CN106712984A - Alarm processing method and device - Google Patents
Alarm processing method and device Download PDFInfo
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- CN106712984A CN106712984A CN201510454982.6A CN201510454982A CN106712984A CN 106712984 A CN106712984 A CN 106712984A CN 201510454982 A CN201510454982 A CN 201510454982A CN 106712984 A CN106712984 A CN 106712984A
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Abstract
The invention discloses an alarm processing method. The alarm processing method comprises the steps that alarm information is received, and alarm nodes are acquired based on the alarm information; the alarm nodes of a first preset time interval before the alarm time point of the alarm nodes and a second time interval after the alarm time point of the alarm nodes are acquired in all the communication links in which the alarm nodes are located; and the alarm coefficient of each communication link is calculated based on the alarm nodes so as to perform alarm processing on each communication link according to the alarm coefficient. The invention also discloses an alarm processing device. Alarm processing is performed according to the concrete alarm situation of each communication link with no requirement for performing alarm processing randomly or according to the preset priority so that the timeliness of alarm processing is high.
Description
Technical field
The present invention relates to Internet technical field, a kind of alert processing method and device are related specifically to.
Background technology
In existing communication link each node often in communication process by send detection data bag or from
Detection mode determines whether link is normal, when there is node to break down, is often sent to control centre
Warning information, control centre carries out troubleshooting after warning information is received；But the alarm broken down
Node is often connected with multilink, and control centre tends not to determine which link needs first to carry out event
Barrier treatment, carries out troubleshooting after which link, then can be according to default priority successively to each link
Memory troubleshooting, causing some to be badly in need of link to be processed can not be processed in time, troubleshooting promptness
It is poor.
The content of the invention
The embodiment of the present invention provides a kind of alert processing method and device, it is intended to solve troubleshooting promptness
Poor.
To achieve the above object, the embodiment of the present invention proposes a kind of alert processing method, the alarming processing
Method includes step：
Warning information is being received, alarming node is being obtained based on the warning information；
In each communication link where obtaining the alarming node, the alarm time point of the alarming node
First prefixed time interval and the afterwards alarming node of the second time interval before；
The alarm coefficient of each communication link is calculated based on the alarming node, with according to the alarm
Coefficient carries out alarming processing to communication link each described.
To achieve these goals, the embodiment of the present invention is it is further proposed that a kind of alarm treatment device, institute
Stating alarm treatment device includes：
Acquisition module, for receiving warning information, alarming node is obtained based on the warning information,
And in each communication link where obtaining the alarming node, the alarm time point of the alarming node
First prefixed time interval and the afterwards alarming node of the second time interval before；
Computing module, the alarm coefficient for calculating each communication link based on the alarming node,
Alarming processing is carried out to communication link each described with according to the alarm coefficient.
Alert processing method proposed by the present invention and device, are receiving warning information, based on the alarm
In acquisition of information alarming node, and each communication link where obtaining the alarming node, the alarm
First prefixed time interval and the alarm section of the second time interval afterwards before the alarm time point of node
Point, the alarm coefficient of each communication link is calculated based on the alarming node, with according to the alarm
Coefficient carries out alarming processing to communication link each described, realizes the specific announcement according to each communication link
Alert condition carries out alarming processing, and without carrying out alarming processing according to default priority or at random, accuses
The promptness of alert treatment is higher.
Brief description of the drawings
Fig. 1 is the hardware structure schematic diagram involved by embodiment of the present invention alarm treatment device；
Fig. 2 is the schematic flow sheet of the first embodiment of alert processing method of the present invention；
Fig. 3 is the schematic flow sheet that the present invention carries out alarming processing according to alarm coefficient to communication link；
Fig. 4 is the refinement schematic flow sheet of the alarm coefficient that communication link is calculated based on alarming node；
Fig. 5 is that the non-alarming node positioned at the end of communication link is rejected during alarm coefficient is calculated
The refinement schematic flow sheet of group；
The high-level schematic functional block diagram of the first embodiment of Fig. 6 alarm treatment devices of the present invention；
Fig. 7 is that present invention increase carries out the high-level schematic functional block diagram after alarming processing function to communication link；
Fig. 8 is the refinement high-level schematic functional block diagram of computing module in Fig. 6 and Fig. 7；
Fig. 9 is the refinement high-level schematic functional block diagram of computing unit in Fig. 8.
The realization of the object of the invention, functional characteristics and advantage will be done further referring to the drawings in conjunction with the embodiments
Explanation.
Specific embodiment
It should be appreciated that the specific embodiments described herein are merely illustrative of the present invention, limit is not used to
The fixed present invention.
