CN105357062A - Auxiliary analysis method of defect fault handling and decision making of electric power communication network - Google Patents
Auxiliary analysis method of defect fault handling and decision making of electric power communication network Download PDFInfo
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- CN105357062A CN105357062A CN201510926739.XA CN201510926739A CN105357062A CN 105357062 A CN105357062 A CN 105357062A CN 201510926739 A CN201510926739 A CN 201510926739A CN 105357062 A CN105357062 A CN 105357062A
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
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- H04L41/00—Arrangements for maintenance, administration or management of data switching networks, e.g. of packet switching networks
- H04L41/06—Management of faults, events, alarms or notifications
- H04L41/0631—Management of faults, events, alarms or notifications using root cause analysis; using analysis of correlation between notifications, alarms or events based on decision criteria, e.g. hierarchy, tree or time analysis
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Abstract
The invention provides an auxiliary analysis method of defect fault handling and decision making of an electric power communication network. The method effectively improves the handling efficiency and the handling normalization of defects and faults of the electric power communication equipment, provides an effective approach for accumulation and enrichment of data in the relevant functional databases, and provides effective help for subsequent improvements of related technologies of auxiliary analyses of the defect fault handling and decision making of the electric power communication network.
Description
Technical field
The present invention relates to field of power communication, more specifically, relate to a kind of power telecom network defect troubleshooting decision assistant analytical method.
Background technology
In conventional electric power communication network, the defect troubleshooting of electric power communication device is one of groundwork of communication operational management.The defect troubleshooting of electric power communication device is a complex process be closely connected by multiple link, comprise discovery defect, recording defect, analyzing defect on the impact of business, to take alignment processing measure, the formulation of concrete processing scheme and execution, the filing of result and statistics etc. according to influence degree.But at present during powerline network generation defect pipelines, often go analyzing defect and fault degree and processing method according to personal experience, exist efficiency low, process lack of standardization, according to the problem such as personal experience, very affect existing power telecom network operation and maintenance.
Summary of the invention
The invention provides a kind of power telecom network defect troubleshooting decision assistant analytical method.
In order to reach above-mentioned technical purpose, technical scheme of the present invention is as follows:
A kind of power telecom network defect troubleshooting decision assistant analytical method, comprises the following steps:
S1: the running status of electric power communication device warning module to electric power communication device being arranged at electric power communication device place in power telecom network by is monitored in real time, and generate early warning information, a power telecom network scheduler module is transferred to, this electric power communication device place existing defects fault of notice dispatching terminal dispatcher through an intensive data processing module being arranged at power telecom network dispatching terminal;
S2: described intensive data processing module is according to described early warning information, in a power telecom network defect failure information database, electric power communication device defect fault message corresponding to described early warning information is inquired about through one first query unit, in a power telecom network defect fault handling information database, power communication defect fault handling information corresponding to described electric power communication device defect fault message is inquired about through one second query unit, in a power telecom network configuration data of device storehouse, the electric power communication device equipment related information of this electric power communication device is inquired about through one the 3rd query unit,
S3: described intensive data processing module generates electric power communication device defect fault comprehensive information according to described electric power communication device defect fault message, described power communication defect fault handling information and described electric power communication device equipment related information, and this electric power communication device defect fault comprehensive information is sent to described power telecom network scheduler module;
S4: this electric power communication device defect fault service impact grade in conjunction with the electric power communication device defect fault service impact grade of described electric power communication device defect fault comprehensive information by this electric power communication device defect fault of power telecom network defect fault aid identification CMOS macro cell, and is fed back to described intensive data processing module by described power telecom network scheduler module;
S5: described intensive data processing module inquires about the on-the-spot O&M information of electric power communication device of this electric power communication device through one the 4th query unit in a power telecom network equipment operation/maintenance data storehouse, and generate the on-the-spot O&M disposes of information of electric power communication device according to described electric power communication device defect fault service impact grade and described electric power communication device defect fault comprehensive information, and by a first information push unit, on-the-spot for described electric power communication device O&M disposes of information is issued to an on-the-spot O&M processing module, notify that on-the-spot operation maintenance personnel carries out in-situ processing, and the on-the-spot O&M disposes of information of described electric power communication device carries out reference as on-the-spot O&M reference information for on-the-spot operation maintenance personnel,
S6: the on-the-spot O&M disposes of information of described electric power communication device that on-the-spot operation maintenance personnel receives according to described on-the-spot O&M processing module, the electric power communication device of existing defects fault is safeguarded, and by described on-the-spot O&M processing module after maintenance terminates, and feed back an electric power communication device business recovery confirmation to described intensive data processing module through described first information push unit; This electric power communication device business recovery confirmation is sent to described power telecom network dispatching terminal by described intensive data processing module, and this electric power communication device of prompting dispatcher completes on-site maintenance.
