CN101771466A - Synchronous digital hierarchy (SDH) circuit fault diagnosing method and device - Google Patents
Synchronous digital hierarchy (SDH) circuit fault diagnosing method and device Download PDFInfo
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- CN101771466A CN101771466A CN200810246646A CN200810246646A CN101771466A CN 101771466 A CN101771466 A CN 101771466A CN 200810246646 A CN200810246646 A CN 200810246646A CN 200810246646 A CN200810246646 A CN 200810246646A CN 101771466 A CN101771466 A CN 101771466A
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Abstract
The invention discloses a synchronous digital hierarchy (SDH) circuit fault diagnosing method comprising the following steps of: obtaining original alarms of the equipment of all companies in a communication network; screening circuit fault characteristic alarms from the original alarms; obtaining circuit information influenced by the circuit fault characteristic alarms and position information of the circuit fault characteristic alarms according to the circuit fault characteristic alarms; judging by determining judgment rules of circuit faults according to the position information of the circuit fault characteristic alarms; and when the circuit fault characteristic alarms and the circuit information influenced by the circuit fault characteristic alarms accord with the judgment rules of the circuit faults, determining that a circuit is out of order. The invention also discloses a circuit fault diagnosing device. The invention can fast and automatically diagnose the circuit faults by utilizing the conventional alarms and resource libraries, prevent the lag of circuit fault processing, enhance the service quality and efficiency of a telecommunication network and ensure the normal operation of the telecommunication network.
Description
Technical field
The present invention relates to the communications field, relate in particular to SDH fault determination methods and device.
Background technology
Transmission network is the chief component of modern communication networks, is the basic backbone network of telecommunications, cable television operators, is made up of transmission equipment and transmission line.The transmission system that SDH equipment is supported is as the main support system of telecommunication transport networks, can carry the telecommunication service of different rates connection time slot, as business such as 2M service, 155M, 622M, 2.5G, we will open telecommunication service on the SDH transmission system connection time slot is called the SDH circuit.Along with the development and the construction of communication network, transmission network is more and more huger.And for the maintenance of transmission network, then more and more concentrated, the function of transmission network management system also from strength to strength, can be with the resource information in the transmission network, topology information, warning information is intactly managed, these information all are the essential informations that transmission network management need be managed, but can not directly embody the ruuning situation of SDH circuit, in case the SDH circuit breaks down, loaded service also will be interrupted on the connection time slot, if fault can not in time be found and repair, then cause the fault of communication network operation, and influence other business in the communication network, so the ruuning situation of SDH circuit directly affects the running quality and the reliability of communication network.The SDH Circuit management is an important content of transmission network management.
Be to guarantee the running quality of communication network, judge that the SDH circuit is in service whether to break down, in the regular maintenance of operator, occupy great workload.Present stage, fault is safeguarded by dual mode: 1, accuse circuit user's Shen.The circuit user finds that circuit interrupts, and the transmission maintenance department of operator is accused in the Shen.Transmission maintenance department just finds circuit interruption like this.2, the transmission maintenance personnel of operator are according to the omnidistance route of circuit, and in conjunction with the alarm situation in the network, whether the manual analysis circuit interrupts.
More than in two kinds of diagnostic circuits fault method of interrupting, the 1st kind of method that belongs to passive maintenance, the hysteresis quality that causes fault to handle, this method makes that the attendant can not be in the timely handling failure of the very first time of fault generation, loaded service on the circuit is brought about great losses, and can influence other related services, even influence the health operation of the whole network.Development along with communication network technology, on the current SDH transmission network, realized transmission network management system that its operation support is managed, can manage in detail the miscellaneous service resource, the warning information of each equipment network element, alarm association information, omnidistance routing iinformation, the topological relation of each service circuit all are recorded in the resource database of transmission network management, and can dynamically update, the centralized management of these information is convenient to transmission network management the ruuning situation of the whole network is monitored in real time.Based on these information, just can help the attendant to use the 2nd kind of method, whether the manual analysis circuit breaks down.The attendant is according to the omnidistance route of circuit, search the alarm that produces on related network elements, dish (integrated circuit board), port, time slot, DDF frame, the ODF frame, and then according to these alarms, the routing condition of combined circuit, whether decision circuitry breaks down, but this method still wastes time and energy, and is prone to mistake.The attendant need be familiar with many technical information such as the circuit relationships, alarm in the transmission network, utilize these information and just can reach a conclusion by a large amount of analysis ratiocinations, this just has relatively high expectations to attendant's technical merit, under the very many situations of circuit quantity, be difficult to realize that the attendant analyzes according to warning information one by one to a large amount of emphasis circuit or all circuit and reach a conclusion, therefore bring great inconvenience to maintenance work, influence the timely discovery of circuit interruption fault equally, caused telecommunication network service quality to descend.
Summary of the invention
In view of this, the invention provides a kind of transmission network SDH fault determination methods and device, to solve the above-mentioned problem that can not carry out transmission circuit analysis and failure diagnosis fast and effectively.For addressing the above problem, the embodiment of the invention provides a kind of transmission network SDH fault determination methods, and described method comprises:
Obtain the original alarm of all producer's equipment in the communication network;
From described original alarm, filter out the alarm of fault feature;
According to the alarm of fault feature, obtain the positional information that relevant circuit information of described fault feature alarm and the alarm of described fault feature take place;
Alarm the judgment rule of the definite fault that will use of positional information that takes place and carry out fault judgement according to described fault feature, when fault feature alarm and fault feature are alarmed the circuit information that is influenced and met described fault judgment rule, determine that this circuit breaks down.