The primary solutions of the embodiment of the present invention are：Warning information is being received, based on the alarm letter
Breath obtains alarming node；In each communication link where obtaining the alarming node, the alarming node
Alarm time point before the first prefixed time interval and the alarming node of the second time interval afterwards；Base
The alarm coefficient of each communication link is calculated in the alarming node, with according to the alarm coefficient pair
Each described communication link carries out alarming processing.By each communication link pair according to where alarming node
The alarm coefficient answered carries out alarming processing, is prevented effectively from alarming processing not in time.
Because existing alarming node is after alarm, it is impossible to determine each communication chain at the place of alarming node
The sequencing of road alarming processing, so as to cause alarming processing not prompt enough.
The alarm treatment device of embodiment of the present invention framework one, the instrument according to where alarming node each lead to
The corresponding alarm coefficient of letter link carries out alarming processing, so that alarming processing is not in time.
Wherein, the present embodiment alarm treatment device can be carried on terminal.Involved by the alarm treatment device
Hardware structure can be as shown in Figure 1.
Fig. 1 shows the hardware structure involved by embodiment of the present invention alarm treatment device.As shown in figure 1,
Hardware involved by the alarm treatment device includes：Processor 1001, such as CPU, network interface 1004,
User interface 1003, memory 1005, communication bus 1002.Wherein, communication bus 1002 is used to realize
Connection communication in the terminal between each building block.User interface 1003 can include display screen
(Display), the component such as keyboard (Keyboard), mouse, the information for receiving user input, and
The information of reception is sent to processor 1005 and is processed.Display screen can be LCD display, LED
Display screen, or touch-screen is used for display alarm processing unit needs the data of display, for example, show
Alarm prompt.Optional user interface 1003 can also include wireline interface, the wave point of standard.
Network interface 1004 can optionally include wireline interface, the wave point (such as WI-FI interfaces) of standard.
Memory 1005 can be the memory (non-volatile of high-speed RAM memory, or stabilization
Memory), such as magnetic disk storage.Memory 1005 optionally can also be independently of aforementioned processor
1001 storage device.As shown in figure 1, as can be with a kind of memory 1005 of computer-readable storage medium
Including operating system, network communication module, Subscriber Interface Module SIM and alarming processing program
In the hardware involved by the alarm treatment device shown in Fig. 1, network interface 1004 is mainly used in connecting
Application platform is connect, row data communication is entered with application platform；User interface 1003 is mainly used in connecting client,
Enter row data communication with client, receive information and the instruction of client input；And processor 1001 can be with
For calling the alarming processing program stored in memory 1005, and perform following operation：
Warning information is being received, alarming node is being obtained based on the warning information；
In each communication link where obtaining the alarming node, the alarm time point of the alarming node
First prefixed time interval and the afterwards alarming node of the second time interval before；
The alarm coefficient of each communication link is calculated based on the alarming node, with according to the alarm
Coefficient carries out alarming processing to communication link each described.
Further, in one embodiment, processor 1001 calls the announcement stored in memory 1005
Alert processing routine can perform following operation：
Alarm coefficient based on communication link each described is ranked up to communication link each described, with life
Into the processing priority of communication link each described, wherein the alarm more big processing priority of coefficient
It is higher；
Alarming processing is carried out to communication link each described according to the processing priority successively.
Further, in one embodiment, processor 1001 calls the announcement stored in memory 1005
Alert processing routine can perform following operation：
The continuous alarming node group of each continuous alarming node composition of communication link is obtained successively, and
Alarming node described in the most described continuous alarming node group of alarming node in each described communication link
Quantity；
Continuous non-alarming node group after each described alarming node is obtained in each described communication link successively
Into non-alarming node group；
In the non-alarming node group in getting each described communication link, according to not alerting for getting
The most described continuous announcement of alarming node in the quantity of non-alarming node and the communication link in node group
The quantity of alarming node calculates the alarm coefficient of the communication link described in alert node group.
Further, in one embodiment, processor 1001 calls the announcement stored in memory 1005
Alert processing routine can perform following operation：
In the non-alarming node group in getting each described communication link, do not accuse described in get
The alarming node group positioned at the communication link end is rejected in alert node group, it is described not alert to update
Point group；
Accused in the quantity and the communication link of non-alarming node in non-alarming node group after according to renewal
The quantity of alarming node calculates the communication link described in the most described continuous alarming node group of alert node
Alarm coefficient.
Further, in one embodiment, processor 1001 calls the announcement stored in memory 1005
Alert processing routine can perform following operation：
When all nodes for having communication link are alerted, or again with the presence of the continuous announcement in communication link end
During alert node, preset multiple is multiplied by the alarm coefficient.
Further, in one embodiment, processor 1001 calls the announcement stored in memory 1005
Alert processing routine can perform following operation：
When the alarming node for having communication link is single, the alarming node is obtained in the communication link
In sequence number；
The alarm coefficient of the communication link is calculated according to the sequence number；
When the alarming node for having communication link is for multiple, the continuous alarming node group of communication link is obtained
Into continuous alarming node group, and in the communication link alarming node it is most it is described continuous alarm section
The quantity of alarming node described in point group；
Obtain in the communication link not accusing for continuous non-alarming node composition after each described alarming node
Alert node group；
Accused in quantity and the communication link according to non-alarming node in the non-alarming node group for getting
The quantity of alarming node calculates the communication link described in the most described continuous alarming node group of alert node
Alarm coefficient.