Further, described electric power communication device warning module also comprises an equipment warning data collecting unit, an equipment warning data processing unit and a warning data recognition unit; Described equipment warning data collecting unit is used for the running status of electric power communication device described in Real-Time Monitoring, if when described electric power communication device is in abnormal operational conditions, generate early warning initial information, and this early warning initial information is sent to described equipment warning data processing unit; Described equipment warning data processing unit obtains warning data from described early warning initial information, and transfers to described warning data recognition unit and carry out standardization, generates described early warning information; Described early warning information comprises described electric power communication device ID, pre-warning time, electric power communication device type and electric power communication device positional information
Further, described power telecom network scheduler module generates an electric power communication device warning number according to described early warning information, and the warning number of this electric power communication device comprises this electric power communication device ID and pre-warning time; Described power telecom network scheduler module is reported to the police number for index name with electric power communication device, on-the-spot for electric power communication device O&M disposes of information is stored in a power telecom network defect fault lasts described in database.
Further, described electric power communication device defect fault message comprises: fiber failure, equipment receive light hit, tabula rasa fault and optical transmitter and receiver fan failure; Described power communication defect fault handling information comprises: active-standby switch, electrical source exchange and first rob logical after repair; Described electric power communication device equipment related information comprises and the power equipment id information of this electric power communication device associated power equipment, power equipment positional information and power equipment user profile.
Further, in described step S4, described electric power communication device defect fault service impact grade comprises common, intermediate and urgent.
Further, in described step S5, the on-the-spot O&M information of described electric power communication device comprises: the geographical position, on-the-spot O&M room of the link information of the on-the-spot O&M processing module matched with described electric power communication device, the job number of the on-the-spot operation maintenance personnel of responsible described electric power communication device, the on-the-spot operation maintenance personnel name of responsible described electric power communication device and responsible described electric power communication device.
Further, described intensive data processing module is also connected with several standby message push units, and described standby message push unit is connected with on-the-spot O&M processing module for subsequent use; Occur extremely if described first information push unit sends to described on-the-spot O&M processing module in electric power communication device on-the-spot O&M disposes of information process, then described first information push unit feedback one connects abnormal information to described intensive data processing module; Described intensive data processing module, according to described connection abnormal information, obtains the on-the-spot O&M information of non-firm power communication equipment through described 4th query unit in described power telecom network equipment operation/maintenance data storehouse; And by described standby message push unit, on-the-spot for described electric power communication device O&M disposes of information is sent to described on-the-spot O&M processing module for subsequent use, notify that on-the-spot operation maintenance personnel for subsequent use carries out in-situ processing, and the on-the-spot O&M disposes of information of described electric power communication device carries out reference as on-the-spot O&M reference information for on-the-spot operation maintenance personnel for subsequent use.
Further, in described step S6, on-the-spot operation maintenance personnel is by described on-the-spot O&M processing module, picture or word is adopted to carry out record stage by stage electric power communication device in-situ processing situation in real time, and be sent to described power telecom network scheduler module through described first information push unit and described intensive data processing module in real time, obtain electric power communication device process field condition for dispatching terminal dispatcher; Described power telecom network scheduler module is according to received described electric power communication device process field condition, generate electric power communication device field condition process information, and last in database in described power telecom network defect fault according to described electric power communication device warning corresponding stored.
