WO2007131407A1 - Procédé de réalisation d'opération d'entretien de circuit, dispositif de station d'entretien et dispositif d'entité d'entretien - Google Patents

Procédé de réalisation d'opération d'entretien de circuit, dispositif de station d'entretien et dispositif d'entité d'entretien Download PDF

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Publication number
WO2007131407A1
WO2007131407A1 PCT/CN2007/000770 CN2007000770W WO2007131407A1 WO 2007131407 A1 WO2007131407 A1 WO 2007131407A1 CN 2007000770 W CN2007000770 W CN 2007000770W WO 2007131407 A1 WO2007131407 A1 WO 2007131407A1
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WIPO (PCT)
Prior art keywords
maintenance
circuit
maintenance operation
office
type
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PCT/CN2007/000770
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English (en)
Chinese (zh)
Inventor
Wei Zhang
Jiecheng He
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Huawei Technologies Co., Ltd.
Priority date (The priority date is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the date listed.)
Filing date
Publication date
Application filed by Huawei Technologies Co., Ltd. filed Critical Huawei Technologies Co., Ltd.
Publication of WO2007131407A1 publication Critical patent/WO2007131407A1/fr

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    • H—ELECTRICITY
    • H04—ELECTRIC COMMUNICATION TECHNIQUE
    • H04L—TRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
    • H04L41/00—Arrangements for maintenance, administration or management of data switching networks, e.g. of packet switching networks