The present embodiment is receiving warning information according to such scheme, is obtained based on the warning information and accused
In alert node, and each communication link where obtaining the alarming node, the alarm of the alarming node
First prefixed time interval and the alarming node of the second time interval afterwards before time point, based on described
Alarming node calculates the alarm coefficient of each communication link, with according to it is described alarm coefficient to each institute
Stating communication link carries out alarming processing, realizes and is accused according to the specific alarm situation of each communication link
Alert treatment, and without carrying out alarming processing according to default priority or at random, alarming processing it is timely
Property is higher.
Based on above-mentioned hardware structure, alert processing method embodiment of the present invention is proposed.
As shown in Fig. 2 a kind of first embodiment of alert processing method of the invention is proposed, at the alarm
Reason method includes：
Step S10, is receiving warning information, and alarming node is obtained based on the warning information；
In the present embodiment, the running status of its internal components of the detectable device of each node, in the fortune of node
During row abnormal state, sent a warning message to control centre's such as controller, comprising the announcement in the warning information
The information of alert node, the information of the alarming node may include the information such as numbering and/or the address of alarming node.
Also decision node whether can break down by other means, such as loosen detection mutually between each node
Message, determines whether adjacent node is normal by detection messages；Or control centre sends to each node
Whether detection messages are normal to determine each node.Node failure is detected and the mode of alarm is not limited to
It is more than for example, other manner will not be repeated here.
Step S20, in each communication link where obtaining the alarming node, the announcement of the alarming node
First prefixed time interval and the alarming node of the second time interval afterwards before alert time point；
Communication link where obtaining alarming node can be obtained by the topology information for prestoring, such as right
In tree-like network topology structure, can be based on can node neighbor information or topologies figure obtain.
First prefixed time interval and the second prefixed time interval may be the same or different, and preferred scheme is
One prefixed time interval is more than second time interval, and the alarming node in each communication link can be entered
Line flag, in order to subsequently be calculated, can be carried out by way of the default mark of addition to alarming node
Mark.
Step S30, the alarm coefficient of each communication link is calculated based on the alarming node, with basis
The alarm coefficient carries out alarming processing to communication link each described.
In the present embodiment, according to alarm coefficient to the detailed process reference picture 3 of communication link, i.e., described step
Include step after rapid S30：
Step S40, the alarm coefficient based on communication link each described is arranged communication link each described
Sequence, to generate the processing priority of each communication link, wherein the more big place of the alarm coefficient
Reason priority is higher；
Step S50, alarming processing is carried out according to the processing priority to communication link each described successively.
Each communication link where alarming node is ranked up by alerting coefficient, and is tied according to sequence
Fruit carries out alarming processing to each communication link successively, you can the more communication link of first handling failure, then
The less communication link of handling failure, improves the promptness of alarming processing.
It is understood that different communication links can be directed to when alarming processing is carried out sets different announcements
Alert treatment strategy, for example, preset the mapping relations between alarm coefficient and alarming processing strategy, according to each
The corresponding alarming processing strategy of alarm coefficient of individual communication link, alarming processing is carried out to each communication link.
Further, the exportable prompt message of communication link for alarm coefficient more than predetermined threshold value, to point out
The failure of the user communication link is more complicated, user may be based on the prompt message carry out manual handle or
Manual confirmation is carried out after control centre carries out alarming processing to the communication link.
The alert processing method that the present embodiment is proposed, is receiving warning information, based on the warning information
Obtain alarming node, and in each communication link where obtaining the alarming node, the alarming node
Alarm time point before the first prefixed time interval and the alarming node of the second time interval, base afterwards
The alarm coefficient of each communication link is calculated in the alarming node, with according to the alarm coefficient pair
Each described communication link carries out alarming processing, realizes the specific alarm situation according to each communication link
Carry out alarming processing, and without carrying out alarming processing according to default priority or at random, alarming processing
Promptness it is higher.
Further, the first embodiment based on above-mentioned alert processing method, proposes that of the invention second is real
Apply example.As shown in figure 4, the step S30 includes：
Step S31, obtains the continuous alarming node of each continuous alarming node composition of communication link successively
Accused described in the most described continuous alarming node group of alarming node in group, and each described communication link
The quantity of alert node；
Step S32, obtains in each described communication link and is not accused continuously after each described alarming node successively
The non-alarming node group of alert node composition；
Step S33, in the non-alarming node group in getting each described communication link, according to getting
Non- alarming node group in non-alarming node quantity and the communication link in the most institute of alarming node
The quantity for stating alarming node described in continuous alarming node group calculates the alarm coefficient of the communication link.