Preferably, also comprise:
After definite circuit breaks down, generate the indication information that comprises warning information that influences fault and the circuit information that breaks down, and present to the user.
Preferably, the positional information that takes place of the circuit information that influenced of the described fault feature of described acquisition alarm and the alarm of described fault feature is specially:
According to the alarm generation device port information that is comprised in the described fault feature alarm, obtain the positional information that this fault feature alarm takes place; The positional information that described fault feature alarm takes place specifically is meant tributary port, transmission time slot, transmission equipment;
By retrieving the related information of described fault feature alarm and circuit route, determine the circuit information that described fault feature alarm is influenced; The circuit information that described fault feature alarm is influenced specifically is meant the port of circuit name, circuit routing iinformation, circuit process, the transmission system protected mode of circuit process.
Preferably, when the positional information of described fault feature alarm generation was tributary port, the described positional information that takes place according to described fault feature alarm determined that the fault judgment rule is specially:
Directly determine this circuit generation fault according to described fault feature alarm.
Preferably, when the positional information of described fault feature alarm generation was transmission time slot, the described positional information that takes place according to described fault feature alarm determined that the fault judgment rule is specially:
Obtain described fault feature and alarm the protected mode of the transmission system that circuit passes through in the circuit information that is influenced;
Determine the primary route and the protection route of described circuit according to the protected mode of transmission system that described circuit passes through;
By the related information of alarm of search circuit fault signature and circuit route, obtain the primary route of described circuit and the fault feature alarm on the protection route;
When having the alarm of fault feature simultaneously on the primary route of described circuit and the protection route, can determine this circuit generation fault.
The embodiment of the invention also provides a kind of transmission network SDH fault judgment means, comprising:
The alarm data acquiring unit is used to obtain all original alarm information of each transmission equipment;
The alarm filtering unit is used for filtering out fault feature warning information from the original alarm information that the alarm data acquiring unit obtains;
The fault judging unit, be used for according to the fault feature alarm that obtains from the alarm filtering unit, obtain the positional information that circuit information that the alarm of described fault feature influenced and the alarm of described fault feature take place from resource database, determine corresponding fault judgment rule according to the positional information that described fault feature alarm takes place, when fault feature alarm and fault feature are alarmed the circuit information that is influenced and are met described fault judgment rule, determine that this circuit breaks down, send judged result;
The fault information memory cell is used for storage and accuses original alarm information, fault feature warning information, fault judged result.
Preferably, also comprise:
Failure indication information report unit is used for will comprising the indication information of warning information that influence fault and the circuit information that breaks down when receiving the judged result that described judging unit sends, and presents to the user.
Preferably, described fault judging unit comprises:
The circuit information acquiring unit, be used for alarming the alarm generation device port information that is comprised according to described fault feature, obtain the positional information that this fault feature alarm takes place from resource database, the positional information that described fault feature alarm takes place specifically is meant, tributary port, transmission time slot, transmission equipment, by related information from alarm of resource database search circuit fault signature and circuit route, obtain the circuit information that described fault feature alarm is influenced, the circuit information that described fault feature alarm is influenced specifically is meant circuit name, the circuit routing iinformation, the port of circuit process, the transmission system protected mode of circuit process;
Fault judgment rule storehouse is used for memory circuit fault judgement rule;
Judging unit, the positional information that the fault feature alarm that is used for obtaining according to described circuit information acquiring unit takes place, the fault judgment rule of being stored according to fault judgment rule storehouse, determine corresponding fault judgment rule, and carry out fault judgement according to described rule, judged result is sent;
Preferably, described judging unit further comprises:
Judgment rule one judging unit when the positional information of fault feature alarm generation is tributary port, is directly determined this circuit generation fault according to the alarm of fault feature.
Judgment rule two judging units; when the positional information of fault feature alarm generation is transmission time slot; alarm according to the fault feature that preserve in fault judgment rule storehouse; obtain the protected mode of the transmission system that circuit passes through in the circuit information of described circuit information acquiring unit; further determine the primary route and the protection route of described circuit according to the protected mode of transmission system that described circuit passes through; by related information from alarm of resource database search circuit fault signature and circuit route; obtain the primary route of described circuit and the fault feature alarm on the protection route; when having the alarm of fault feature simultaneously on the primary route of described circuit and the protection route, determine this circuit generation fault.
Useful technique effect of the present invention:
As can be known from the above technical solutions, with respect to prior art, the present invention comes out the fault feature alarm filtering relevant with fault, has concisely directly found starting with a little of Analysis of Circuit Malfunction, has saved great amount of manpower; By retrieval the whole network resource data library information, mainly comprise circuit routing iinformation, warning position information, and the relation between each information, automatically determine to take place the circuit information and the positional information of fault, and select suitable fault judgment rule, simplified the process step of manual analysis greatly; Further fault is judged, fault is judged broken away from manual analysis, make common attendant can obtain fault generation information rapidly and accurately, the timely handling failure of guiding attendant by the fault judgment rule.Utilize the present invention, set up the circuit alarm filtering treatment mechanism of intelligence, judge fault quickly and accurately, shorten the fault processing time; The fault of avoiding manual maintenance to produce is omitted; Do not need the big quantitative analysis of attendant's process, consult the whole network resource, reduce attendant's workload; Improved the exploitativeness that fault is judged, general attendant just can finish fault judgement.