Further, in described step S6, on-the-spot operation maintenance personnel is in process electric power communication device field process, by described on-the-spot O&M processing module, through described first information push unit and described intensive data processing module, in described power telecom network defect fault handling information database, inquire about power communication defect fault handling information.
Further, in described step S6, on-the-spot operation maintenance personnel is after process electric power communication device scene is terminated, adopt picture or writing record this electric power communication device in-situ processing result by described on-the-spot O&M processing module, and be sent to described power telecom network scheduler module through described first information push unit and described intensive data processing module; Described power telecom network scheduler module is according to received described electric power communication device in-situ processing result, generate electric power communication device in-situ processing object information, and last in database in described power telecom network defect fault according to described electric power communication device warning corresponding stored.
Compared with prior art, the beneficial effect of technical solution of the present invention is:
A kind of power telecom network defect troubleshooting decision assistant analytical method proposed by the invention, effectively improve treatment effeciency and the processing specification of electric power communication device defect fault, and for data in relevant functional database accumulation and abundantly provide effective approach, analyze the perfect of correlation technique for following needs communication network defect troubleshooting decision assistant and provide effective help.
Accompanying drawing explanation
Fig. 1 is the inventive method flow chart;
Fig. 2 is the systematic schematic diagram of power telecom network defect troubleshooting decision assistant analytical method coupling in the present invention.
Embodiment
Accompanying drawing, only for exemplary illustration, can not be interpreted as the restriction to this patent;
In order to better the present embodiment is described, some parts of accompanying drawing have omission, zoom in or out, and do not represent the size of actual product;
To those skilled in the art, in accompanying drawing, some known features and explanation thereof may be omitted is understandable.
Below in conjunction with drawings and Examples, technical scheme of the present invention is described further.
Embodiment 1
As shown in Figure 1, a kind of power telecom network defect troubleshooting decision assistant analytical method, comprises the following steps:
S1: the running status of electric power communication device warning module to electric power communication device being arranged at electric power communication device place in power telecom network by is monitored in real time, and generate early warning information, a power telecom network scheduler module is transferred to, this electric power communication device place existing defects fault of notice dispatching terminal dispatcher through an intensive data processing module being arranged at power telecom network dispatching terminal;
S2: described intensive data processing module is according to described early warning information, in a power telecom network defect failure information database, electric power communication device defect fault message corresponding to described early warning information is inquired about through one first query unit, in a power telecom network defect fault handling information database, power communication defect fault handling information corresponding to described electric power communication device defect fault message is inquired about through one second query unit, in a power telecom network configuration data of device storehouse, the electric power communication device equipment related information of this electric power communication device is inquired about through one the 3rd query unit,
S3: described intensive data processing module generates electric power communication device defect fault comprehensive information according to described electric power communication device defect fault message, described power communication defect fault handling information and described electric power communication device equipment related information, and this electric power communication device defect fault comprehensive information is sent to described power telecom network scheduler module;
S4: this electric power communication device defect fault service impact grade in conjunction with the electric power communication device defect fault service impact grade of described electric power communication device defect fault comprehensive information by this electric power communication device defect fault of power telecom network defect fault aid identification CMOS macro cell, and is fed back to described intensive data processing module by described power telecom network scheduler module;
S5: described intensive data processing module inquires about the on-the-spot O&M information of electric power communication device of this electric power communication device through one the 4th query unit in a power telecom network equipment operation/maintenance data storehouse, and generate the on-the-spot O&M disposes of information of electric power communication device according to described electric power communication device defect fault service impact grade and described electric power communication device defect fault comprehensive information, and by a first information push unit, on-the-spot for described electric power communication device O&M disposes of information is issued to an on-the-spot O&M processing module, notify that on-the-spot operation maintenance personnel carries out in-situ processing, and the on-the-spot O&M disposes of information of described electric power communication device carries out reference as on-the-spot O&M reference information for on-the-spot operation maintenance personnel,
S6: the on-the-spot O&M disposes of information of described electric power communication device that on-the-spot operation maintenance personnel receives according to described on-the-spot O&M processing module, the electric power communication device of existing defects fault is safeguarded, and by described on-the-spot O&M processing module after maintenance terminates, and feed back an electric power communication device business recovery confirmation to described intensive data processing module through described first information push unit; This electric power communication device business recovery confirmation is sent to described power telecom network dispatching terminal by described intensive data processing module, and this electric power communication device of prompting dispatcher completes on-site maintenance.