In the present embodiment, there is no sequencing between step S31 and step S32.Calculate alarm system
Several formula is preferably K=H × (1+1/N1+ ...+1+Nn), wherein H is alarm in the communication link
The quantity of alarming node described in the most described continuous alarming node group of node；N is non-alarming node group
In non-alarming node quantity, n be communication link in non-alarming node group numbering.It is understood that
For ease of comparing predetermined coefficient, i.e. K=H × (1+1/N can be multiplied by alarm coefficient1+……+1+Nn)×
M, M are predetermined coefficient.
Illustrated below by way of citing, 1 represents alarming node, and 0 represents non-alarming node, predetermined coefficient
M is 100：
1) for communication link 1-1-0-0-1-1-1-0-0-0-1, exist two non-alarming node group 0-0 and
0-0-0, the quantity of non-alarming node is 2 in the first non-alarming node group, in the second non-alarming node group not
The quantity of alarming node not 3, alarming node group includes 1-1,1-1-1 and 1, the most announcement of alarming node
The quantity of alarming node is 3 in alert node group, then the alarm coefficient of the communication link be K=3 ×
(1+1/2+1+1/3+1) × 100=1150；
2) for communication link 0-0-1-1-0-0-1-1-1-0-0-0-1, due to not accusing for obtaining in this programme
Alert node group is the node composition of not continuous alarm after alarming node, in the communication link head
Even a continuous node of not alarming is not belonging to the node group of not alarming described in the present embodiment, therefore the communication link
Alert coefficient result of calculation with 1) in communication link alert coefficient result of calculation it is identical, i.e. the communication
There are two non-alarming node group 0-0 and 0-0-0 in link, section is not alerted in the first non-alarming node group
The quantity of point is 2, the quantity of non-alarming node not 3 in the second non-alarming node group, and alarming node group includes
1-1,1-1-1 and 1, the quantity of alarming node is 3 in the most alarming node group of alarming node, then should
The alarm coefficient of communication link is K=3 × (1+1/2+1+1/3+1) × 100=1150；
Based on above description, for communication link 1-0-0-0-1, alarm coefficient be K=1 × (1+1/3+1) ×
100=233；For communication link 1-1-0-0-1, alarm coefficient is K=2 × (1+1/2+1) × 100=250.
Further, when not occurring continuously alerting due to the communication node of communication link end, to communication chain
The overall failure influence on road is little, then reference picture 5, and the step S33 includes step：
Step S331, in the non-alarming node group in getting each described communication link, is getting
Described non-alarming node group in reject positioned at the communication link end alarming node group, to update
State not alert a group；
Step S332, according to renewal after non-alarming node group in the quantity of non-alarming node and described logical
The quantity of alarming node calculates institute described in the most described continuous alarming node group of alarming node in letter link
State the alarm coefficient of communication link.
For example, communication link is 1-0-0-1-1-0-0, there are two non-alarming node groups in the communication link
0-0 and 0-0, it is necessary to reject the non-alarming node group of communication link end, then non-alarming node group muscle position
0-0, the quantity of non-alarming node is 2 in non-alarming node group, and alarming node group includes 1 and 1-1, is accused
The quantity of alarming node is 2 in the most alarming node group of alert node, then the alarm coefficient of the communication link is
K=2 × (1+1/2+1) × 100=500.
Further, when all nodes are alerted in a communication link, the possible communication link may be badly in need of
Carry out troubleshooting, but number of nodes that may be in the communication link less causes the alarm coefficient may be low
In the communication link that other are not alerted all, then alarm coefficient corresponding to the communication link is needed to be multiplied by pre-
If multiple；In person's father node for alarming node there may be the situation that alarm also occurs in child node, and son is saved
Point occurs seldom causing father node failure during alarm, then in communication link end, continuous multiple node is failure
During node, the possible node breaks down, then need to be multiplied by the alarm coefficient of the communication link default
Multiple, i.e., after described step S33, the step S30 also includes step：
When all nodes for having communication link are alerted, or again with the presence of the continuous announcement in communication link end
During alert node, preset multiple is multiplied by the alarm coefficient.
When preset multiple is 10, for communication link 0-0-0-1-1, K=(2 × 1 × 100) × 10=2000；
For communication link 1-1-1-1-1, K=(5 × 1 × 100) × 10=5000.
Further, to improve the accuracy that alarm coefficient is calculated, the present invention is proposed based on first embodiment
3rd embodiment, in the present embodiment the step S30 include：
When the alarming node for having communication link is single, the alarming node is obtained in the communication link
In sequence number；
The alarm coefficient of the communication link is calculated according to the sequence number；
When the alarming node for having communication link is for multiple, the continuous alarming node group of communication link is obtained
Into continuous alarming node group, and in the communication link alarming node it is most it is described continuous alarm section
The quantity of alarming node described in point group；
Obtain in the communication link not accusing for continuous non-alarming node composition after each described alarming node
Alert node group；
Accused in quantity and the communication link according to non-alarming node in the non-alarming node group for getting
The quantity of alarming node calculates the communication link described in the most described continuous alarming node group of alert node
Alarm coefficient.
