CN106203666A - A kind of data networking equipment methods of risk assessment and device - Google Patents
A kind of data networking equipment methods of risk assessment and device Download PDFInfo
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Abstract
The present invention provides a kind of data networking equipment methods of risk assessment and device, described method is applied to network management device, described network management device is that each network equipment in Electric Power Communication Data net arranges risk zones, each risk zones includes that one or more risk indicator, described method include: detect the running status of the described network equipment；The risk of each risk zones risk index is calculated according to running status；Risk according to risk zones risk indexs all in this network equipment carries out risk assessment to this network equipment running status.Compared to prior art, the risk indicator that the present invention is arranged is more comprehensive, evaluation methodology is relatively reliable, thereby ensure that risk evaluation result is more accurate.
Description
Technical field
The present invention relates to networking technology area, particularly relate to a kind of data networking equipment appraisal procedure and device.
Background technology
Along with Electric Power Communication Data net coverage and the expansion day by day of scale, carried upper-layer service quantity
And importance constantly rises, therefore the daily management maintaining method of Electric Power Communication Data net be it is also proposed more
High requirement.The network equipment is as the important component units of Electric Power Communication Data net, the maintenance of the network equipment
Maintenance is an important process in electric power data network network O&M.
At present grid equipment evaluation of running status is concentrated mainly on power system part first and second equipment
In research, due to the network equipment and power equipment belong to two technical fields, method for evaluating state is not
Possesses versatility, therefore for the risk assessment side of the network equipment running status in Electric Power Communication Data net
Method does not also have the standards and norms of directiveness can refer to.If the risk assessment side according to general power equipment
Method assesses the operation risk of this network equipment, can be because detection project is comprehensive not, lack quantitative analysis
Etc. problem, cause risk evaluation result not accurate enough.
Summary of the invention
In view of this, the present invention provides a kind of data networking equipment methods of risk assessment and device to solve now
There is the problem that technology risk assessment result is not accurate enough.
Specifically, the present invention is achieved through the following technical solutions:
A kind of data networking equipment methods of risk assessment, described method is applied to network management device, described
Network management device is that each network equipment in Electric Power Communication Data net arranges risk zones, each risk
Region includes that one or more risk indicator, described method include:
Detect the running status of the described network equipment；
The risk of each risk zones risk index is calculated according to running status；
This network equipment is run by the risk according to risk zones risk indexs all in this network equipment
State carries out risk assessment.
Further, each risk indicator includes one or more index factor；
The running status of the described network equipment of described detection；Including:
Detect the running status of index factor in the described network equipment；
The described risk calculating each risk zones risk index according to running status, including:
The risk of the running status parameter factor according to index factor, according in described risk indicator
The risk of index factor calculates the risk of this risk indicator.
Further, described this risk indicator is calculated according to the risk of index factor in described risk indicator
Risk, including:
Risk according to index factors all in described risk indicator and setting for each index factor in advance
The Risk rated ratio put, calculates the risk of this risk indicator.
Further, the described risk pair according to risk zones risk indexs all in this network equipment
This network equipment running status carries out risk assessment, including:
The risk class belonging to each risk indicator is judged in described risk zones according to predetermined threshold value；
According to risk class, network equipment running status being carried out risk alarm, prompting user takes risk to ring
Answer measure.
Further, described judge in described risk zones belonging to each risk indicator according to predetermined threshold value
Risk class, including:
When the risk of described risk indicator is more than or equal to 0 and is less than or equal to first threshold, determine described
Risk indicator is tertiary risk；
When the risk of described risk indicator is more than first threshold and is less than or equal to Second Threshold, determine institute
Stating risk indicator is light breeze danger, and wherein light breeze danger is higher than tertiary risk；
When the risk of described risk indicator is more than Second Threshold and is less than or equal to 100%, determine described
Risk indicator is prime risk, and wherein prime risk is higher than light breeze danger.