Definitions

  • the present invention relates to the field of network communication technologies, and in particular, to a method for implementing circuit maintenance operations, a maintenance station device, and a maintenance entity device. Background of the invention
  • the circuit maintenance operations of the ISUP/TUP Integrated Services Digital Network User Part/Telephone User Part mainly include: circuit guidance, circuit reset, query circuit status, occlusion and unblocking.
  • the maintenance station can be located in the local network device or in the remote network device.
  • the maintenance station can be a local maintenance station or a remote maintenance station.
  • the maintenance station is located at the remote network management center.
  • the maintenance station initiates a pilot request, specifies the relay type and circuit, and the ISUP/TUP host initiates the pilot inspection to send a CCR (Guide to Inspection Request) message to notify the office to conduct the inspection.
  • CCR Guide to Inspection Request
  • the pilot tone is sent. If the pilot is successful, the REL (release) message of the ISUP or the CLF (forward disconnection signal) message of the TUP is sent to notify the game, and the game cancels the loopback and sends it back.
  • the Maintenance Station resets one or more circuits by command.
  • the circuit reset direction is divided into the local end and the opposite end. After the circuit is reset, the calls on these circuits are forcibly cleared, and the circuit is placed in an unknown state, and then the idle state is set after the response of the game.
  • the maintenance station also provides a stop reset operation.
  • the maintenance station can query the status of the local or remote circuit through commands.
  • the maintenance circuit can display the status of the circuit it is querying. Circuit states include: idle, busy, available occlusion, unavailable occlusion, circuit pilot, unknown, fault, not installed, etc.
  • the occlusion maintenance command is a command initiated by the maintenance station for the circuit maintenance by the command.
  • the occlusion can make the peer switch circuit occupy the state and prevent the outgoing call from the peer exchange through the circuit.
  • the peer exchange receiving the occlusion signal must be able to receive a live call from the above circuit unless the peer switch has also issued an occlusion signal.
  • the maintenance station provides an unblocking command, which is used to cancel the occupancy state of the circuit caused by the original blocking signal or the maintenance-oriented relay blocking message in the peer exchange.
  • the maintenance station can also perform local blocking operations on a single relay or a partial relay in a PCM (Pulse Code Modulation) system through maintenance commands. If a trunk is in the local blocking state, the switch can accept the trunk connection of the trunk, but cannot perform the call connection from the trunk. The maintenance station also provides the release of the local blocking operation, so that the relay is returned from the local blocking state to the idle state.
  • PCM Peripheral Component Interconnect Express
  • the maintenance operation of the above maintenance station can only perform maintenance operations such as guiding, resetting, querying circuit status, blocking and unblocking for one circuit, or occluding and unblocking maintenance of a circuit within a relay range.
  • the same office direction or trunk group includes hundreds of circuits. If the current maintenance operation method is used, the inspection, reset, query circuit status, occlusion and unblocking maintenance operations are performed one by one, or according to a relay range. The occlusion and unblocking maintenance operations are performed to make the circuit maintenance operation in the start process too complicated, which affects the progress of the opening.
  • the embodiments of the present invention provide a method for implementing circuit maintenance operations, a maintenance station device, and a maintenance entity device, which improve the flexibility of circuit maintenance operations, improve the operation efficiency of circuit maintenance, and satisfy the circuit maintenance operation requirements during the deployment process.
  • the maintenance station determines the type of circuit maintenance operation required for the office/relay group that needs to perform circuit maintenance operations and the circuit in the office direction/relay group, and the maintenance station for the office/relay group that needs to perform circuit maintenance operations And the circuit maintenance operation type constructs a control command for performing the type of maintenance operation on the circuit of the office direction/relay group, and sends the control command to the maintenance entity;
  • the maintenance entity parses the control command it receives, obtains the type of office route/relay group and circuit maintenance operation that needs to perform circuit maintenance operations, and the maintenance entity refers to the type of circuit maintenance operation obtained by the analysis to the office route/relay group.
  • the circuit performs maintenance operations.
  • An embodiment of the present invention further provides a method for implementing a circuit maintenance operation, where the method includes:
  • the maintenance station determines the range of circuit maintenance operations that need to be performed and the types of circuit maintenance operations that the circuits within the range need to perform.
  • the maintenance station constructs the circuits within the range for the range of circuit maintenance operations that need to be performed and the type of circuit maintenance operation. a control command of the maintenance operation of the type, and issuing the control command to the maintenance entity;
  • the maintenance entity parses the control commands it receives, obtains the range of circuit maintenance operations required, and the type of circuit maintenance operations.
  • the maintenance entity performs sample extraction on the circuits in the range, and according to the type of circuit maintenance operations obtained by the analysis, The sampling extraction circuit within the range performs maintenance operations.
  • An embodiment of the present invention further provides a maintenance station device, where the maintenance station device is provided with a receiving module, a command structure module, and a sending module;