Computing formula for the alarm coefficient of the communication link of single alarming node is as follows：K=(1+H/N),
Wherein H is alarming node sequence number in a communication link, and M is the sum of alarming node in communication link.
It is understood that predetermined coefficient can be multiplied by alarm coefficient for ease of comparing, i.e. K=K=(1+H/N) ×
M, M are predetermined coefficient.Illustrated below by way of example, for example, for communication link 1-0-0-0,
K=(1+1/4) × 100=125, for communication link 0-1-0-0, K=(1+2/4) × 100=150.Due to logical
Generally by 0, then H is usually the sequence number of node and plus 1. the sequence number of each node in letter link
Alarm coefficient calculating process for the communication link of multiple alarming nodes is implemented with reference to above-mentioned second
Example, will not be repeated here.
Accordingly, the preferred embodiment of alarm treatment device of the present invention is proposed.With reference to Fig. 6, at the alarm
Reason device includes acquisition module 10, computing module 20, wherein：
The acquisition module 10, for receiving warning information, is obtained based on the warning information and alerted
In each communication link where node, and the acquisition alarming node, the alarm of the alarming node
First prefixed time interval and the alarming node of the second time interval afterwards before time point；
In the present embodiment, the running status of its internal components of the detectable device of each node, in the fortune of node
During row abnormal state, sent a warning message to control centre's such as controller, comprising the announcement in the warning information
The information of alert node, the information of the alarming node may include the information such as numbering and/or the address of alarming node.
Also decision node whether can break down by other means, such as loosen detection mutually between each node
Message, determines whether adjacent node is normal by detection messages；Or control centre sends to each node
Whether detection messages are normal to determine each node.Node failure is detected and the mode of alarm is not limited to
It is more than for example, other manner will not be repeated here.
Communication link where acquisition module 10 obtains alarming node can be obtained by the topology information for prestoring
Arrive, such as tree-like network topology structure, can be based on can node neighbor information or topology
Result figure is obtained.First prefixed time interval and the second prefixed time interval may be the same or different,
Preferred scheme is that the first prefixed time interval is more than second time interval, can be in each communication link
Alarming node be marked, in order to subsequently be calculated, can be by way of the default mark of addition pair
Alarming node is marked.
The computing module 20, the alarm for calculating each communication link based on the alarming node
Coefficient, alarming processing is carried out with according to the alarm coefficient to communication link each described.
In the present embodiment, according to alarm coefficient to the detailed process reference picture 7 of communication link, i.e., described announcement
Alert processing unit also includes：
Order module 30, for the alarm coefficient based on communication link each described to communication chain each described
Road is ranked up, to generate the processing priority of each communication link, wherein the alarm coefficient is got over
The big processing priority is higher；
Processing module 40, for being accused to communication link each described successively according to the processing priority
Alert treatment.
Order module 30 is ranked up by alerting coefficient to each communication link where alarming node, place
Reason module 40 carries out alarming processing to each communication link successively according to ranking results, you can first handling failure
More communication link, the less communication link of reprocessing failure, improves the promptness of alarming processing.
It is understood that different communication links can be directed to when alarming processing is carried out sets different announcements
Alert treatment strategy, for example, preset the mapping relations between alarm coefficient and alarming processing strategy, processes mould
Block 40 enters according to the corresponding alarming processing strategy of alarm coefficient of each communication link to each communication link
Row alarming processing.Further, the exportable prompting of communication link for alarm coefficient more than predetermined threshold value
Information, to point out the failure of the user communication link more complicated, user may be based on the prompt message to be carried out
Manual handle carries out manual confirmation after control centre carries out alarming processing to the communication link.
The alarm treatment device that the present embodiment is proposed, is receiving warning information, based on the warning information
Obtain alarming node, and in each communication link where obtaining the alarming node, the alarming node
Alarm time point before the first prefixed time interval and the alarming node of the second time interval, base afterwards
The alarm coefficient of each communication link is calculated in the alarming node, with according to the alarm coefficient pair
Each described communication link carries out alarming processing, realizes the specific alarm situation according to each communication link
Carry out alarming processing, and without carrying out alarming processing according to default priority or at random, alarming processing
Promptness it is higher.
Further, the first embodiment based on above-mentioned alarm treatment device, proposes that of the invention second is real
Apply example.As shown in figure 8, the computing module 20 includes：
First acquisition unit 21, for obtaining each continuous alarming node composition of communication link successively
Continuous alarming node group, and the most described continuous alarm section of alarming node in each described communication link
The quantity of alarming node described in point group, and each described announcement in each described communication link is obtained successively
The non-alarming node group of continuous non-alarming node composition after alert node；
First computing unit 22, in the non-alarming node group in getting each described communication link,
Section is alerted in quantity and the communication link according to non-alarming node in the non-alarming node group for getting
The quantity of alarming node calculates the announcement of the communication link described in the most described continuous alarming node group of point
Alert coefficient.