Based on identical design, the present invention also provides for a kind of data networking equipment risk assessment device, described
Device is applied to network management device, and described network management device is each net in Electric Power Communication Data net
Network equipment arranges risk zones, and each risk zones includes one or more risk indicator, described device bag
Include:
State detection unit, for detecting the running status of the described network equipment；
Risk Calculation unit, for calculating the risk of each risk zones risk index according to running status
Degree；
Risk assessment unit, for the risk according to risk zones risk indexs all in this network equipment
Degree carries out risk assessment to this network equipment running status.
Further, each risk indicator includes one or more index factor；
Described state detection unit, specifically for detecting the running status of index factor in the described network equipment；
Described Risk Calculation unit, including:
First computation subunit, for the risk of the running status parameter factor according to index factor；
Second computation subunit, for calculating this wind according to the risk of index factor in described risk indicator
The risk of danger index.
Further, described second computation subunit, specifically for according to fingers all in described risk indicator
Mark the factor risk and be in advance each index factor setting Risk rated ratio, calculate this risk indicator
Risk.
Further, described risk assessment unit, including:
Grade classification subelement, for judging each risk indicator in described risk zones according to predetermined threshold value
Affiliated risk class；Risk alarm subelement, is used for according to risk class network equipment running status
Carrying out risk alarm, prompting user takes risk responsive measures.
Further, described grade classification subelement, specifically for:
When risk in described risk indicator is more than or equal to 0 and is less than or equal to first threshold, determine described
Risk indicator is tertiary risk；
When risk in described risk indicator is more than first threshold and is less than or equal to Second Threshold, determine institute
Stating risk indicator is light breeze danger, and wherein light breeze danger is higher than tertiary risk；
When risk in described risk indicator is more than Second Threshold and is less than or equal to 100%, determine described
Risk indicator is prime risk, and wherein prime risk is higher than light breeze danger.
As can be seen here, the present invention can detect the running status of this network equipment by network management device,
Obtain the risk that the risk indicator in each risk zones of this network equipment is corresponding, thus realize this
Network equipment running status carries out risk assessment, compared to prior art, the risk indicator that the present invention is arranged
More comprehensively, evaluation methodology is relatively reliable, thereby ensure that risk evaluation result is more accurate.
Accompanying drawing explanation
Fig. 1 is a kind of data networking equipment methods of risk assessment in a kind of illustrative embodiments of the present invention
Process chart；
Fig. 2 is the another kind of data networking equipment risk assessment side in a kind of illustrative embodiments of the present invention
The process chart of method；
Fig. 3 is the radar map in a kind of illustrative embodiments of the present invention；
Fig. 4 is data networking equipment risk assessment device place in a kind of illustrative embodiments of the present invention
The hardware structure diagram of network management device；
Fig. 5 is a kind of data networking equipment risk assessment device in a kind of illustrative embodiments of the present invention
Building-block of logic.
Detailed description of the invention
In order to solve in prior art when the network equipment in Electric Power Communication Data net is carried out risk assessment,
The detection project occurred is comprehensive not, lack the problems such as quantitative analysis, and the present invention can pass through network management
The running status of this network equipment of equipment Inspection, obtains the risk in each risk zones of this network equipment
The risk that index is corresponding, thus realize this network equipment running status is carried out risk assessment, compared to
Prior art, the risk indicator that the present invention is arranged is more comprehensive, evaluation methodology is relatively reliable, thereby ensure that
Risk evaluation result is more accurate.
Refer to Fig. 1, be a kind of data networking equipment risk in a kind of illustrative embodiments of the present invention
The process chart of appraisal procedure, the method is applied to network management device, and this network management device is electricity
Each network equipment in power communication data net arranges risk zones, and the most each risk zones includes one
Or multiple risk indicator, this methods of risk assessment includes:
Step 101, detect the running status of the described network equipment；
The network management device of the present invention can in advance the running status of this network equipment be divided into several relatively
Big risk zones, such as, according to the detection scheme preset, be divided into the running status of the network equipment: set
Standby operative state, device systems running status, functional protocol running status and operation safe condition four
Individual risk zones.Afterwards, each risk zones for this network equipment arranges one or more risk indicator.