  • a receiving module configured to receive office routing group information that requires a circuit maintenance operation, and circuit maintenance operation type information that needs to be performed by the circuit in the office routing group;
  • a command construction module configured to perform, according to the office route/relay group information required for the circuit maintenance operation received by the receiving module, and the circuit maintenance operation type configuration, perform control of the type of maintenance operation on the circuit of the office routing group Command;
  • Sending module The control command for constructing the command structure module is sent to the maintenance entity.
  • the embodiment of the present invention further provides a maintenance entity device, where the maintenance entity device is provided with a parsing module and a maintenance module 1;
  • the parsing module is configured to parse the control command received by the maintenance entity, obtain office route/relay group information that needs to perform circuit maintenance operations, and type information of the circuit maintenance operation;
  • Maintenance module 1 The maintenance operation is performed on the circuit of the office/relay group according to the type information of the circuit maintenance operation obtained by the parsing module.
  • the embodiment of the present invention further provides a maintenance entity device, where the maintenance entity device is provided with a parsing module, a sampling extraction module, and a maintenance module 2;
  • the parsing module is configured to parse the control command received by the maintenance entity, obtain range information of the circuit maintenance operation, and type information of the circuit maintenance operation;
  • Sampling extraction module for sampling and extracting the circuit in the range according to the range information obtained by the parsing module;
  • the maintenance module 2 is configured to perform maintenance operations on the circuit extracted by the sampling extraction module according to the type information of the circuit maintenance operation obtained by the parsing module.
  • the embodiment of the present invention can perform the circuit maintenance operation according to the office route/relay group, so that the circuit maintenance operation can be conveniently and quickly implemented in some application scenarios, such as in the deployment process.
  • the maintenance operation of the circuit between the trunk groups effectively simplifies the circuit maintenance operation during the start-up process, and provides a new implementation method for the circuit maintenance operation, thereby avoiding the influence of the circuit maintenance operation on the start progress; /
  • the sampling circuit in the trunk group performs maintenance operations to avoid simultaneous scanning and other dimensions of all circuits in the office/trunk group.
  • the excessive pressure caused by the protection operation on the system thus improving the flexibility of circuit maintenance operation, improving the efficiency of circuit maintenance operation, and meeting the requirements for circuit maintenance operations during the start-up process.
  • FIG. 1 is a flow chart of a method for implementing a circuit maintenance operation according to an embodiment of the present invention
  • FIG. 2 is a flow chart showing an implementation method of a stop circuit maintenance operation according to an embodiment of the present invention. Mode for carrying out the invention
  • the maintenance station determines the office direction in which the circuit maintenance operation is required or the relay group that needs to perform the circuit maintenance operation.
  • the maintenance station Determining the type of maintenance operation that the office circuit needs to perform, and the maintenance station can determine the office direction information and the maintenance operation type information from the information received by the maintenance station.
  • the maintenance station constructs a control command according to the office route information and the maintenance operation type information, where the control command carries the office route information and the maintenance operation type information, and the control command indicates:
  • the maintenance circuit of the maintenance operation type performs the maintenance operation.
  • the maintenance station After the above control command is constructed, the maintenance station issues a control command of its configuration to the maintenance entity.
  • the maintenance entity parses the control command received by the maintenance entity, and obtains the office route information and the maintenance operation type information from the control command.
  • the maintenance entity performs corresponding maintenance operations on the corresponding office circuit according to the office route information obtained by the analysis and the maintenance operation type information. .
  • the maintenance station determines that it is necessary to perform circuit maintenance operations on the circuits in the trunk group, the maintenance station determines the type of maintenance operation that the circuit of the trunk group needs to perform, and the maintenance station can determine the above-mentioned relay group information from the information received by the maintenance station. And maintenance operation type information.
  • the maintenance station After obtaining the relay group information and the maintenance operation type information, the maintenance station constructs a control command according to the relay group information and the maintenance operation type information, where the control command carries the relay group information and the maintenance operation type information, and the control command indicates : performing maintenance operations of the maintenance operation type on the circuit of the relay group.
  • the maintenance station issues a control command of its configuration to the maintenance entity.
  • the maintenance entity parses the control command received by the maintenance entity, obtains the relay group information and the maintenance operation type information from the control command, and the maintenance entity performs the corresponding circuit of the corresponding relay group according to the relay group information and the maintenance operation type information obtained by the analysis. Maintenance operations.
  • the maintenance station in the embodiment of the present invention may be located in the local network device or in the remote network device, that is, the maintenance station may be a local maintenance station or a remote maintenance station, for example, the maintenance station is located at the remote network management center. .