As shown in Figure 2, described electric power communication device warning module also comprises an equipment warning data collecting unit, an equipment warning data processing unit and a warning data recognition unit; Described equipment warning data collecting unit is used for the running status of electric power communication device described in Real-Time Monitoring, if when described electric power communication device is in abnormal operational conditions, generate early warning initial information, and this early warning initial information is sent to described equipment warning data processing unit; In the present embodiment, equipment warning data collecting unit is used for by being arranged on electric power communication device place and detecting the device Real-time Collection electric power communication device work on the spot state such as the curtage detection system of electric power communication device operating state, the Temperature Humidity Sensor of testing ambient temperature and humidity and with rated operation to comparing, if do not meet with rated operation, then generate early warning initial information, the emergent accident that the existence in order to monitor electric power communication device may occur as stored interruption of optical cables, power failure, equipment fault, machine room fire, thunderbolt etc.; Described equipment warning data processing unit obtains warning data from described early warning initial information, and transfers to described warning data recognition unit and carry out standardization, generates described early warning information; In the present embodiment, the information such as the correlation values in the analog or digital signal that equipment warning data collecting unit gathers by equipment warning data processing unit extract, as warning data, and carry out the relevant parameter of standardization as warning data recognition unit simultaneously, carry out in transfer of data, providing a unified data transmission interface with intensive data processing unit with thinking; Described early warning information comprises described electric power communication device ID, pre-warning time, electric power communication device type and electric power communication device positional information;
In the present embodiment, as shown in Figure 1, described power telecom network scheduler module generates an electric power communication device warning number according to described early warning information, and the warning number of this electric power communication device comprises this electric power communication device ID and pre-warning time; Described power telecom network scheduler module is reported to the police number for index name with electric power communication device, on-the-spot for electric power communication device O&M disposes of information is stored in a power telecom network defect fault lasts in database by described; This power telecom network defect fault lasts the material that the data stored in database can be used for following needs communication equipment on-site maintenance work summary, and pass through the cooperation of power telecom network defect fault aid identification module, as the input data of power telecom network defect fault handling information database.
In the present embodiment, described electric power communication device defect fault message comprises: fiber failure, equipment receive the defect fault message of light hit, tabula rasa fault and optical transmitter and receiver fan failure or other types, and in the process of electric power communication device defect fault message inquiry, according to the difference of early warning information, one or more electric power communication device defect fault messages corresponding; In addition, in the present embodiment, power equipment operational factor is mated with the defect fault phase of particular type by electric power communication device defect fault message; Described power communication defect fault handling information comprises: active-standby switch, electrical source exchange and first rob logical after repair or the defect troubleshooting scheme of other types, and for different electric power communication device defect fault messages, one or more power communication defect fault handling informations corresponding; In the present embodiment, the defect fault handling method of the type of power equipments defect fault and particular type matches by electric power communication device defect fault handling information; Described electric power communication device equipment related information comprises and the power equipment id information of this electric power communication device associated power equipment, power equipment positional information and power equipment user profile.
In described step S4, as depicted in figs. 1 and 2, described electric power communication device defect fault service impact grade comprises common, intermediate and urgent.In the present embodiment, power telecom network scheduler module and power telecom network defect fault aid identification module match, by judging in electric power communication device defect fault message user type included by the included type of defect fault handling information in included defect number of faults and type, power communication defect fault handling information and the quantity of correspondence and electric power communication device equipment related information and number of users comprehensive descision electric power communication device defect fault service impact grade; And during the course, the electric power communication device defect fault service impact grade generated can carry out reference for the dispatcher of dispatching terminal, and can revise according to the field condition correspondence of electric power communication device through power telecom network defect fault aid identification module.