Description of drawings
In order to be illustrated more clearly in the embodiment of the invention or technical scheme of the prior art, to do simple the introduction to the accompanying drawing of required use in embodiment or the description of the Prior Art below, apparently, accompanying drawing in describing below only is some embodiments of the present invention, for those of ordinary skills, under the prerequisite of not paying creative work, can also obtain other accompanying drawing according to these accompanying drawings.
Fig. 1 is a SDH fault determination methods flow chart;
Fig. 2 is the method flow diagram of the embodiment of the invention one;
Fig. 3 determines the flow chart of fault judgment rule for the explanation positional information that alarm takes place according to the fault feature;
Fig. 4 a is the schematic diagram of explanation multiplex section protection mode;
Fig. 4 b is the schematic diagram of explanation path protection mode;
Fig. 5 a is the circuit route schematic diagram of the embodiment of the invention two;
Fig. 5 b is the circuit of the embodiment of the invention two routing switch schematic diagram that breaks down;
Fig. 6 is the structural representation of SDH fault judgment means
Fig. 7 is the structural representation that SDH fault judgment means realizes sending the judged result function;
Fig. 8 is the structural representation of SDH fault judgment means embodiment;
Embodiment
The present invention proposes a kind of SDH circuit failure diagnosis method, and its main thought is as follows: the original alarm information that obtains all producer's equipment in the transmission network; From described original alarm information, filter out fault feature warning information; According to fault feature warning information, obtain the positional information of described fault feature alarm generation and alarm relevant circuit information with described fault feature; Determine the fault judgment rule according to the positional information that described fault feature alarm takes place; When fault feature alarm and fault feature are alarmed relevant circuit information and met described fault judgment rule, determine that this circuit breaks down.
In the current SDH transmission system, realized the detailed management of transmission network management to the miscellaneous service resource, the related information of the warning information of each network element, warning position and circuit route, the omnidistance routing iinformation of each service circuit, topological relation, the configuration information of transmission equipment all is recorded in the resource management database of transmission network management, and can dynamically update.Warning information comprises that device port information, alarm level, alarm type etc. take place in alarm.
In order to make those skilled in the art can understand the present invention program better, the present invention is made further detailed description below in conjunction with drawings and Examples.
See also Fig. 1, be the SDH fault determination methods flow chart that the present invention proposes, described method comprises the steps:
Step S101: the original alarm information that obtains all producer's equipment in the transmission network;
Be to guarantee the real-time of warning information, original alarm information is obtained from the professional network management system of transmission equipment producer, and the northbound interface of the professional webmaster by transmission equipment producer obtains.
Step S102: from described original alarm information, filter out the alarm of fault feature;
The alarm of fault feature is the alarm of breaking down and causing owing to circuit, these alarms are by the self-defined alarm name of equipment vendors, the warning information that provides according to each equipment vendors specialty webmaster, alarm name is wherein left in the tabulation of fault feature alarm name in advance, according to the fault feature alarm name of depositing in the tabulation of fault feature alarm name, from original alarm, filter out the alarm of fault feature.
As shown in table 1 is the fault feature alarm of the SDH of Huawei equipment.
Table 1
Step S103: according to the alarm of fault feature, circuit information and described fault feature that obtaining described fault feature alarm is influenced are alarmed the positional information that takes place;
Owing to contain warning position information in the fault feature warning information, so parser circuitry fault signature warning information can obtain warning position information.The circuit relevant with the alarm of fault feature can be a circuit, also can be many circuit, also may not have relevant circuit.Write down circuit resource information in the existing transmission network management, the positional information of alarming according to the fault feature can find relevant circuit.
Step S104: the positional information that alarm takes place according to described fault feature determines that the judgment rule of fault judges, when fault feature alarm and fault feature are alarmed the circuit information that is influenced and met described fault judgment rule, determine that this circuit breaks down.
Fault judgment rule basis maintenance experience summary in the industry draws.
Based on the said method flow process, provide embodiments of the invention one, as shown in Figure 2, how to obtain the positional information of relevant circuit information of fault feature alarm and described fault feature alarm generation in order to description of step 103; After definite circuit breaks down, judged result is presented to the user.
Step S201: the original alarm information of all producer's equipment in the obtaining communication network.
Step S202: from described original alarm information, filter out the alarm of fault feature.
Step S2031: resolve described fault feature warning information, obtain the positional information that this fault feature alarm takes place.
The warning information that is obtained all includes essential informations such as the place takes place alarm name, alarm level, alarm element name, dish (integrated circuit board) title, tributary port title, transmission time slot title, and the alarm of fault feature comprises these information too.
The positional information that described fault feature alarm takes place specifically is meant, the element name at alarm generation place, dish (integrated circuit board) title, tributary port title, transmission time slot title etc.
When getting access to the fault feature warning information of certain transmission equipment, represent that this circuitry can not normally move, if therefore because the circuitry fault warning has caused service disconnection, alarm also appears in the general circuit opposite end that also can be embodied in bearer service, causes that the alarm of service disconnection also can appear in the transmission time slot alarm so dish is bad.