In alternative embodiments, such as network management device with specific reference to the feature of risk indicator, for
Each risk indicator is selected to reflect one or more index factors of this index running status.Network pipe
During the running status of reason this network equipment of equipment Inspection, can detect all indexs in this network equipment because of
The running status of son, such that it is able to know the running status of the whole network equipment.By the network equipment is transported
Row state demarcation risk zones, then risk indicator is set in risk zones, and be the choosing of each risk indicator
Take the mode of index factor, can progressively refine detection project, make detection more comprehensive.
Step 102, according to running status calculate each risk zones risk index risk；
Network management device can calculate this risk indicator pair according to testing result corresponding to risk indicator
The risk answered.
In optional embodiment of the present invention, when each risk indicator includes one or more index factor
Time, network management device can first calculate each finger according to the testing result of the running status of index factor
The risk of the mark factor, then calculates this risk according to the risk of index factor all of in risk indicator
The risk of index.In order to index factors different in same risk indicator being carried out the differentiation of importance,
Manager can arrange Risk rated ratio to each index factor in advance on network management device, the most just may be used
With the risk according to index factors all in this risk indicator and the Risk rated ratio of correspondence thereof, calculate this wind
The risk of danger index.The risk of the risk indicator obtained by above-mentioned computational methods can be more accurate
Ground reflects the virtual condition of this risk indicator.
Step 103, according to the risk of risk zones risk indexs all in this network equipment to this net
Network equipment carries out risk assessment.
After calculating the risk of each risk indicator, network management device can be according to each risk indicator
Risk the whole network equipment is carried out risk assessment.
In optional embodiment of the present invention, manager can pre-set some in network management device
Risk threshold value, then network management device can according to default risk threshold value judge in the network equipment every
Risk class belonging to each risk indicator in individual risk zones.Such as, big when the risk of risk indicator
In equal to 0 and less than or equal to first threshold time, determine that this risk indicator is tertiary risk；Work as risk indicator
Risk more than first threshold and less than or equal to Second Threshold time, determine this risk indicator be light breeze danger,
Wherein light breeze danger is higher than tertiary risk；When the risk of risk indicator more than Second Threshold and is less than or equal to
When 100%, determining that this risk indicator is prime risk, wherein risk class the highest expression risk is the biggest.It
After, the risk indicator that risk class is higher can be alerted by network management device, to there is risk etc.
The risk zones of the risk indicator that level is higher reminds manager to start corresponding emergency preplan, in order to ensureing should
The operation safety of the network equipment.
As can be seen here, the present invention can detect the running status of this network equipment by network management device,
Obtain the risk that the risk indicator in each risk zones of this network equipment is corresponding, thus realize this
Network equipment running status carries out risk assessment, compared to prior art, the risk indicator that the present invention is arranged
More comprehensively, evaluation methodology is relatively reliable, thereby ensure that risk evaluation result is more accurate.
For making the purpose of the present invention, technical scheme and advantage clearer, apply below in conjunction with reality
Scheme of the present invention is described in further detail by situation.
It is assumed that the network equipment in Electric Power Communication Data net is carried out risk assessment, manager passes through in advance
Network management device in this Electric Power Communication Data net, sets for each network in this Electric Power Communication Data net
Standby division risk zones, risk indicator and index factor, concrete partition strategy is as shown in table 1.
Table 1
Network in this Electric Power Communication Data net can be set by network management device according to above-mentioned partition strategy
Standby running status divides, afterwards according to the methods of risk assessment of Fig. 2 in this Electric Power Communication Data net
The network equipment carry out risk assessment, the method specifically includes:
Step 201, detect the running status of index factor in this network equipment；
Network management device can detect each finger in the network equipment according to the division result shown in table 1
The running status of the mark factor.Can get three kinds of evaluation results: logical according to the evaluation criterion that running status is general
Cross, do not pass through, partly pass through.
Step 202, the risk of the parameter factor；
Network management device can be according to the wind of the evaluation result parameter factor of index factor running status
Danger degree.Assume that percent of pass P represents, when evaluation result is for " passing through ", P=100%；Evaluation result
During for " not passing through ", P=0%；When evaluation result is for " part is passed through ", the actual percent of pass of P=.
Risk R=1-P of index factor, R is the biggest, and the degree of risk representing this index factor is the highest.