  • FIG. 1 is a flow chart of a method for performing a maintenance operation on an office circuit according to an embodiment of the present invention.
  • the maintenance station determines the office direction in which the circuit maintenance operation is required, and generates a control command for performing the circuit maintenance operation according to the office direction.
  • the circuit maintenance operations here can be: guidance, circuit reset, query circuit State, occlusion, unblocking, etc.
  • the input parameters in the control command of the circuit maintenance operation may include office direction identification information, identification information of the circuit maintenance operation, such as identification information of the inspection.
  • the present invention may also add a relay type option to the input parameter of the control command of the circuit maintenance operation.
  • the value of the relay type option may indicate whether the control command is for ISUP or The TUP, or for ISUP and TUP, that is, the relay type option indicates that the control command is an ISUP-based control command, or a TUP-based control command, or an ISUP-based and TUP-based control command.
  • the maintenance station transmits the control commands of the circuit maintenance operation to the maintenance entity, such as the ISUP/TUP host.
  • the ISUP/TUP host parses the control command for performing the maintenance operation on the office circuit to obtain the type information of the office route information and the maintenance operation, and initiates the circuit maintenance according to the office according to the information obtained by the analysis. Operation, for example, when the office route identification information in the control command of the circuit maintenance operation is the B office, the circuit maintenance operation identifier is the guidance, and the value of the relay type option is ISUP, the ISUP/TUP host targets the local office and the B office. The circuit between them is guided.
  • the ISUP/TUP host can use the CCR message to conduct the inspection and processing on the circuit between the local office and the B office.
  • the ISUP/TUP host can use the CGB and CGU messages of the ISUP, and the MGB and MGU messages of the TUP to perform blocking and unblocking processing.
  • the ISUP/TUP host can use the ISUP and TUP GRS messages for reset processing; the above CGB, CGU, MGB, MGU, and GRS messages can all operate on one El/Tl.
  • the circuit status query of the local office can be implemented by establishing a human-machine dialogue between the maintenance station and the host.
  • the circuit status query of the opposite office can be implemented by the CQM message of the ISUP, TUP. There is no corresponding message in the agreement.
  • the number of circuits for simultaneous detection processing can also be limited, for example, the number of circuits that limit the simultaneous detection of each second cannot exceed a certain number, such as 100 circuits. If the circuit that needs to conduct the pilot processing between the local office and the B office exceeds the predetermined number of circuits, the pilot processing is performed in stages, for example, the circuit inspection of the predetermined number of circuits is performed every second.
  • sampling and demultiplexing methods can also be used for maintenance operations when performing maintenance operations other than the pilot inspection.
  • the maintenance station receives the result of the circuit maintenance operation from the ISUP/TUP host transmission, and the result is The maintenance operation report is output after the line is summarized.
  • the maintenance station may also start a timer when sending a control command for the circuit maintenance operation, so that in step 1-5, the maintenance station receives the ISUP/TUP host transmission before the timer expires.
  • the maintenance station summarizes the results of the circuit maintenance operation and outputs a maintenance operation report; if the maintenance station fails to receive the result of the circuit maintenance operation transmitted by the ISUP/TUP host when the timer expires , that the circuit maintenance operation fails, and the output circuit maintenance operation timeout report.
  • the method of stopping the circuit maintenance operation of the embodiment of the present invention is as shown in FIG.
  • the maintenance station determines the office direction in which the circuit maintenance operation needs to be stopped, and generates a control command according to the office stop circuit maintenance operation.
  • the circuit maintenance operations here can be: inspection, circuit reset, query circuit status, occlusion, early angle occlusion, etc.
  • the input parameters in the control command for stopping the circuit maintenance operation may include office direction identification information, identification information of circuit maintenance operations such as identification information of the inspection guide, and the like.
  • the present invention may also add a relay type option to the input parameter of the control command for stopping the circuit maintenance operation, and the value of the relay type option may indicate that the control command is for the ISUP, It is also for TUP, or for ISUP and TUP, that is, the relay type option indicates that the control command is an ISUP-based control command, or a TUP-based control command, or an ISUP-based and TUP-based control command.
  • the maintenance station transmits the above control command for stopping the circuit maintenance operation to the maintenance entity, such as to the ISUP/TUP host.
  • the ISUP/TUP host initiates the stop circuit maintenance operation according to the stop circuit maintenance operation received by the ISUP/TUP host, for example, the office route identification information in the control command for stopping the circuit maintenance operation is the B office,
  • the ISUP/TUP host stops the pilot processing for the circuit between the local office and the B office.
  • step 2-4 After the ISUP/TUP host pair completes the stop circuit maintenance operation, the result of stopping the maintenance operation is returned to the maintenance station as a result of the maintenance operation already performed, if the ISUP/TUP host receives the stop circuit maintenance.
  • the control command is operated, the maintenance operation of each circuit has been completed, and the ijISUP/TUP host needs to return the result of the maintenance operation of each circuit to the maintenance station.