In the present embodiment, in described step S5, the on-the-spot O&M information of described electric power communication device comprises: the geographical position, on-the-spot O&M room of the link information of the on-the-spot O&M processing module matched with described electric power communication device, the job number of the on-the-spot operation maintenance personnel of responsible described electric power communication device, the on-the-spot operation maintenance personnel name of responsible described electric power communication device and responsible described electric power communication device.
In the present embodiment, as shown in Figure 1, described intensive data processing module is also connected with several standby message push units, and described standby message push unit is connected with on-the-spot O&M processing module for subsequent use; Occur extremely if described first information push unit sends to described on-the-spot O&M processing module in electric power communication device on-the-spot O&M disposes of information process, the confirmation not receiving on-the-spot O&M module as first information push unit within the reception time limit receives information, then described first information push unit feedback one connects abnormal information to described intensive data processing module; Described intensive data processing module, according to described connection abnormal information, obtains the on-the-spot O&M information of non-firm power communication equipment through described 4th query unit in described power telecom network equipment operation/maintenance data storehouse; And by described standby message push unit, on-the-spot for described electric power communication device O&M disposes of information is sent to described on-the-spot O&M processing module for subsequent use, notify that on-the-spot operation maintenance personnel for subsequent use carries out in-situ processing, and the on-the-spot O&M disposes of information of described electric power communication device carries out reference as on-the-spot O&M reference information for on-the-spot operation maintenance personnel for subsequent use.In the present embodiment, the on-the-spot O&M information of non-firm power communication equipment comprises: the geographical position, for subsequent use on-the-spot O&M room of the link information of for subsequent use on-the-spot O&M processing module matched with described electric power communication device, the job number of for subsequent use on-the-spot operation maintenance personnel of responsible described electric power communication device, for subsequent use on-the-spot operation maintenance personnel name of responsible described electric power communication device and responsible described electric power communication device.
In the present embodiment, in described step S6, as depicted in figs. 1 and 2, on-the-spot operation maintenance personnel is by described on-the-spot O&M processing module, picture or word is adopted to carry out record stage by stage electric power communication device in-situ processing situation in real time, and be sent to described power telecom network scheduler module through described first information push unit and described intensive data processing module in real time, obtain electric power communication device process field condition for dispatching terminal dispatcher; Described power telecom network scheduler module is according to received described electric power communication device process field condition, generate electric power communication device field condition process information, and last in database in described power telecom network defect fault according to described electric power communication device warning corresponding stored.In the present embodiment, can realize the pressing of defect fault by mode in this, perform tracking and results verification, be the support of defect fault management in power telecom network.
In the present embodiment, in described step S6, as depicted in figs. 1 and 2, on-the-spot operation maintenance personnel is in process electric power communication device field process, by described on-the-spot O&M processing module, through described first information push unit and described intensive data processing module, in described power telecom network defect fault handling information database, inquire about power communication defect fault handling information.
In the present embodiment, in described step S6, as depicted in figs. 1 and 2, on-the-spot operation maintenance personnel is after process electric power communication device scene is terminated, adopt picture or writing record this electric power communication device in-situ processing result by described on-the-spot O&M processing module, and be sent to described power telecom network scheduler module through described first information push unit and described intensive data processing module; Described power telecom network scheduler module is according to received described electric power communication device in-situ processing result, generate electric power communication device in-situ processing object information, and last in database in described power telecom network defect fault according to described electric power communication device warning corresponding stored.
In the present embodiment, adopt method proposed by the invention, in following needs communication network, the statistical analysis of electric power communication device defect fault data provides powerful support.This statistical analysis carries out data mining analysis summary to historic defects record, defect network link occurred frequently, device type, equipment manufacturer's model, occurrence cause is found from historical record, as the significant data reference reducing communication defect, for the communication network dispatching management such as Internet resources allotment, the network optimization, the network planning and building-up work provide strong help.