Below with the risk indicator in the risk zones of " device element running status " in table 1 for " setting
Main/standby board cards state " index factor be " running state of single plate " as a example by, illustrate the wind of index factor
Danger degree calculates process.
Assume that network management device detects the actually detected result of running state of single plate and is: this network equipment is altogether
Having 3 pieces of veneers, wherein 2 pieces of running state of single plate are normal, and 1 piece of running state of single plate is abnormal, then pass through
Rate P=100% × 2/3=66.7%, is somebody's turn to do risk R=1-66.7% of " running state of single plate " index factor
=33.3%.
Step 203, according to the risk of index factor and the Risk rated ratio of correspondence, calculation risk index
Risk；
Manager can in advance in network management device the Risk rated ratio of the setting target factor be wj, then refer to
Mark Factor Weight collection W=[1,2 ..., f].As when f is 3, wj=1 to represent this index factor be general wind
Danger event, wj=2 to represent this index factor be important risk case, wj=3 to represent this index factor be tight
Anxious risk case, the Risk rated ratio of index factor suitably can be adjusted by user according to actually used demand
Whole.Index factor weight a if certain risk indicator includes n index factor, after normalizedj
For:
Then risk R of this risk indicator is:
Wherein, rjFor the risk of the indices factor in risk indicator, ajAfter index factor normalization
Risk rated ratio.
As a example by the risk computational methods that risk indicator is " equipment plate card state ", it is assumed that this risk refers to
Risk and Risk rated ratio that index factor in mark is corresponding are as shown in table 2.
| Index factor | Risk rj | Risk rated ratio wj |
| Running state of single plate | 30% | 1 |
| Veneer subcard running status | 40% | 2 |
| Eutergum synchronous regime | 50% | 3 |
Table 2
The Risk rated ratio answered by indices factor pair in table 2 is brought formula 1 respectively into and is normalized,
N=3 as shown in Table 2, result of calculation is as follows:
Therefore, after normalized " running state of single plate ", " veneer subcard running status " and
The weight of " eutergum synchronous regime " is 16.7%, 33.3% and 50% respectively.
By right to " running state of single plate ", " veneer subcard running status " and " eutergum synchronous regime "
Weight after the risk answered and normalization brings formula 2 into, can obtain:
Therefore the risk that can be somebody's turn to do " equipment plate card state " is 43.3%.Repeating above-mentioned computational methods can
The risk corresponding to calculate each risk indicator.
Risk belonging to each risk indicator in step 204, each risk zones judged in the network equipment
Grade.
For risk indicator risk R divide risk class particularly as follows: R ∈ [0,30%] is tertiary risk,
The equipment of representative is in low-risk running status；R ∈ (30%, 60%], for light breeze danger, represent and be in apoplexy
Danger running status；R ∈ (60%, 100%] it is prime risk, represent and be in excessive risk running status.According to
The division of above-mentioned risk class, it may be determined that the risk class that each risk indicator in this equipment is corresponding.
Such as, the risk of above-mentioned " the equipment plate card state " calculated is 43.3%, should belong to light breeze danger.
Assume running status integrated risk collection RS=[the device element operation risk collection RS of this network equipment1,
Device systems operation risk collection RS2, functional protocol operation risk collection RS3, equipment runs security risk collection RS4]
Wherein: device element operation risk collection RS1=[equipment plate card risk R11, power supply risk R12,
Fan risk R13, optical module risk R14, equipment is in net duration risk R15]
In like manner:
RS2=[R21,R22,R23,R24,R25,R26]；
RS3=[R31,R32,R33,R34,R35,R36]；
RS4=[R41,R42,R43,R44]；
May then pass through drafting radar map to assess the integrated risk collection RS of this network equipment running status.