  • the ISUP/TUP host also needs to return the information that the maintenance operation was stopped to the maintenance station.
  • the maintenance station receives the result of the stop circuit maintenance operation transmitted by the ISUP/TUP master, and summarizes the results to output a maintenance operation report.
  • the maintenance station may also start a timer when sending a control command to stop the circuit maintenance operation.
  • the maintenance station receives the ISUP/TUP host before the timer expires, Transmitted If the result of the circuit maintenance operation and the information for stopping the maintenance operation succeed, or only the information indicating that the maintenance operation is stopped successfully, the maintenance station summarizes the result of the circuit maintenance operation, outputs a maintenance operation report, and outputs information that the maintenance operation is stopped successfully, or Only the information that the maintenance operation is stopped is output; if the timer expires, the maintenance station still does not receive the result of the circuit maintenance operation transmitted by the ISUP/TUP host or the information that the maintenance operation is stopped successfully, or only the ISUP/TUP host is received. As a result of the circuit maintenance operation transmitted, it is considered that the stop circuit maintenance operation fails, the output stop circuit maintenance operation timeout report, and the result information of the received circuit maintenance operation can also be output.
  • the sampling can be used to conduct active guidance for the active guidance.
  • the number of circuits that limit the simultaneous detection of each second cannot exceed 100 circuits. If the number of sampling circuits between office route A and office route B exceeds 100, the excess circuit is followed. The time for the inspection process.
  • the maintenance station sends a control command to the ISUP/TUP host to guide the circuit between the A and the office B.
  • the relay type option in the control command is ISUP.
  • the timer is started, and the timer is set to 10 seconds.
  • the maintenance station waits for the inspection result returned by the ISUP/TUP host within the timer duration.
  • the ISUP/TUP host receives the on-the-spot guidance control command. Since the relay type option in the control command is ISUP, the ISUP host samples the circuit that can conduct the pilot inspection between the office and the office B. Using the CCR message, the sampled circuit is processed one by one. ISUP completes the pilot processing of all sampling circuits and returns the circuit inspection results to the maintenance station.
  • the circuit test results can be returned to the maintenance station in a variety of ways, such as the return of the test results of the circuit by block, the return of all the test results, the return of the multiple circuit test results, and so on.
  • the maintenance station When the maintenance station receives the results of the guidance of all the circuits that need to be inspected before the timer expires for 10 seconds, the maintenance station summarizes the results of the inspection and displays them. If the maintenance station fails to fully receive the test results of all circuits or receives the test results of any circuit when the timer is 10 seconds, the maintenance station fails to be displayed. The information of the test processing timeout can also be displayed by the maintenance station.
  • the maintenance station can also issue a control command to stop the inspection by the station guide to the ISUP as needed.
  • the maintenance station sends a control command to the ISUP to stop the button press, the other timer is started.
  • the timer is set to 10 seconds.
  • the maintenance station waits for the ISUP host to return the timer within the time limit of the timer. Check the results or stop the information of the successful inspection.
  • the ISUP/TUP host receives the pilot control command to stop the office route. Since the relay type option in the stop control command is ISUP, the ISUP host uses the REL message and the RLC message to stop the ongoing pilot process of the circuit. If the ISUP host performs the control command of the button inspection before receiving the guidance control command to stop the local direction, and has not returned the inspection result, it immediately returns the information of the currently completed inspection result to the maintenance station, even if At present, the inspection of any circuit has not been completed, and a message is returned to the maintenance station, so that the maintenance station can know that the ISUP host has successfully stopped the circuit inspection operation, and prevents the timer corresponding to the control command of the maintenance station from stopping the inspection by the station. .time out.
  • the ISUP After the ISUP host returns the information of the inspection result to the maintenance station, the ISUP stops the operation of the ongoing inspection of the circuit.
  • the ISUP host can stop the ongoing circuit inspection operation and maintenance process one by one, ISUP host pair The circuit that has not been inspected is no longer inspected, and the information returned to the maintenance station is stopped. If the ISUP host receives the control command to stop the button inspection operation before receiving the control command to stop the button inspection operation, and has completed the inspection processing of all the circuits, that is, the circuit that has no need for the inspection operation, ISUP The host also needs to send back information to the maintenance station to stop the success of the button press.
  • the maintenance station When the maintenance station receives a message that the circuit stops the pilot success before the timer corresponding to the control command for stopping the button inspection is timed out, the message indicating that the success of the station guide is successful is displayed. If the maintenance station still does not receive the information that stops the successful inspection of the station guide when the timer expires, it directly displays the information that stops the timeout of the pilot operation. If the maintenance station also receives the circuit guidance result information, the maintenance station also needs to display the information of the guidance result it receives.