The formula for calculating alarm coefficient is preferably K=H × (1+1/N1+ ...+1+Nn), wherein H is described
The quantity of alarming node described in the most described continuous alarming node group of alarming node in communication link；N
It is the quantity of non-alarming node in non-alarming node group, n is the numbering of non-alarming node group in communication link.
It is understood that for ease of compare can to alarm coefficient be multiplied by predetermined coefficient, i.e. K=H ×
(1+1/N1+ ...+1+Nn) × M, M is predetermined coefficient.
Illustrated below by way of citing, 1 represents alarming node, and 0 represents non-alarming node, predetermined coefficient
M is 100：
1) for communication link 1-1-0-0-1-1-1-0-0-0-1, exist two non-alarming node group 0-0 and
0-0-0, the quantity of non-alarming node is 2 in the first non-alarming node group, in the second non-alarming node group not
The quantity of alarming node not 3, alarming node group includes 1-1,1-1-1 and 1, the most announcement of alarming node
The quantity of alarming node is 3 in alert node group, then the alarm coefficient of the communication link be K=3 ×
(1+1/2+1+1/3+1) × 100=1150；
2) for communication link 0-0-1-1-0-0-1-1-1-0-0-0-1, due to not accusing for obtaining in this programme
Alert node group is the node composition of not continuous alarm after alarming node, in the communication link head
Even a continuous node of not alarming is not belonging to the node group of not alarming described in the present embodiment, therefore the communication link
Alert coefficient result of calculation with 1) in communication link alert coefficient result of calculation it is identical, i.e. the communication
There are two non-alarming node group 0-0 and 0-0-0 in link, section is not alerted in the first non-alarming node group
The quantity of point is 2, the quantity of non-alarming node not 3 in the second non-alarming node group, and alarming node group includes
1-1,1-1-1 and 1, the quantity of alarming node is 3 in the most alarming node group of alarming node, then should
The alarm coefficient of communication link is K=3 × (1+1/2+1+1/3+1) × 100=1150；
Based on above description, for communication link 1-0-0-0-1, alarm coefficient be K=1 × (1+1/3+1) ×
100=233；For communication link 1-1-0-0-1, alarm coefficient is K=2 × (1+1/2+1) × 100=250.
Further, when not occurring continuously alerting due to the communication node of communication link end, to communication chain
The overall failure influence on road is little, then reference picture 9, and the computing unit 22 includes：
Subelement 221 is updated, in the non-alarming node group in getting each described communication link,
The alarming node group positioned at the communication link end is rejected in non-alarming node group described in getting,
It is described not alert a group to update；
Computation subunit 222, for non-alarming node in the non-alarming node group after according to renewal quantity with
And in the communication link alarming node described in the most described continuous alarming node group of alarming node number
Amount calculates the alarm coefficient of the communication link.
For example, communication link is 1-0-0-1-1-0-0, there are two non-alarming node groups in the communication link
0-0 and 0-0, it is necessary to reject the non-alarming node group of communication link end, then non-alarming node group muscle position
0-0, the quantity of non-alarming node is 2 in non-alarming node group, and alarming node group includes 1 and 1-1, is accused
The quantity of alarming node is 2 in the most alarming node group of alert node, then the alarm coefficient of the communication link is
K=2 × (1+1/2+1) × 100=500.
Further, when all nodes are alerted in a communication link, the possible communication link may be badly in need of
Carry out troubleshooting, but number of nodes that may be in the communication link less causes the alarm coefficient may be low
In the communication link that other are not alerted all, then alarm coefficient corresponding to the communication link is needed to be multiplied by pre-
If multiple；In person's father node for alarming node there may be the situation that alarm also occurs in child node, and son is saved
Point occurs seldom causing father node failure during alarm, then in communication link end, continuous multiple node is failure
During node, the possible node breaks down, then need to be multiplied by the alarm coefficient of the communication link default
Multiple, i.e., described computing unit 22 is additionally operable to when all nodes for having communication link are alerted, or
When again with the presence of the node of the continuous alarm in communication link end, preset multiple is multiplied by the alarm coefficient.
When preset multiple is 10, for communication link 0-0-0-1-1, K=(2 × 1 × 100) × 10=2000；
For communication link 1-1-1-1-1, K=(5 × 1 × 100) × 10=5000.
