received. An example of the specific total traffic statistics is shown in the following embodiment 6. The information in the sixth embodiment is for convenience of description, and is not limited to the received words, the caller, and the average traffic listed in the example.

Example 6

Statistics The recent case of the applicant, Chunghwa Telecom Co., Ltd., which operates international calls, is the result of the average traffic volume of the recipients in Hong Kong, as shown in the following table:

An operational performance statistics module 14: based on various types of quotation information and ICDR traffic statistics, can generate various types of transfer profit and loss statistical analysis, and provide operators with business strategy development. For the loss part of the research quotation, routing adjustment program, in order to turn losses into profit. For the profit-making part of the study to increase the traffic plan, in order to increase the surplus.

Generally, when calculating the profit and loss, it usually combines the daily ICDR traffic volume with the current day's quotation to calculate the one-day profit and loss. When calculating the profit or loss for one month or one full year, the profit and loss of one day will be accumulated. Calculating profit and loss in this way is quite simple at first glance, and the calculation work takes a long time. However, considering the practice, the quotation operation is often due to the negotiation relationship between the operators, and there is a situation of chasing the tide. For example, the May 2007 offer is likely to be negotiated after May 1st, and there are often cases where the offer is one or two months before the tide. When the quotation chasing tide occurs, if the above-mentioned method is used to calculate the profit and loss, it is necessary to know which rates have been changed in the daily quotation operation, whether it has already chased the tide and must recalculate the past one-day profit and loss. In this way, the profit and loss statistics operation becomes quite complicated. More importantly, we cannot estimate the time that this job must take, so it is difficult to schedule the job. For example, if a resurgence quotation occurs six months ago, recalculating the six-month one-day profit and loss may compete with other scheduling operations for computing resources beyond the tolerable computing time. In addition to reducing system performance, it is more likely due to resources. The competition caused a chain reaction in which each scheduled operation was overdue and did not complete successfully, further smashing the entire system.

What is special about this module is that it uses the effective date range of the quote to calculate the profit and loss. Whether or not there is a quotation, the profit and loss in the most recent year can be calculated within one hour. The calculation method is to take out the monthly quotation data, find out the quotation interval, and then calculate the ICDR traffic volume in the interval with the quotation interval, and finally obtain the monthly profit and loss statistics. After calculating the monthly profit and loss, the profit or loss in the interval of several months or the whole year can be accumulated in a single month.

The specific monthly profit and loss statistics example is shown in the following embodiment 7. The information in the seventh embodiment is for convenience of explanation, and is not limited to the quotation of the transfer country, the quoted country, the effective date and the ICDR listed in the example. Traffic, etc.

Example 7

The applicant of this case, Chunghwa Telecom Co., Ltd., transferred the service to Hong Kong for quotation as follows:

Japanese companies are transferred to Hong Kong quotes as follows:

Calculate the profit and loss of Japan's transfer to Hong Kong traffic in April 2005, as shown below:

In this example, through the interval statistics method, it is possible to calculate the monthly profit and loss of April 2005 through the statistics of the three sections of profit and loss. If a single-month profit and loss is calculated on a one-day profit and loss basis, 30 single-day profit and loss statistics are required, and the calculated amount is 10 times different. (Note: This is because the single-time query from the database for the interval traffic and single-day words The amount of time required for the transaction is roughly equal, and each interval or single-day statistic needs to be queried once to the database).

A different servo module 15: provides multi-person scheduling servo, which allows multiple people to synchronize operations and improve system efficiency. In addition, the transaction data is locked, and the data will not be inconsistent due to multiple people making quotation changes at the same time.

When the general data changes, it depends on the data locking mechanism of the database system. Although it is very convenient, if the locking level is above the data table, it will affect the system performance. Due to the quotation resurgence mechanism, it is necessary to change the data in the several quotation data sheets at the same time in one transaction, and must rely on the data surface lock. In order to reduce the performance impact on the database system and support the transaction model operation of the aforementioned quotation management module, this module designs a transaction server to receive the transaction request from all parties and determine whether the transaction is allowed to be executed immediately, and the result will be Return to the transaction request end.

The above judgment rule is to classify the transaction data first, and the different types of transaction data indicate that they are not changed by the same transaction request at the same time. On the transaction server, a list is sorted according to the transaction data, and a waiting queue is established for each category. When the transaction server receives a new transaction request, it first checks the required transaction data classification and checks whether the data classification is currently locked by other transaction requests. If there is another transaction request that the data classification change is being performed, the transaction request will be stored in the waiting queue of the data classification and the waiting message will be sent back to the transaction requester; if not, the transaction request is allowed to lock the data classification. And mark this transaction request has not been processed. The transaction server will periodically check each data classification every second time whether it has been locked by any transaction request. If there is a transaction request lock on a data classification and the transaction request has not been processed, the unique transaction number is returned to the transaction requester and the transaction request is marked as processed. If there is no transaction request lock in this data classification, the first order transaction request waiter is taken from the waiting queue of the data classification, and the transaction request is allowed to lock the data classification and return a unique transaction number to the transaction request. By.