  • the circuit can be guided and maintained according to the relay group, or the circuit is reset, or the circuit state is queried, that is, the maintenance station determines the relay group that needs to perform the circuit maintenance operation, and sends the relay group to the maintenance entity.
  • the circuit performs a control command for the maintenance operation, and the maintenance entity performs a maintenance operation on the circuit of the relay group according to the control command it receives.
  • there are also processes such as sampling processing, number of circuits for performing maintenance operations at the same time, timers, control commands for stopping maintenance operations by the relay group, and the like, and the specific process of performing the circuit maintenance operation by the office direction. Basically the same, will not be described in detail here.
  • the maintenance station in an embodiment of the present invention can also determine the range in which the circuit maintenance operation needs to be performed and the range The type of circuit maintenance operation that the circuit inside needs to perform, and the maintenance station constructs a control command for the type of maintenance operation on the circuit in the range for the range of circuit maintenance operations and the type of circuit maintenance operation, and goes to the maintenance entity Sending the control command; the maintenance entity parses the control command it receives, obtaining the range of circuit maintenance operations and the type of circuit maintenance operation, the maintenance entity sampling and extracting the circuit within the range, and maintaining the circuit according to the analysis
  • the type of operation performs maintenance operations on the sample extraction circuitry within the range.
  • the information carried in the specific control command, the implementation process of the sample extraction, the implementation process of stopping the circuit maintenance operation within the predetermined range, the maintenance operation result information returned by the maintenance entity, the information of successfully stopping the maintenance operation, etc., and the description of the above embodiment are basically The same, no longer described in detail.
  • the maintenance station device provided by the embodiment of the present invention is provided with a receiving module, a command construction module, and a sending module.
  • the receiving module is mainly configured to receive externally input office direction information that needs to perform circuit maintenance operations, relay group information that needs to perform circuit maintenance operations, circuit maintenance operation type information that needs to be performed by the office in the office, and in the trunk group
  • the receiving module can also receive the external input
  • the receiving module transmits the information it receives to the command construction module.
  • the receiving module After receiving the result information of the circuit maintenance operation transmitted by the maintenance entity, the receiving module summarizes the results of the circuit maintenance operation and outputs a maintenance operation report. After receiving the information that the maintenance entity has stopped the maintenance operation, the receiving module outputs the information that the maintenance operation is stopped successfully.
  • the command construction module is mainly configured to construct the circuit of the office direction according to the information of the circuit maintenance operation type information and the relay type option required for the circuit maintenance operation required by the receiving module.
  • the control command of the maintenance operation of the type such as the control command for constructing the inspection by the local authority, the control command may include the office direction identification information, the identification information of the circuit maintenance operation, such as the identification information of the inspection, the relay type option, etc.
  • the construction module transmits the control command to the sending module.
  • the command construction module constructs the circuit of the relay group according to information such as a relay group that needs to perform circuit maintenance operations, a circuit maintenance operation type information, and a relay type option that are transmitted by the receiving module.
  • a control command of the type of maintenance operation such as constructing a control command by the relay group pilot, and transmitting the control command to the transmitting module.
  • the command construction module creates a control command for stopping the maintenance operation of the circuit according to the office route information required by the receiving module to stop the circuit maintenance operation, the circuit maintenance operation type information that the circuit in the office is required to stop, and the relay type option. And the control command Transfer to the sending module.
  • the command construction module constructs a control command for stopping the circuit maintenance operation according to the relay group information transmitted by the receiving module, the relay group information that needs to stop the circuit maintenance operation, the circuit maintenance operation type information that the circuit in the relay group needs to stop, the relay type option, and the like. And transfer the control command to the sending module.
  • the processing procedure when the command construction module receives the information such as the predetermined range is basically the same as the above description, and will not be described in detail.
  • the sending module is mainly used to send the control command transmitted by the command constructing module to the maintenance entity, for example, sending the control command to the ISUP/TUP host.
  • the maintenance station device may also separately set a timer for the control command of the above circuit maintenance operation and the control command for stopping the circuit maintenance operation, and the sending module triggers a corresponding timer after transmitting the control command, and the triggered timer starts timing.
  • the receiving module receives the result information of the circuit maintenance operation transmitted by the maintenance entity device, such as the ISUP/TUP host, and the receiving module pairs The result is summarized and the maintenance operation report is output. After the timer expires, the receiving module still does not receive the result of the circuit maintenance operation transmitted by the ISUP/TUP host, and then the circuit maintenance operation is considered to be unsuccessful, and the receiving module output circuit maintenance operation timeout report.