Fault alarm and the corresponding example of its positional information of providing as shown in table 2.
Table 2
| Fault feature alarm name | Warning position information |
| T_ALOS (branch input signal is lost) | ??NE2/12-PQ1/1 |
| TU_AIS (indication of TU channel alarm) | ??NE4/11-SL16/1/155M3/2M5 |
By warning position information, know that the element name and the tributary port title at place take place in alarm, retrieving the topological relation of this network element device in the resource management database of transmission network management, obtain the positional information of this device port, is tributary port, transmission time slot or transmission equipment.
For example go up the T_ALOS alarm in the table 2, alarm occurrence positions information is NE2/12-PQ1/1, then illustrate on the 1st port of the dish of the PQ1 on the 12nd plate position of NE2 network element the T_ALOS alarm has taken place, follow the topological relation of the 1st port of the PQ1 dish on the 12nd plate position of retrieving the NE2 network element in resource database, the positional information that obtains this alarm is a tributary port.
The TU_AIS alarm, alarm occurrence positions information is NE4/11-SL16/1/155M3/2M5, and the positional information that the TU_AIS alarm obtains this alarm has taken place for transmission time slot 3 passages that 155M speed on the 1st port of the dish of the SL16 on the 11st plate position of NE4 network element then is described is transmission time slot.
Step S2032: search and the relevant circuit information of described fault feature alarm;
The relevant circuit information of described fault feature alarm specifically is meant; the port of circuit name, circuit routing iinformation, circuit process, the transmission system protected mode of circuit process etc.; in the resource database of transmission network management; positional information according to described fault feature alarm is searched relevant circuit name, just can obtain the circuit information of this circuit.
Generally speaking, the circuit information of resource data library management comprises, and is as shown in table 3:
Table 3
| Circuit name | ??XXX |
| The circuit routing iinformation | ... |
| The port of circuit process | ... |
| Circuit is through the protected mode of transmission system | ... |
| Circuit grade | ... |
| Circuit speed | ... |
| Circuit types | ... |
| Type of service | ... |
| Other | ... |
For example a speed is the 2M circuit, and from NE1 to NE4, middle through NE2, concrete circuit and routing iinformation are as shown in table 4 below:
Table 4
| Circuit name | ??NE1-NE4?2M1 |
| The circuit routing iinformation | NE1-NE2 route segment (155M1/2M1), NE2-NE4 route segment (155M1/2M1) |
| Circuit name | ??NE1-NE4?2M1 | |
| The port of circuit process | A holds port (NE1/12-PQ1/1), and Z holds port (NE4/13-PQ1/1) | |
| Circuit is through the protected mode of | Encircle | 1 protected mode (two fibre two-way multi-section guard ring) |
| Circuit grade | ??... | |
| Circuit speed | Circuit speed (2M) is encircled 1 speed (2.5G) | |
| Circuit types | Transmission circuit | |
| Type of service | ??... | |
| Equipment producer | Huawei | |
| Other | ??... |
When alarm takes place, can learn network element that this alarm takes place, transmission system, integrated circuit board, port, transmission time slot etc. from warning position information (with reference to table 2), network element, transmission system, integrated circuit board obtain according to port, the time slot of alarm generation.By these information search circuit routing iinformation (referring to table 3, table 4) in resource database, the circuit name that just can obtain process on the alarm generation equipment reaches for information about.
Because on the network element that alarm takes place, transmission system, integrated circuit board, port, may have many circuit route processes, therefore when on the alarm generation equipment during through too much bar circuit route, many circuit of this alarm and this all might be relevant, do not have the circuit route through out-of-date on alarm generation equipment, this alarm is just not relevant with any circuit.
Step S204: the positional information that alarm takes place according to described fault feature is determined the fault judgment rule that will use and is judged, when fault feature alarm and fault feature are alarmed the circuit information that is influenced and met described fault judgment rule, determine that this circuit breaks down.
Obtaining of judgment rule is to obtain different rules according to the position difference that alarm takes place.Alarm occurs on the port of circuit, need obtain the judgment rule on the circuit port in judgment rule.Alarm occurs on the time slot, need obtain the judgment rule of circuit time slot.
Step S205: generate the indication information that comprises warning information that influences fault and the circuit information that breaks down, and present to the user.
The information spinner that presents will comprise the circuit information that fault takes place, the warning information on this circuit etc., and the attendant just can in time find fault by these information, and carries out maintenance work fast, ensures the normal operation of transmission network.
Based on the said method flow process, as shown in Figure 3, how to alarm positional information and the definite fault judgment rule that is suitable for that takes place according to described fault feature in order to explanation, and the finally generation of definite fault.
Step S2041: the positional information that from step S2031, obtains the alarm of fault feature, when the positional information of fault feature alarm generation is tributary port, enter fault judgment rule one step S2042, when the positional information of fault feature alarm generation is transmission time slot, enter fault judgment rule two step S2043 to step S2046.
Step S2042: directly determine this circuit generation fault according to the alarm of fault feature, draw the fault result, finish.
Tributary port is the port of upstream and downstream business; it is the least significant end of institute's bearer service; loaded service on tributary port; not having the protection route protects it; the alarm of fault feature has taken place on the tributary port; must be the circuit of process break down, therefore can be directly according to the fault feature alarm judge circuit and break down.