The transaction request that is allowed to execute immediately will receive a unique transaction number, and use this transaction number to perform the transaction model operation or other data transaction of the aforementioned quotation management module. The transaction that is judged to wait will receive a wait message from which the operator can know which operator is currently requesting the change request.

The transaction lock state of the foregoing data classification can be released by one of the following two methods: First, after the transaction execution ends, the transaction requester transmits a message to cancel the transaction lock to the transaction server, and the transaction server receives the release transaction. After the message is locked, the corresponding transaction lock will be released; the other is that the transaction server will periodically transmit the change request response status to the lock data classification request. If the transaction requester does not respond to the request for three consecutive times, the transaction server It will judge that the transaction requester has been disconnected or is in an abnormal state, and forcibly cancels the transaction lock.

The specific example of the transaction lock request is shown in the following embodiment 8. The data in the embodiment 8 is for convenience of description, and is not limited to the state of the transaction server, the sequence of the transaction request, the classification of the transaction data, and the transaction. Number, change requester, etc.

Example 8

The transaction server status is as follows:

The transaction request is now received as follows:

The final server status is as follows:

A system database 16 is used to store the data of the system.

Please refer to FIG. 2 , which is a flow chart of the internal operation of the international telephone batch rate quotation management and routing arrangement system, which mainly includes six processes, and the scope includes: an adjustment quotation process, the operator releases a new quotation and receives the company The “input quotation” program provided by the quotation management module of the present invention is executed in the “quote input” program when new quotations from other operators, receipt of violations of quotation check warnings, and determination of quotation adjustments after execution of the business strategy review process are performed. After completion, the quotation management module will submit a transaction permission request to the transaction servo module; if the transaction servo module allows the transaction request, the consent message is returned to the quotation management module, and then the quotation management module executes " The quotation program is stored in the system database; if the quotation management module cannot obtain the transaction permission from the transaction servo module due to various unexpected circumstances, the quotation management module will return to "enter the quotation The program waits for the next quote input action.

An International Call Detail Recording (ICDR) data loading process, the international telephone detailed record traffic management module of the present invention must execute a "data loading" program daily to read the latest international telephone detailed record file, and after statistics The traffic data is stored in the system database.

A routing arrangement process, when the operator receives the violation of the route check warning or determines the need to perform route adjustment after executing the business policy review process, using the routing arrangement of the routing arrangement and the checking module of the present invention to perform routing arrangement When performing the "Routing Arrangement" procedure, it will refer to the existing routing scheme, quotation and ICDR traffic data in the system database; after the "Routing Arrangement" program is completed, the completed routing scheme will be stored in the system database.

A routing scheme and quotation checking process, the routing and checking module must execute the "routing and quoting check" procedure daily. This procedure refers to the routing scheme, quotation and ICDR traffic data in the system database to check whether there is any amount of traffic. If an abnormality or quotation loss or other violation of the audit principle occurs, if the violation of the quotation check principle event occurs, the operator implements the above-mentioned adjustment quotation process to respond; if a violation of the route check principle event occurs, the operator implements the above routing process to respond.

A statistical performance process, the operational performance statistics module of the present invention must execute the "performance statistics" program daily, refer to the routing scheme, quotation and ICDR traffic data in the system database, and calculate the profit and loss of various transit services. The results are stored in the system database.

A business strategy review process, the operator performs the "performance query" procedure of the operational performance statistics module, and determines whether to implement the above-mentioned adjustment quotation process or routing process according to the query result.

The international telephone wholesale rate quotation management and routing system provided by the present invention has the following advantages when compared with other conventional technologies: the present invention provides an easy-to-use flexible quotation management platform for the user, which can be performed in various ways. The quotation is filed and managed; the reference of the resurgence model and the transaction model allows the operator to replenish the quotation after the quotation and the whole batch of transactions, which meets the practical needs, improves the system availability and greatly reduces the manpower requirement.

The invention provides a route suggestion scheme and an elastic adjustment mode, and interfaces with the switch route automatic arrangement system, thereby automating the route arrangement process, improving the business resilience capability and reducing the manual setting error rate.

The invention integrates ICDR traffic analysis, provides a routing scheme checking mechanism and a profit and loss analysis. Operators do not have to wait until the monthly billing to know the performance of the past month, the performance of the immediate routing plan and the profit and loss statistics, greatly improving business mobility.