  • the receiving module receives the result information of the circuit maintenance operation transmitted by the maintenance entity device, such as the ISUP/TUP host, and stops.
  • the maintenance operation succeeds in the information, and the receiving module summarizes the results of the circuit maintenance operation, outputs a maintenance operation report, and outputs information that the maintenance operation is stopped successfully.
  • the receiving module still does not receive the information that the maintenance operation is stopped successfully, then it is considered that the stop circuit maintenance operation fails, the receiving module outputs the stop circuit maintenance operation timeout report, and the receiving module can also output the received circuit maintenance operation. Result information.
  • the maintenance entity device provided by an embodiment of the present invention is provided with a parsing module and a maintenance module 1.
  • the parsing module After receiving the control command for performing the maintenance operation by the maintenance entity device, the parsing module parses the office route information, the type information of the circuit maintenance operation, and the relay type, which are required to perform the circuit maintenance operation, from the control command. Information such as options. After receiving the control command for performing the maintenance operation by the relay group transmitted by the maintenance entity device, the parsing module parses the relay group information, the type information of the circuit maintenance operation, and the middle of the circuit maintenance operation from the control command. Follow the type options and other information. After receiving the control command for stopping the circuit maintenance operation transmitted by the maintenance entity device, the parsing module parses the office direction/relay group information, the type information of the circuit maintenance operation, and the medium in which the circuit maintenance operation needs to be stopped from the control command. After the type options and other information. The parsing module outputs the parsed information to the maintenance module one.
  • the maintenance module receives the type information of the circuit maintenance operation output by the parsing module, and according to the information received by the The board performs maintenance operations on the circuit of the group, or stops the maintenance operation of the circuit of the branch group according to the information it receives. After the maintenance module successfully completes the maintenance operation of the circuit in the office route/relay group, the maintenance module returns the circuit maintenance operation result to the maintenance station device.
  • the maintenance module may perform sampling extraction from the circuit in the office route/relay group before performing maintenance operations on the circuit in the office route/relay group, and then perform maintenance operations on the sample extraction circuit.
  • the maintenance module can also perform maintenance operations on the circuit of the office route/relay group in accordance with the predetermined number of circuits for performing maintenance operations at the same time.
  • the maintenance module After the maintenance module successfully stops the maintenance operation of the circuit in the office direction/relay group, the maintenance module returns the information indicating that the maintenance operation is successful to the maintenance station device. If the maintenance module has received the maintenance operation before successfully stopping the circuit, the maintenance module has received The circuit maintenance operation result information, the maintenance module 1 also needs to return the circuit maintenance operation result information to the maintenance station device.
  • the specific process of the maintenance module to perform the circuit maintenance operation according to the office direction/relay group, the specific process of stopping the circuit maintenance operation, the specific process of sampling extraction, and the specific process of the fractional maintenance operation are as described in the above method implementation manner, where No longer described in detail.
  • a maintenance entity device provided by another embodiment of the present invention is provided with a parsing module, a sampling extracting module, and a maintenance module 2.
  • the parsing module has the description of the parsing module in the maintenance entity device. The difference is that the parsing module parsing includes not only the office/relay group information, but also the range information of the circuit maintenance operation. The scope here does not refer to a certain office range and a certain trunk group range.
  • the sampling extraction module samples and extracts the circuits in the range according to the range information obtained by the parsing module.
  • the specific process of sampling extraction is as described in the above method embodiment, and will not be described in detail herein.
  • the maintenance module 2 performs maintenance operations on the circuit extracted by the sampling extraction module according to the type information of the circuit maintenance operation obtained by the parsing module analysis.
  • the maintenance module 2 can also stop the maintenance operation of the circuit in the office/predetermined range, and the maintenance module 2 returns the circuit maintenance operation result to the maintenance station device after successfully completing the maintenance operation of the circuit, and the maintenance module 2 can also Performing maintenance operations on the office route/relay group/predetermined range of circuits according to the number of predetermined circuits for performing maintenance operations at the same time, after the maintenance module 2 successfully stops the maintenance operation of the circuit in the office route/relay group/predetermined range Returning the information about the successful maintenance operation to the maintenance station device. If the maintenance module 2 has received the circuit maintenance operation result information before successfully stopping the maintenance operation of the circuit, the maintenance module 2 needs to return the circuit maintenance operation result information to Maintenance station equipment.