For example produce alarms such as LOS, TP-AIS or LOF at tributary port, all can directly judge the circuit of process break down.
Step S2043: the protected mode that obtains the transmission system that circuit passes through in the relevant circuit information of fault feature alarm.
The transmission time slot of SDH circuit is one of granularity of built-up circuit route; in order to guarantee the normal operation of circuit; usually can take some safeguard measures to these transmission time slots; when the primary route of circuit breaks down; can moment with professional auto switching on the protection route of circuit; circuit also is in normal operating condition, so just can avoid the circuit catastrophic failure to cause professional the stagnation, for the fault on the repaired circuit primary route provides the time assurance.
The protected mode of transmission system that circuit passes through has two kinds, and one is the multiplex section protection mode, and two is the path protection mode.
Step S2044: primary route and the protection route of determining described circuit according to the protected mode of transmission system that circuit passes through.
Circuit in transmission system, according to the protected mode difference of transmission system, primary route and the alternate routing of in store circuit in this transmission system in the resource database of system.
According to the protected mode of the transmission system that circuit passes through in the circuit information, can determine that this circuit is multiplex section protection mode or path protection mode.Attribute by the retrieval transmission system obtains protected mode, and the protected mode of this transmission system is arranged in the attribute of transmission system.
For the multiplex section protection mode, be meant that when fault takes place the operating position according to multiplex section in the net calculates current available route, use as the protection route, be illustrated in figure 4 as the routing switch of two fibre two-way multi-section guard rings.
Network element A is placed on the S1 time slot of S1/P2 optical fiber to the working traffic of network element C among Fig. 4 a, and standby business is put in the P2 time slot, passes to network element C along optical fiber S1/P2 by network element B break-through, and network element C extracts main with, extra traffic respectively from S1, P2 time slot on the S1/P2 optical fiber.Network element C is put in the S2 time slot of S2/P1 optical fiber to the working traffic of network element A, and extra traffic is put in the P1 time slot of S2/P1 optical fiber, passes to network element A through network element B break-through, and network element A extracts corresponding business from S2/P1 optical fiber.
When optical cable segment is cut off between looped network B-C among Fig. 4 b, network element A passes to network element B to the working traffic of network element C along S1/P2 optical fiber, carry out loopback (fault end points place loopback) at network element B place, loopback is the business of S1 time slot on the S1/P2 optical fiber all to be encircled on the P1 time slot on the S2/P1 optical fiber go, and the extra traffic on this moment S2/P1 optical fiber P1 time slot is interrupted.Pass to network element C along S2/P1 optical fiber through network element A, network element D break-through then, carry out loop fuction (fault end points station) at network element C, soon the contained network element A of P1 time slot on the S2/P1 optical fiber is looped back to the S1 time slot of S1/P2 to the working traffic of network element C, network element C extracts the business of this time slot, finishes to receive the working traffic of network element A to network element C.Equally, network element C to network element A professional earlier by network element C with the working traffic S2 of network element C to network element A, be looped back on the P2 time slot of S1/P2 optical fiber the interruption of the extra traffic on the P2 time slot at this moment.Arrive network element B along S1/P2 optical fiber through network element D, network element A break-through then, carry out loop fuction at network element B place--the P2 time slot services ring of S1/P2 optical fiber is gone to the S2 time slot of S2/P1 optical fiber, pass to network element A through S2/P1 optical fiber.
For the path protection mode, the protection route segment is just reserved out when the design circuit route, and the protection route segment information in the circuit information in the therefore direct retrieve resources database just can obtain.
Step S2045:, obtain the primary route of described circuit and the fault feature alarm on the protection route by the related information of alarm of search circuit fault signature and circuit route.
Generation alarm equipment information in the alarm of fault feature and the relevant relation of port information in the circuit route, produce on the alarm equipment (just port, integrated circuit board, time slot, equipment etc.) to have passed through which circuit by retrieval, thereby obtain the circuit that alarm is influenced; By search circuit produced which alarm on the equipment of process, from these alarms, filter out the alarm of fault feature again, thereby determine the primary route of circuit and the fault feature alarm on the protection route.
Step S2046: when having the alarm of fault feature simultaneously on the primary route of described circuit and the protection route, determine that circuit breaks down, draw the fault result, finish.
When the circuit primary route generation fault of multiplex section protection mode, system can protect automatically and switch, switch the business on the protection route of circuit, and the moment alarm of going up the fault feature alarm on the telegraph circuit primary route and protecting routing switch to cause, when switching successfully, switch the moment alarm that causes and disappear, professional normally operation on the circuit protection route; When also fault taking place on the protection route of circuit, system can report the fault feature alarm on the circuit protection route, because this moment, the circuit primary route broke down, business can't normally be moved, and determines that fault has taken place circuit.
For example, the circuit of multiplex section protection mode, equipment time slot produce the TU-AIS alarm, direct decision circuitry fault, and system protects when switching automatically, and the corresponding TU-AIS of route that protects can produce instantaneous alarm, switches successfully, and this alarms disappearance; Be user mode for example again for the protection route; have only and when working time slot fault feature alarm (as AU-AIS) all occurs with the protection time slot, just be judged as fault; fault feature alarm (as AU-AIS) to folk prescription produces is not judged as fault.