As it is shown on figure 3, circle A1 interior zone is low-risk band, concentric circular A1 Yu A2 composition annular 1
Region is risk band, and the annular region of concentric circular A2 Yu A3 composition is excessive risk band.This network is set
The risk assessment radar map of standby running status is according to 4 Risk zone division risk area in table 1, wherein:
Risk zones 1 is device element operation risk district, and risk zones 2 is device systems operation risk district, wind
Territory, danger zone 3 is functional protocol operation risk district, and risk zones 4 is equipment safety operation risk area, each
Risk area reflects the risk sources during equipment runs in different risk zones.Then according to above-mentioned comprehensive wind
Great circle is divided into several sector regions, each by the risk that danger collects the risk indicator in RS corresponding
In the sector region that risk indicator is corresponding, draw the risk of this risk indicator, thus reflect whole net
The running status of network equipment.
Afterwards, network management device can carry out risk alarm to the risk indicator that risk class is higher, right
The risk zones that there is the higher risk indicator of most risk class reminds manager to start corresponding emergency preplan,
To ensure the operation safety of this network equipment.
As can be seen here, the present invention can detect the running status of this network equipment by network management device,
Obtain the risk that the risk indicator in each risk zones of this network equipment is corresponding, thus realize this
Network equipment running status carries out risk assessment, compared to prior art, the risk indicator that the present invention is arranged
More comprehensively, evaluation methodology is relatively reliable, thereby ensure that risk evaluation result is more accurate.
Based on identical design, the present invention also provides for a kind of data networking equipment risk assessment device, described
Device can be realized by software, it is also possible to realizes by the way of hardware or software and hardware combining.With soft
As a example by part realizes, the risk assessment device of the present invention, as the device on a logical meaning, is by it
The CPU of place network management device will computer program instructions corresponding in memorizer read after run and
Become.
Refer to Fig. 4 and Fig. 5, be that a kind of data network in a kind of illustrative embodiments of the present invention sets
Standby risk assessment device 500, described device is applied to network management device, and described network management device is
Each network equipment in Electric Power Communication Data net arranges risk zones, each risk zones include one or
Multiple risk indicators, the basic running environment of described device includes CPU, memorizer and other hardware, from
From the point of view of on logic level, described device 500 includes:
State detection unit 501, for detecting the running status of the described network equipment；
Risk Calculation unit 502, for calculating each risk zones risk index according to running status
Risk；
Risk assessment unit 503, for according to risk zones risk indexs all in this network equipment
Risk carries out risk assessment to this network equipment running status.
Optionally, each risk indicator includes one or more index factor；
Described state detection unit 501, specifically for detecting the operation of index factor in the described network equipment
State；
Described Risk Calculation unit 502, including:
First computation subunit 5021, for the wind of the running status parameter factor according to index factor
Danger degree；
Second computation subunit 5022, for calculating according to the risk of index factor in described risk indicator
The risk of this risk indicator.
Optionally, described second computation subunit 5022, specifically for according to all in described risk indicator
The risk of index factor and be the Risk rated ratio that arranges of each index factor in advance, calculates this risk and refers to
Target risk.
Optionally, described risk assessment unit 503, including:
Grade classification subelement 5031, for judging each risk in described risk zones according to predetermined threshold value
Risk class belonging to index；
Risk alarm subelement 5032, for carrying out risk according to risk class to network equipment running status
Alarm, prompting user takes risk responsive measures.
Optionally, described grade classification subelement 5031, specifically for:
When risk in described risk indicator is more than or equal to 0 and is less than or equal to first threshold, determine described
Risk indicator is tertiary risk；
When risk in described risk indicator is more than first threshold and is less than or equal to Second Threshold, determine institute
Stating risk indicator is light breeze danger, and wherein light breeze danger is higher than tertiary risk；
When risk in described risk indicator is more than Second Threshold and is less than or equal to 100%, determine described
Risk indicator is prime risk, and wherein prime risk is higher than light breeze danger.
As can be seen here, the present invention can detect the running status of this network equipment by network management device,
Obtain the risk that the risk indicator in each risk zones of this network equipment is corresponding, thus realize this
Network equipment running status carries out risk assessment, compared to prior art, the risk indicator that the present invention is arranged
More comprehensively, evaluation methodology is relatively reliable, thereby ensure that risk evaluation result is more accurate.
The foregoing is only presently preferred embodiments of the present invention, not in order to limit the present invention, all at this
Within the spirit of invention and principle, any modification, equivalent substitution and improvement etc. done, should be included in
Within the scope of protection of the invention.