The corresponding same or analogous parts of same or analogous label;
Describe in accompanying drawing position relationship for only for exemplary illustration, the restriction to this patent can not be interpreted as;
Obviously, the above embodiment of the present invention is only for example of the present invention is clearly described, and is not the restriction to embodiments of the present invention.For those of ordinary skill in the field, can also make other changes in different forms on the basis of the above description.Here exhaustive without the need to also giving all execution modes.All any amendments done within the spirit and principles in the present invention, equivalent to replace and improvement etc., within the protection range that all should be included in the claims in the present invention.
Claims (10)
1. a power telecom network defect troubleshooting decision assistant analytical method, is characterized in that, comprise the following steps:
S1: the running status of electric power communication device warning module to electric power communication device being arranged at electric power communication device place in power telecom network by is monitored in real time, and generate early warning information, a power telecom network scheduler module is transferred to, this electric power communication device place existing defects fault of notice dispatching terminal dispatcher through an intensive data processing module being arranged at power telecom network dispatching terminal;
S2: described intensive data processing module is according to described early warning information, in a power telecom network defect failure information database, electric power communication device defect fault message corresponding to described early warning information is inquired about through one first query unit, in a power telecom network defect fault handling information database, power communication defect fault handling information corresponding to described electric power communication device defect fault message is inquired about through one second query unit, in a power telecom network configuration data of device storehouse, the electric power communication device equipment related information of this electric power communication device is inquired about through one the 3rd query unit,
S3: described intensive data processing module generates electric power communication device defect fault comprehensive information according to described electric power communication device defect fault message, described power communication defect fault handling information and described electric power communication device equipment related information, and this electric power communication device defect fault comprehensive information is sent to described power telecom network scheduler module;
S4: this electric power communication device defect fault service impact grade in conjunction with the electric power communication device defect fault service impact grade of described electric power communication device defect fault comprehensive information by this electric power communication device defect fault of power telecom network defect fault aid identification CMOS macro cell, and is fed back to described intensive data processing module by described power telecom network scheduler module;
S5: described intensive data processing module inquires about the on-the-spot O&M information of electric power communication device of this electric power communication device through one the 4th query unit in a power telecom network equipment operation/maintenance data storehouse, and generate the on-the-spot O&M disposes of information of electric power communication device according to described electric power communication device defect fault service impact grade and described electric power communication device defect fault comprehensive information, and by a first information push unit, on-the-spot for described electric power communication device O&M disposes of information is issued to an on-the-spot O&M processing module, notify that on-the-spot operation maintenance personnel carries out in-situ processing, and the on-the-spot O&M disposes of information of described electric power communication device carries out reference as on-the-spot O&M reference information for on-the-spot operation maintenance personnel,
S6: the on-the-spot O&M disposes of information of described electric power communication device that on-the-spot operation maintenance personnel receives according to described on-the-spot O&M processing module, the electric power communication device of existing defects fault is safeguarded, and by described on-the-spot O&M processing module after maintenance terminates, and feed back an electric power communication device business recovery confirmation to described intensive data processing module through described first information push unit; This electric power communication device business recovery confirmation is sent to described power telecom network dispatching terminal by described intensive data processing module, and this electric power communication device of prompting dispatcher completes on-site maintenance.
2. power telecom network defect troubleshooting decision assistant analytical method according to claim 1, it is characterized in that, described electric power communication device warning module also comprises an equipment warning data collecting unit, an equipment warning data processing unit and a warning data recognition unit; Described equipment warning data collecting unit is used for the running status of electric power communication device described in Real-Time Monitoring, if when described electric power communication device is in abnormal operational conditions, generate early warning initial information, and this early warning initial information is sent to described equipment warning data processing unit; Described equipment warning data processing unit obtains warning data from described early warning initial information, and transfers to described warning data recognition unit and carry out standardization, generates described early warning information; Described early warning information comprises described electric power communication device ID, pre-warning time, electric power communication device type and electric power communication device positional information.
3. power telecom network defect troubleshooting decision assistant analytical method according to claim 2, it is characterized in that, described power telecom network scheduler module generates an electric power communication device warning number according to described early warning information, and the warning number of this electric power communication device comprises this electric power communication device ID and pre-warning time; Described power telecom network scheduler module is reported to the police number for index name with electric power communication device, on-the-spot for electric power communication device O&M disposes of information is stored in a power telecom network defect fault lasts described in database.