When the circuit primary route of path protection mode with the protection route alarm of fault feature takes place simultaneously all, determine this circuit generation fault.
In order better to set forth the present invention, provide embodiment two in conjunction with actual conditions and be illustrated.
Article one, speed is the circuit of 2M, and the network of process is shown in Fig. 5 a, and the 2M circuit is from NE1 to NE4, and is middle through NE2.
The time slot of process is NE1/9-SL16/1/155M1/2M1, NE2/10-SL16/1/155M1/2M1, NE2/9-SL16/1/155M1/2M1, NE4/10-SL16/1/155M1/2M1
Obtain the warning information on the transmission network, as shown in table 5:
Table 5
| Alarm name | Warning position |
| ??T_ALOS | ??NE1/9-SL16/1 |
| ??TU_AIS | ??NE2/9-SL16/1/155M3/2M5 |
| ??MS16cAIS | ??NE31/2/L16.1/1 |
| Alarm name | Warning position |
| ??AU_AIS | ??NE3/10-SL16/1/155M4 |
Through with the comparison of fault feature alarm name tabulation, filter out alarm T_ALOS, TU_AIS, AU_AIS is the alarm of fault feature, and alarm MS16cAIS is not the alarm of fault feature, therefore it is not made judgement.
Search circuit NE1 is to the circuit information of NE4 in resource database, and is as shown in table 6:
Table 6
| Circuit name | The NE1-NE2 route segment | The NE2-NE4 | Encircle | 1 protected mode |
| ??NE1-NE4?2M1 | ??155M1/2M1 | ?155M1/2M1 | Two fibre two-way multi-section guard rings | |
| A holds port | Z holds port | | Encircle | 1 speed |
| ??NE1/9-SL16/1 | ??NE4/10-SL16/1 | ?2M | ??2.5G | |
| Equipment producer | Signal type | |||
| Huawei | ??SDH |
The positional information that obtains alarm T_ALOS, TU_AIS, AU_AIS is respectively NE1/9-SL16/1, NE2/9-SL16/1/155M3/2M5, NE3/10-SL16/1/155M4, A ports port information in the circuit information is NE1/9-SL16/1, the positional information that takes place with alarm T_ALOS is identical, so both have incidence relation, judges that the alarm circuit that T_ALOS influenced is NE1-NE3 2M1, and therefore alarm TU_AIS, AU_AIS do not make judgement all less than the circuit information of influence.
Because port NE1/9-SL16/1 is the A end port of circuit, by the retrieve resources database, obtaining port attribute information is tributary port.The implication of NE1/9-SL16/1 is: NE1 is an element name; 9-SL16 is network element 9 groove positions, and what insert on this groove position is the such device board of SL16; The 1st, first port of 9-SL16.
According to fault judgment rule one " take place on the tributary port that the alarm of fault feature circuit can directly be drawn break down ", determine that circuit NE1-NE4 2M1 breaks down.
Below provide embodiment three, the invention will be further elaborated.
Article one, speed is the circuit of 2M, and the network of process is shown in Fig. 5 a, and the 2M circuit is from NE1 to NE4, and is middle through NE2.
The warning information that obtains on the transmission network is as shown in table 7:
Table 7
| Alarm name | Warning position | Alarm name | Warning position |
| ??TU_AIS | ??NE1/9-SL16/1/155M1/2M1 | ??TU_AIS | ??NE2/10-SL16/1/155M1/2M1 |
| ??TU_AIS | ??NE1/9-SL16/1/155M1/2M2 | ??TU_AIS | ??NE2/10-SL16/1/155M1/2M2 |
| ??R_LOS | ??NE1/9-SL16/1 | ??R_LOS | ??NE2/10-SL16/1 |
| ??PS | ??NE1 | ??PS | ??NE2 |
Through with the comparison of fault feature alarm list, containing the TU_AIS that occurs in four diverse locations in the alarm list is the alarm of fault feature, is respectively
NE1/9-SL16/1/155M1/2M1
NE1/9-SL16/1/155M1/2M2
NE2/10-SL16/1/155M1/2M1
NE2/10-SL16/1/155M1/2M2
The retrieve resources database, owing to comprise NE1/9-SL16/1/155M1/2M1, NE2/10-SL16/1/155M1/2M1 in the circuit route segment information, can judge that therefore the fault feature alarm that occurs in these two positions influences the primary route of this circuit:
NE1/9-SL16/1/155M1/2M1-NE2/10-SL16/1/155M1/2M1 breaks down, and will not analyze accordingly for other alarms.
By the retrieve resources database, can obtain this circuit is the protected mode that adopts two fibre two-way multi-sections, therefore according to multiplex section protection route calculation method, obtains the protection route of circuit, as shown in table 8:
Table 8
| | Route segment | 1 | Route segment 2 | Route segment 3 | Route segment 4 | Route segment 5 | Route segment 6 |
| Primary route | ??NE1-NE2/155??M1/2M1 | ??NE2-NE4/155??M1/2M1 | |||||
| The protection route | ??NE1/9-SL16/1/??155M1/2M1-??NE1/10-SL16/1??/155M1/2M1 | ??NE1-NE3/155??M1/2M1 | ??NE3-NE4/1??55M1/2M1 | ??NE4-NE2/15??5M1/2M1 | ??NE2/9-SL16/??1/155M1/2M1??-??NE2/10-SL16??/1/155M1/2M??1 | ??NE2-NE4/??155M1/2??M1 |
After obtaining the circuit protection route, the route of this circuit changes, and 2 route segments by original become 6 route segments, at network element NE1 and NE2 loopback takes place.Shown in Fig. 5 b.