Further, to improve the accuracy that alarm coefficient is calculated, the present invention is proposed based on first embodiment
3rd embodiment, the computing module 20 includes：
Second acquisition unit, for when the alarming node for having communication link is single, obtaining the alarm
Sequence number of the node in the communication link；
Second computing unit, the alarm coefficient for calculating the communication link according to the sequence number；
The second acquisition unit, for when the alarming node for having communication link is for multiple, obtaining described
The continuous alarming node group of the continuous alarming node composition of communication link, and section is alerted in the communication link
The quantity of alarming node described in the most described continuous alarming node group of point, and obtain the communication chain
The non-alarming node group that continuous non-alarming node is constituted after each described alarming node in road；
Second computing unit, is additionally operable to according to non-alarming node in the non-alarming node group for getting
Section is alerted in quantity and the communication link described in the most described continuous alarming node group of alarming node
The quantity of point calculates the alarm coefficient of the communication link.
Computing formula for the alarm coefficient of the communication link of single alarming node is as follows：K=(1+H/N),
Wherein H is alarming node sequence number in a communication link, and M is the sum of alarming node in communication link.
It is understood that predetermined coefficient can be multiplied by alarm coefficient for ease of comparing, i.e. K=K=(1+H/N) ×
M, M are predetermined coefficient.Illustrated below by way of example, for example, for communication link 1-0-0-0,
K=(1+1/4) × 100=125, for communication link 0-1-0-0, K=(1+2/4) × 100=150.Due to logical
Generally by 0, then H is usually the sequence number of node and plus 1 the sequence number of each node in letter link.The
Two acquiring units can be alternatively different units with first acquisition unit for same unit, similarly second calculate single
Unit can be alternatively different units with the first computing unit for same unit.
Alarm coefficient calculating process for the communication link of multiple alarming nodes is implemented with reference to above-mentioned second
Example, will not be repeated here.
It should be noted that herein, term " including ", "comprising" or its any other variant
Be intended to including for nonexcludability so that process, method, article including a series of key elements or
Person's device not only includes those key elements, but also other key elements including being not expressly set out, or also
Including being this process, method, article or the intrinsic key element of device.In the feelings without more limitations
Under condition, the key element limited by sentence "including a ...", it is not excluded that the process including the key element,
Also there is other identical element in method, article or device.
The embodiments of the present invention are for illustration only, and the quality of embodiment is not represented.
Through the above description of the embodiments, those skilled in the art can be understood that above-mentioned
Embodiment method can add the mode of required general hardware platform to realize by software, naturally it is also possible to logical
Cross hardware, but the former is more preferably implementation method in many cases.It is of the invention based on such understanding
The part that technical scheme substantially contributes to prior art in other words can in the form of software product body
Reveal and, the computer software product is stored in storage medium (such as ROM/RAM, magnetic disc, a light
Disk) in, including some instructions are used to so that a station terminal equipment (can be mobile phone, computer, service
Device, or the network equipment etc.) perform method described in each embodiment of the invention.
Claims (12)
1. a kind of alert processing method, it is characterised in that the alert processing method includes step：
Warning information is being received, alarming node is being obtained based on the warning information；
In each communication link where obtaining the alarming node, the alarm time point of the alarming node
First prefixed time interval and the afterwards alarming node of the second time interval before；
The alarm coefficient of each communication link is calculated based on the alarming node, with according to the alarm
Coefficient carries out alarming processing to communication link each described.
2. alert processing method as claimed in claim 1, it is characterised in that described based on the alarm
After the step of node calculates the alarm coefficient of each communication link, the alert processing method is also wrapped
Include step：
Alarm coefficient based on communication link each described is ranked up to communication link each described, with life
Into the processing priority of communication link each described, wherein the alarm more big processing priority of coefficient
It is higher；
Alarming processing is carried out to communication link each described according to the processing priority successively.
3. alert processing method as claimed in claim 1 or 2, it is characterised in that described based on described
The step of alarming node calculates the alarm coefficient of each communication link includes：
The continuous alarming node group of each continuous alarming node composition of communication link is obtained successively, and
Alarming node described in the most described continuous alarming node group of alarming node in each described communication link
Quantity；
Continuous non-alarming node group after each described alarming node is obtained in each described communication link successively
Into non-alarming node group；
In the non-alarming node group in getting each described communication link, according to not alerting for getting
The most described continuous announcement of alarming node in the quantity of non-alarming node and the communication link in node group
The quantity of alarming node calculates the alarm coefficient of the communication link described in alert node group.
4. alert processing method as claimed in claim 3, it is characterised in that described to get each
During non-alarming node group in the communication link, section is not alerted according in the non-alarming node group for getting
Accused described in the most described continuous alarming node group of alarming node in the quantity and the communication link of point
The step of quantity of alert node calculates the alarm coefficient of the communication link includes：
In the non-alarming node group in getting each described communication link, do not accuse described in get
The alarming node group positioned at the communication link end is rejected in alert node group, it is described not alert to update
Point group；
Accused in the quantity and the communication link of non-alarming node in non-alarming node group after according to renewal
The quantity of alarming node calculates the communication link described in the most described continuous alarming node group of alert node
Alarm coefficient.