Claims (10)
1. a data networking equipment methods of risk assessment, it is characterised in that described method is applied to network
Management equipment, described network management device is that each network equipment in Electric Power Communication Data net arranges risk
Region, each risk zones includes that one or more risk indicator, described method include:
Detect the running status of the described network equipment；
The risk of each risk zones risk index is calculated according to running status；
This network equipment is run by the risk according to risk zones risk indexs all in this network equipment
State carries out risk assessment.
Method the most according to claim 1, it is characterised in that each risk indicator includes one
Or multiple index factor；
The running status of the described network equipment of described detection；Including:
Detect the running status of index factor in the described network equipment；
The described risk calculating each risk zones risk index according to running status, including:
The risk of the running status parameter factor according to index factor, according in described risk indicator
The risk of index factor calculates the risk of this risk indicator.
Method the most according to claim 2, it is characterised in that described according in described risk indicator
The risk of index factor calculates the risk of this risk indicator, including:
Risk according to index factors all in described risk indicator and setting for each index factor in advance
The Risk rated ratio put, calculates the risk of this risk indicator.
Method the most according to claim 1, it is characterised in that described according to institute in this network equipment
The risk of risky region risk index carries out risk assessment to this network equipment running status, including:
The risk class belonging to each risk indicator is judged in described risk zones according to predetermined threshold value；
According to risk class, network equipment running status being carried out risk alarm, prompting user takes risk to ring
Answer measure.
Method the most according to claim 4, it is characterised in that
The described risk class judged in described risk zones according to predetermined threshold value belonging to each risk indicator,
Including:
When the risk of described risk indicator is more than or equal to 0 and is less than or equal to first threshold, determine described
Risk indicator is tertiary risk；
When the risk of described risk indicator is more than first threshold and is less than or equal to Second Threshold, determine institute
Stating risk indicator is light breeze danger, and wherein light breeze danger is higher than tertiary risk；
When the risk of described risk indicator is more than Second Threshold and is less than or equal to 100%, determine described
Risk indicator is prime risk, and wherein prime risk is higher than light breeze danger.
6. a data networking equipment risk assessment device, it is characterised in that described device is applied to network
Management equipment, described network management device is that each network equipment in Electric Power Communication Data net arranges risk
Region, each risk zones includes that one or more risk indicator, described device include:
State detection unit, for detecting the running status of the described network equipment；
Risk Calculation unit, for calculating the risk of each risk zones risk index according to running status
Degree；
Risk assessment unit, for the risk according to risk zones risk indexs all in this network equipment
Degree carries out risk assessment to this network equipment running status.
Device the most according to claim 6, it is characterised in that each risk indicator includes one
Or multiple index factor；
Described state detection unit, specifically for detecting the running status of index factor in the described network equipment；
Described Risk Calculation unit, including:
First computation subunit, for the risk of the running status parameter factor according to index factor；
Second computation subunit, for calculating this wind according to the risk of index factor in described risk indicator
The risk of danger index.
Device the most according to claim 7, it is characterised in that
Described second computation subunit, specifically for the wind according to index factors all in described risk indicator
Danger degree and be in advance each index factor arrange Risk rated ratio, calculate the risk of this risk indicator.
Device the most according to claim 6, it is characterised in that described risk assessment unit, including:
Grade classification subelement, for judging each risk indicator in described risk zones according to predetermined threshold value
Affiliated risk class；
Risk alarm subelement, for network equipment running status being carried out risk alarm according to risk class,
Prompting user takes risk responsive measures.
Device the most according to claim 9, it is characterised in that described grade classification subelement,
Specifically for:
When risk in described risk indicator is more than or equal to 0 and is less than or equal to first threshold, determine described
Risk indicator is tertiary risk；
When risk in described risk indicator is more than first threshold and is less than or equal to Second Threshold, determine institute
Stating risk indicator is light breeze danger, and wherein light breeze danger is higher than tertiary risk；
When risk in described risk indicator is more than Second Threshold and is less than or equal to 100%, determine described
Risk indicator is prime risk, and wherein prime risk is higher than light breeze danger.
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