The alarm of fault feature does not all take place on 6 route segments of protection route, judges that the protection route does not break down, and therefore determines that according to the fault judgment rule circuit NE1-NE42M1 does not break down.
The present invention also discloses a kind of SDH circuit fault diagnosis device, be used to carry out above flow process, please refer to Fig. 6, be the structural representation of SDH circuit fault diagnosis device of the present invention.
This device comprises alarm data acquiring unit 101, alarm filtering unit 102, fault judging unit 103, fault information memory cell 104.
Described fault information memory cell 104 is used to store the original alarm information described in the said method, fault feature alarm name list information, fault judged result.
Original alarm information, the tabulation of fault alarm name, the acquisition process of fault judged result was described in detail in the said method part, repeated no more here.
The course of work of this device is as follows:
Described alarm data acquiring unit 101 obtains all original alarm information of each producer's network management system, is saved in the fault information memory cell 104.The method of obtaining can comprise two kinds: obtain from the record alert database of existing transmission network management system, or directly obtain from producer's dedicated network management system.
In SDH circuit fault diagnosis device shown in Figure 6, the original alarm that alarm filtering unit 102 can obtain alarm data acquiring unit 101 in several ways screens.For example: the alarm of fault feature is preserved according to producer's classification, directly each producer's original alarm is carried out the title comparison with the alarm of the fault feature in the fault feature alarm list, obtain The selection result; Perhaps the alarm that all is defined as certain rule is alarmed in alarm of fault feature and original producer, directly these alarms being compared to obtain The selection result.
In order the circuit fault diagnosis result to be sent and to present to the user, as Fig. 7, SDH circuit fault diagnosis device can further include:
Failure indication information report unit 105 is used for will comprising the indication information of warning information that influence fault and the circuit information that breaks down when receiving the judged result that described fault judging unit sends, and presents to the user.
Based on said apparatus, described fault judging unit 103 can comprise information acquisition unit 1031, fault judgment rule memory cell 1032 and judging unit 1033 as shown in Figure 8, are the example structure schematic diagram of SDH circuit fault diagnosis device of the present invention.
Information acquisition unit 1031; be used for alarming the alarm generation device port information that is comprised according to described fault feature; obtain the positional information that this fault feature alarm takes place; the positional information that described fault feature alarm takes place specifically is meant; tributary port; transmission time slot; transmission equipment; by the related information of search circuit fault signature alarm with the circuit route; obtain the circuit information that described fault feature alarm is influenced; the circuit information that described fault feature alarm is influenced specifically is meant circuit name; the circuit routing iinformation; the port of circuit process; the transmission system protected mode of circuit process.
Fault judgment rule storehouse 1032 is used for memory circuit fault judgement rule.Can store with database table.For example, the alarm of the circuit feature shown in the table one.
Need to prove, the fault judgment rule is to sum up according to fault maintenance experience in the industry to obtain, when new fault judgment rule occurring, new fault judgment rule can be stored in this device, carry out the judgement of fault in conjunction with the resource information of the whole network.
Judging unit 1033, the positional information that the fault feature alarm that is used for obtaining according to described alarm filtering unit 102 takes place determine that fault judgment rule memory cell 1032 will use the fault judgment rule, and judge according to described rule, judged result is sent.
Obtaining of fault judgment rule obtained different rules according to the position difference that alarm takes place.If alarm occurs on the port of circuit, then need in judgment rule, obtain the judgment rule on the circuit port; If alarm occurs on the time slot, then need be in judgment rule the judgment rule of sense circuit time slot.
Therefore, judging unit 1033 may further include:
Judgment rule one judging unit when the positional information of fault feature alarm generation is tributary port, is directly determined this circuit generation fault according to the alarm of fault feature.
Judgment rule two judging units; when the positional information of fault feature alarm generation is transmission time slot; alarm according to the fault feature that preserve in fault judgment rule storehouse; obtain the protected mode of the transmission system that circuit passes through in the circuit information of described circuit information acquiring unit; further determine the primary route and the protection route of described circuit according to the protected mode of transmission system that described circuit passes through; by related information from alarm of resource database search circuit fault signature and circuit route; obtain the primary route of described circuit and the fault feature alarm on the protection route; when having the alarm of fault feature simultaneously on the primary route of described circuit and the protection route, determine this circuit generation fault.
Above the disclosed embodiments explanation makes this area professional and technical personnel can realize or use the present invention.Concerning the multiple modification transfer pair those skilled in the art of these embodiment will be conspicuous, and defined herein principle can realize under the situation that does not break away from the spirit or scope of the present invention in other embodiments.Therefore, the present invention will can not be restricted to these embodiment as herein described, but will meet and principle disclosed herein and features of novelty the wideest corresponding to scope.
Claims (9)
1. transmission network SDH fault determination methods is characterized in that described method comprises:
Obtain the original alarm of all producer's equipment in the communication network;
From described original alarm, filter out the alarm of fault feature;
According to the alarm of fault feature, obtain the positional information that relevant circuit information of described fault feature alarm and the alarm of described fault feature take place;
Alarm the judgment rule of the definite fault that will use of positional information that takes place and carry out fault judgement according to described fault feature, when fault feature alarm and fault feature are alarmed the circuit information that is influenced and met described fault judgment rule, determine that this circuit breaks down.