4. power telecom network defect troubleshooting decision assistant analytical method according to claim 1, it is characterized in that, described electric power communication device defect fault message comprises: fiber failure, equipment receive light hit, tabula rasa fault and optical transmitter and receiver fan failure; Described power communication defect fault handling information comprises: active-standby switch, electrical source exchange and first rob logical after repair; Described electric power communication device equipment related information comprises and the power equipment id information of this electric power communication device associated power equipment, power equipment positional information and power equipment user profile.
5. power telecom network defect troubleshooting decision assistant analytical method according to claim 1, is characterized in that, in described step S4, described electric power communication device defect fault service impact grade comprises common, intermediate and urgent.
6. power telecom network defect troubleshooting decision assistant analytical method according to claim 1, it is characterized in that, in described step S5, the on-the-spot O&M information of described electric power communication device comprises: the geographical position, on-the-spot O&M room of the link information of the on-the-spot O&M processing module matched with described electric power communication device, the job number of the on-the-spot operation maintenance personnel of responsible described electric power communication device, the on-the-spot operation maintenance personnel name of responsible described electric power communication device and responsible described electric power communication device.
7. power telecom network defect troubleshooting decision assistant analytical method according to claim 1, it is characterized in that, described intensive data processing module is also connected with several standby message push units, and described standby message push unit is connected with on-the-spot O&M processing module for subsequent use; Occur extremely if described first information push unit sends to described on-the-spot O&M processing module in electric power communication device on-the-spot O&M disposes of information process, then described first information push unit feedback one connects abnormal information to described intensive data processing module; Described intensive data processing module, according to described connection abnormal information, obtains the on-the-spot O&M information of non-firm power communication equipment through described 4th query unit in described power telecom network equipment operation/maintenance data storehouse; And by described standby message push unit, on-the-spot for described electric power communication device O&M disposes of information is sent to described on-the-spot O&M processing module for subsequent use, notify that on-the-spot operation maintenance personnel for subsequent use carries out in-situ processing, and the on-the-spot O&M disposes of information of described electric power communication device carries out reference as on-the-spot O&M reference information for on-the-spot operation maintenance personnel for subsequent use.
8. power telecom network defect troubleshooting decision assistant analytical method according to claim 1, it is characterized in that, in described step S6, on-the-spot operation maintenance personnel is by described on-the-spot O&M processing module, picture or word is adopted to carry out record stage by stage electric power communication device in-situ processing situation in real time, and be sent to described power telecom network scheduler module through described first information push unit and described intensive data processing module in real time, obtain electric power communication device process field condition for dispatching terminal dispatcher; Described power telecom network scheduler module is according to received described electric power communication device process field condition, generate electric power communication device field condition process information, and last in database in described power telecom network defect fault according to described electric power communication device warning corresponding stored.
9. power telecom network defect troubleshooting decision assistant analytical method according to claim 1, it is characterized in that, in described step S6, on-the-spot operation maintenance personnel is in process electric power communication device field process, by described on-the-spot O&M processing module, through described first information push unit and described intensive data processing module, in described power telecom network defect fault handling information database, inquire about power communication defect fault handling information.
10. power telecom network defect troubleshooting decision assistant analytical method according to claim 1, it is characterized in that, in described step S6, on-the-spot operation maintenance personnel is after process electric power communication device scene is terminated, adopt picture or writing record this electric power communication device in-situ processing result by described on-the-spot O&M processing module, and be sent to described power telecom network scheduler module through described first information push unit and described intensive data processing module; Described power telecom network scheduler module is according to received described electric power communication device in-situ processing result, generate electric power communication device in-situ processing object information, and last in database in described power telecom network defect fault according to described electric power communication device warning corresponding stored.
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| CN104821900A (en) * | 2015-05-29 | 2015-08-05 | 国家电网公司 | Power communication network emergency repairing whole-course control system based on mobile platform application |
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