5. alert processing method as claimed in claim 3, it is characterised in that getting described in each
During non-alarming node group in communication link, according to non-alarming node in the non-alarming node group for getting
It is described to be calculated based on the alarming node after the step of quantity calculates the alarm coefficient of the communication link
The step of alarm coefficient of each communication link, includes：
When all nodes for having communication link are alerted, or again with the presence of the continuous announcement in communication link end
During alert node, preset multiple is multiplied by the alarm coefficient.
6. alert processing method as claimed in claim 1 or 2, it is characterised in that described based on described
The alarm coefficient of positional information meter each communication link of the alarming node in each described communication link
The step of include：
When the alarming node for having communication link is single, the alarming node is obtained in the communication link
In sequence number；
The alarm coefficient of the communication link is calculated according to the sequence number；
When the alarming node for having communication link is for multiple, the continuous alarming node group of communication link is obtained
Into continuous alarming node group, and in the communication link alarming node it is most it is described continuous alarm section
The quantity of alarming node described in point group；
Obtain in the communication link not accusing for continuous non-alarming node composition after each described alarming node
Alert node group；
Accused in quantity and the communication link according to non-alarming node in the non-alarming node group for getting
The quantity of alarming node calculates the communication link described in the most described continuous alarming node group of alert node
Alarm coefficient.
7. a kind of alarm treatment device, it is characterised in that the alarm treatment device includes：
Acquisition module, for receiving warning information, alarming node is obtained based on the warning information,
And in each communication link where obtaining the alarming node, the alarm time point of the alarming node
First prefixed time interval and the afterwards alarming node of the second time interval before；
Computing module, the alarm coefficient for calculating each communication link based on the alarming node,
Alarming processing is carried out to communication link each described with according to the alarm coefficient.
8. alarm treatment device as claimed in claim 7, it is characterised in that the alarm treatment device
Also include：
Order module, for the alarm coefficient based on communication link each described to communication link each described
It is ranked up, to generate the processing priority of each communication link, wherein the alarm coefficient is bigger
The processing priority is higher；
Processing module, for being alerted to communication link each described successively according to the processing priority
Treatment.
9. alarm treatment device as claimed in claim 7 or 8, it is characterised in that the computing module
Including：
First acquisition unit, the company for obtaining each continuous alarming node composition of communication link successively
Continuous alarming node group, and the most described continuous alarming node of alarming node in each described communication link
The quantity of alarming node described in group, and each described alarm in each described communication link is obtained successively
The non-alarming node group of continuous non-alarming node composition after node；
First computing unit, in the non-alarming node group in getting each described communication link,
Section is alerted in quantity and the communication link according to non-alarming node in the non-alarming node group for getting
The quantity of alarming node calculates the announcement of the communication link described in the most described continuous alarming node group of point
Alert coefficient.
10. alarm treatment device as claimed in claim 9, it is characterised in that the computing unit bag
Include：
Subelement is updated, in the non-alarming node group in getting each described communication link,
The alarming node group positioned at the communication link end is rejected in the described non-alarming node group for getting, with
Update described not alert a group；
Computation subunit, quantity for non-alarming node in the non-alarming node group after according to renewal and
The quantity of alarming node described in the most described continuous alarming node group of alarming node in the communication link
Calculate the alarm coefficient of the communication link.
11. alarm treatment devices as claimed in claim 9, it is characterised in that the computing unit,
It is additionally operable to when all nodes for having communication link are alerted, or it is continuous with the presence of communication link end again
During the node of alarm, preset multiple is multiplied by the alarm coefficient.
12. alarm treatment devices as claimed in claim 7 or 8, it is characterised in that the calculating mould
Block includes：
Second acquisition unit, for when the alarming node for having communication link is single, obtaining the alarm
Sequence number of the node in the communication link；
Second computing unit, the alarm coefficient for calculating the communication link according to the sequence number；
The second acquisition unit, for when the alarming node for having communication link is for multiple, obtaining described
The continuous alarming node group of the continuous alarming node composition of communication link, and section is alerted in the communication link
The quantity of alarming node described in the most described continuous alarming node group of point, and obtain the communication chain
The non-alarming node group that continuous non-alarming node is constituted after each described alarming node in road；
Second computing unit, is additionally operable to according to non-alarming node in the non-alarming node group for getting
Section is alerted in quantity and the communication link described in the most described continuous alarming node group of alarming node
The quantity of point calculates the alarm coefficient of the communication link.
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| US20040208547A1 (en) * | 2001-12-14 | 2004-10-21 | Boca Photonics Inc. | QoS based protection of mesh-based intelligent optical networks |
| CN102273131A (en) * | 2008-12-23 | 2011-12-07 | 爱立信电话股份有限公司 | Method and system to distribute fault information in a large scale communication network system |
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