2. the method for claim 1 is characterized in that, also comprises:
After definite circuit breaks down, generate the indication information that comprises warning information that influences fault and the circuit information that breaks down, and present to the user.
3. method as claimed in claim 1 or 2 is characterized in that, the positional information that circuit information that the described fault feature alarm of described acquisition is influenced and the alarm of described fault feature take place is specially:
According to the alarm generation device port information that is comprised in the described fault feature alarm, obtain the positional information that this fault feature alarm takes place; The positional information that described fault feature alarm takes place specifically is meant tributary port, transmission time slot, transmission equipment;
By retrieving the related information of described fault feature alarm and circuit route, determine the circuit information that described fault feature alarm is influenced; The circuit information that described fault feature alarm is influenced specifically is meant the port of circuit name, circuit routing iinformation, circuit process, the transmission system protected mode of circuit process.
4. method as claimed in claim 3 is characterized in that, when the positional information of described fault feature alarm generation was tributary port, the described positional information that takes place according to described fault feature alarm determined that the fault judgment rule is specially:
Directly determine this circuit generation fault according to described fault feature alarm.
5. method as claimed in claim 3 is characterized in that, when the positional information of described fault feature alarm generation was transmission time slot, the described positional information that takes place according to described fault feature alarm determined that the fault judgment rule is specially:
Obtain described fault feature and alarm the protected mode of the transmission system that circuit passes through in the circuit information that is influenced;
Determine the primary route and the protection route of described circuit according to the protected mode of transmission system that described circuit passes through;
By the related information of alarm of search circuit fault signature and circuit route, obtain the primary route of described circuit and the fault feature alarm on the protection route;
When having the alarm of fault feature simultaneously on the primary route of described circuit and the protection route, can determine this circuit generation fault.
6. a transmission network SDH fault judgment means is characterized in that, comprising:
The alarm data acquiring unit is used to obtain all original alarm information of each transmission equipment;
The alarm filtering unit is used for filtering out fault feature warning information from the original alarm information that the alarm data acquiring unit obtains;
The fault judging unit, be used for according to the fault feature alarm that obtains from the alarm filtering unit, obtain the positional information that circuit information that the alarm of described fault feature influenced and the alarm of described fault feature take place from resource database, determine corresponding fault judgment rule according to the positional information that described fault feature alarm takes place, when fault feature alarm and fault feature are alarmed the circuit information that is influenced and are met described fault judgment rule, determine that this circuit breaks down, send judged result;
The fault information memory cell is used for storage and accuses original alarm information, fault feature warning information, fault judged result.
7. device as claimed in claim 6 is characterized in that, also comprises:
Failure indication information report unit is used for will comprising the indication information of warning information that influence fault and the circuit information that breaks down when receiving the judged result that described judging unit sends, and presents to the user.
8. device as claimed in claim 7 is characterized in that, described fault judging unit comprises:
The circuit information acquiring unit, be used for alarming the alarm generation device port information that is comprised according to described fault feature, obtain the positional information that this fault feature alarm takes place from resource database, the positional information that described fault feature alarm takes place specifically is meant, tributary port, transmission time slot, transmission equipment, by related information from alarm of resource database search circuit fault signature and circuit route, obtain the circuit information that described fault feature alarm is influenced, the circuit information that described fault feature alarm is influenced specifically is meant circuit name, the circuit routing iinformation, the port of circuit process, the transmission system protected mode of circuit process;
Fault judgment rule storehouse is used for memory circuit fault judgement rule;
Judging unit, the positional information that the fault feature alarm that is used for obtaining according to described circuit information acquiring unit takes place, the fault judgment rule of being stored according to fault judgment rule storehouse, determine corresponding fault judgment rule, and carry out fault judgement according to described rule, judged result is sent.
9. device as claimed in claim 8 is characterized in that, described judging unit further comprises:
Judgment rule one judging unit when the positional information of fault feature alarm generation is tributary port, is directly determined this circuit generation fault according to the alarm of fault feature.
Judgment rule two judging units; when the positional information of fault feature alarm generation is transmission time slot; alarm according to the fault feature that preserve in fault judgment rule storehouse; obtain the protected mode of the transmission system that circuit passes through in the circuit information of described circuit information acquiring unit; further determine the primary route and the protection route of described circuit according to the protected mode of transmission system that described circuit passes through; by related information from alarm of resource database search circuit fault signature and circuit route; obtain the primary route of described circuit and the fault feature alarm on the protection route; when having the alarm of fault feature simultaneously on the primary route of described circuit and the protection route, determine this circuit generation fault.
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| CN101895338A (en) * | 2010-07-19 | 2010-11-24 | 中兴通讯股份有限公司 | Method, device and system for recovering service in multiplex section switching |
| CN101938379A (en) * | 2010-09-20 | 2011-01-05 | 烽火通信科技股份有限公司 | Script description-based transmission network circuit information generating method and system |
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| CN107483108B (en) * | 2017-09-25 | 2019-11-22 | 广东电网有限责任公司汕头供电局 | A kind of optical fiber warning analysis method based on SDH equipment, apparatus and system |
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