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Abstract

La présente invention concerne un procédé de réalisation de fonctionnement d'entretien de circuit, un dispositif de station d'entretien et un dispositif d'entité d'entretien. La station d'entretien détermine le central ou le groupe de relais réalisé pour lequel l'opération d'entretien de circuit doit être effectuée et le type d'opération d'entretien de circuit à être effectuée pour le circuit dans le central ou le groupe de relais; la station d'entretien structure une commande de contrôle qui réalise ledit type d'opération d'entretien pour le circuit dans le central ou le groupe de relais en fonction de l'opération d'entretien du central ou du groupe de relais à être effectuée et du type d'opération d'entretien de circuit à être effectuée, et transmet la commande de contrôle à l'entité d'entretien; l'entité d'entretien analyse la commande de contrôle reçue, et obtient l'opération d'entretien de circuit du central ou du groupe de relais à être effectuée et le type d'opération d'entretien de circuit; l'entité d'entretien effectue une opération d'entretien pour le circuit dans le central ou le groupe de relais en fonction du type d'opération d'entretien de circuit obtenu par analyse. La présente invention peut améliorer la flexibilité de l'opération d'entretien de circuit, améliorer l'efficacité de l'opération d'entretien de circuit, et satisfaire le besoin d'opération d'entretien de circuit dans le procédé de central établi.
PCT/CN2007/000770 2006-05-16 2007-03-09 Procédé de réalisation d'opération d'entretien de circuit, dispositif de station d'entretien et dispositif d'entité d'entretien WO2007131407A1 (fr)

Applications Claiming Priority (2)

Application Number Priority Date Filing Date Title
CNB2006100813040A CN100479384C (zh) 2006-05-16 2006-05-16 一种电路维护操作的实现方法
CN200610081304.0 2006-05-16

Publications (1)

Publication Number Publication Date
WO2007131407A1 true WO2007131407A1 (fr) 2007-11-22

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PCT/CN2007/000770 WO2007131407A1 (fr) 2006-05-16 2007-03-09 Procédé de réalisation d'opération d'entretien de circuit, dispositif de station d'entretien et dispositif d'entité d'entretien

Country Status (2)

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CN (1) CN100479384C (fr)
WO (1) WO2007131407A1 (fr)

Citations (3)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN1531251A (zh) * 2003-03-10 2004-09-22 华为技术有限公司 一种维护交换机本端出局电路的方法
JP2005252563A (ja) * 2004-03-03 2005-09-15 Nippon Telegr & Teleph Corp <Ntt> 間欠動作型マルチホップ無線ネットワークの経路制御方法
CN1691608A (zh) * 2004-03-30 2005-11-02 株式会社理光 网络通信设备及其维护方法、程序、记录介质和维护系统

Patent Citations (3)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN1531251A (zh) * 2003-03-10 2004-09-22 华为技术有限公司 一种维护交换机本端出局电路的方法
JP2005252563A (ja) * 2004-03-03 2005-09-15 Nippon Telegr & Teleph Corp <Ntt> 間欠動作型マルチホップ無線ネットワークの経路制御方法
CN1691608A (zh) * 2004-03-30 2005-11-02 株式会社理光 网络通信设备及其维护方法、程序、记录介质和维护系统

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CN100479384C (zh) 2009-04-15
CN1983974A (zh) 2007-06-20

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