The invention also provides a multi-person scheduling change servo, which allows multiple people to synchronize operations and improve system use efficiency.

In addition, the present invention also provides for the locking of the transaction data, and the data is not inconsistent due to the simultaneous bidding of multiple people.

The detailed description of the present invention is intended to be illustrative of a preferred embodiment of the invention, and is not intended to limit the scope of the invention. The patent scope of this case.

In summary, the case is innovative in terms of technical ideas, and has more integration and flexibility than the custom design. It has fully complied with the statutory invention patent requirements of novelty and progress, and applied for it according to law. This invention patent application, in order to invent invention, to the sense of virtue.

1 ^~ 4‧‧‧Module Blocks

11‧‧‧Quotation Management Module

12‧‧‧Route Arrangement and Check Module

13‧‧‧International Telephone Detailed Recording Traffic Management Module

14‧‧‧Operating Performance Statistics Module

15‧‧‧Transaction servo module

16‧‧‧System Database

The following is a detailed description of a preferred embodiment of the present invention and its accompanying drawings, and the technical contents of the present invention and the functions of the present invention will be further understood. The drawings relating to the embodiment are: FIG. The structure diagram of the sales rate quotation management and routing system; and Figure 2 is the operational flow chart of the international telephone batch rate quotation management and routing process system.

1 ^~ 4‧‧‧Module Blocks

11‧‧‧Quotation Management Module

12‧‧‧Route Arrangement and Check Module

13‧‧‧ICDR Traffic Management Module

14‧‧‧Operating Performance Statistics Module

15‧‧‧Transaction servo module

16‧‧‧System Database

Claims (11)

An international telephone wholesale rate quotation management and routing arrangement system, which is a system for handling quotation management, exchange routing arrangement and checking, and operational performance statistics of exchanges between international telephone operators, including: a quotation management module, providing direct access Circuit share quotation, transfer service quotation, input, file creation, and query function of other industry transfer quotation information; a routing arrangement and check module, based on quotation, International Call Detail Record (ICDR) Traffic ratio, circuit sharing contract, circuit quality information providing routing scheme, adjustment and checking mechanism; an international telephone detailed recording traffic management module, providing international telephone detailed record traffic loading and integration analysis function; The operational performance statistics module provides various types of transfer profit and loss analysis functions; a different-transmission servo module that provides multi-person scheduling and transaction data locking functions; and a system database for storing data of the system. For example, the international telephone wholesale rate quotation management and routing system described in claim 1 of the patent scope, wherein the quotation management module can provide a single quotation input, the same received batch quotation input, and the same transfer operator batch Input methods such as quotation input, Excel file batch quotation, etc., and provide various query tools. For example, the international telephone wholesale rate quotation management and routing system described in claim 2, wherein the quotation management module supports the transaction model and the resurgence model filing mode. For example, the international telephone wholesale rate quotation management and routing system described in claim 3, wherein the transaction model is filed for each record creation operation, and the transaction response is allowed to cancel the construction of a certain time. Filework. For example, the international telephone wholesale rate quotation management and routing system described in claim 3, wherein the retrospective model filing mode allows the quotation to be corrected in the form of an after-the-fact quotation. For example, the international telephone wholesale rate quotation management and routing system described in claim 1 of the patent scope, wherein the routing arrangement and checking module can provide a routing scheme with reference to the quotation and the international telephone detailed recording traffic ratio, and allow flexible adjustment. It supports the automatic routing system of the switch and has the automatic auditing function of the routing scheme. For example, the international telephone wholesale rate quotation management and routing arrangement system described in claim 6 of the patent scope, wherein the automatic audit function of the routing scheme can automatically check the implementation results of all routing schemes and enumerate the warning notices of routing errors and excessive mismatching errors. operators. For example, the international telephone wholesale rate quotation management and routing system described in claim 1 of the patent scope, wherein the international telephone detailed record traffic management module can process the international telephone detailed record traffic information file provided by the accounting system, It is loaded into the system database and provides various traffic integration analysis functions. For example, the international telephone wholesale rate quotation management and routing system described in claim 8 of the patent scope, wherein the traffic integration analysis function can provide traffic analysis and total traffic volume according to the three terminals of sending, transferring, and receiving, respectively. , the average traffic volume fixed, mobile traffic classification information. For example, the international telephone wholesale rate quotation management and routing system described in claim 1 of the patent scope, wherein the operational performance statistics module can record various types of transfers based on various quotation information and international telephones. Profit and loss statistical analysis provides operators with business strategy development. For example, the international telephone wholesale rate quotation management and routing system described in claim 1 of the patent scope, wherein the transaction servo module can provide multi-person scheduling change and transaction data locking function.