CN104320552A - IVR intelligent system emergency telephone traffic route filtering method based on 95598 large telephone traffic - Google Patents
IVR intelligent system emergency telephone traffic route filtering method based on 95598 large telephone traffic Download PDFInfo
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Abstract
The invention relates to an IVR intelligent system emergency telephone traffic route filtering method based on 95598 large telephone traffic. The emergency telephone traffic route filtering method comprises the steps of region telephone traffic early warning, IVR telephone traffic filtering and short message sending. According to the technical scheme, by analyzing the intensity and region of 95598 telephone traffic rush and the characteristics of services in emergencies, a power supply service center puts forward a method for achieving automatic judgment and analysis of power grid emergencies based on real-time telephone traffic; by constructing the intelligent telephone traffic routing algorithm self-adapted to the power grid emergencies, adopting a classical self-adaptation control method and carrying out analog computation and analysis through historical data, the intelligent telephone traffic routing control algorithm which is high in practicability and capable of being self-adapted to the power grid emergencies is studied out.
Description
Technical field
The present invention relates to electric power public service call center
95598emergency processing method.
Background technology
Customer Service Center of State Grid Zhejiang Electric Power Company set up on April 27th, 2012, was under the jurisdiction of Electric Power Research Institute of State Grid Zhejiang Electric Power Company.According to State Grid Corporation of China's " three collection five are large " scheme of organization reform, province electric service center arranges comprehensive room, 95598 operation management rooms, 95598 Customer Service Departments, large power consumers room, sections of 5, technical support office, the application of primary responsibility the whole province 95598 traffic, marketing automation system, marketing inspection monitoring, ordered electric, 220 kilovolts and the provincial business execution such as above Business Process System and 110 kilovolts of power supply plans, contract for the supply and use of electricity examination & verifications.
By the impact of the accident such as electric network fault, hazard weather, the typical feature of Power Calling Centre is that traffic variation is large especially, according to incompletely statistics, between when there is accident, Peak Hour is 20 times to 40 times of regular time periods, far away higher than the ratio of other industry.How to change traffic route in time, restriction accident district telephone taking seat resource, meet carrying out of non-burst event area customer service business, and on this basis, effectively utilize the resources such as self-assisted voice (IVR) and note to successfully manage the phone demand in accident area, the efficiency of operation and the equal tool of service level promoting power industry or other public service call centers is of great significance.
The emergency action ability of the large traffic of reply 95598 burst is the emphasis in central task always.Electric service center, Zhejiang from the whole province's seat concentrate reach the standard grade since, the traffic that accident causes is swarmed and is brought very large challenge to operation management, for " sea anemone " typhoon same day during summer peak meeting in 2012, wide-area failures by typhoon influence area causes traffic to increase sharply, the system incoming call amount on the same day reaches more than 220,000, cause manual telephone system connection level to decline to a great extent, cause Electricity customers to be discontented with situation and increase.So, have and a set ofly the accident of self adaptation electrical network can cause the traffic IVR intelligently filters emergency disposal means of shoving, will effectively alleviate the sharp contradiction under accident between client's demand and seat resource.
Traffic routing algorithm is that the enhancing customer service of call center is experienced, improved customer satisfaction and the key of efficiency of operation.Traffic routing algorithm for client segmentation, business layering, time slice and technical ability classification etc. is very ripe.The routing algorithm of such as hierarchical service, its main points are placed into by customer phone in call queue corresponding to affiliated customers, then to the real-time call completing rate of each call queue with expect that the route analysis model that call completing rate and minimum call completing rate three build calculates, select route, be embodied as the differentiated service that different levels customers provide varying level.Also have based on the Intelligent routing of business rules in addition, can realize based on the expection stand-by period route, based on take the minimum time route, based on strategies such as the route based on different geographical, the routes based on cost of human resources.The algorithm that all these is technical ability according to seat, resource situation is different customer service rank (as VIP, normal client) and class of service (as complained, consulting) provides the service of differentiation to study.For the emergency route that solution of emergent event phone is swarmed, yet there are no relevant report.
Summary of the invention
In order to solve above-mentioned technical problem, the object of this invention is to provide a kind of IVR intelligent system based on 95598 large traffics and to meet an urgent need traffic route filtering method, the method practical, intelligence can the traffic route test of self adaptation electrical network accident.
In order to realize above-mentioned object, present invention employs following technical scheme:
IVR intelligent system based on 95598 large traffics is met an urgent need traffic route filtering method, and described IVR intelligent system has carried out following improvement:
1) increase state modulator in IVR intelligent system, whether this state modulator enables Bulk Call filtering function;
2) newly-increased whether enable the prerequisite of Bulk Call filtration parameter under, what increase that 77, Zhejiang Province city's local exchange+unit of county telephone central office correspondence lands code enables filtration parameter, and this state modulator homing address of calling number is the need of carrying out traffic filtering function;
3), after phone enters IVR intelligent system, increase the incoming call number filtration parameter that ownership districts and cities/county telephone central office is corresponding and whether open: the follow-up traffic filter logic that then enters of having opened judges; That does not open then reports and IVR sub-process by directly entering follow-up salutatory;
4) incoming call number belongs to mobile phone and judges by rear, and prompting " system is busy, dials after a while again ", then directly abandons this phone, and follow-up direct mode of being informed by note notifies client; Announcement information obtains the corresponding SMS notification information of filtering districts and cities and having safeguarded by program;
Above-mentioned emergent traffic route filtering method comprises the following steps:
1) regional telephone traffic early warning
Automatic collection, analyze live traffice amount, current queuing situation information, exceed certain quantity or certain technical ability group queuing quantity in certain districts and cities' telephone traffic and exceed certain value and point out;
2) IVR filters traffic function and short message sending
Function modifications is carried out to IVR flow process in electric service center: enter IVR at traffic and reporting this node before salutatory, the parameter configuration of newly-increased " whether enabling high traffic to filter ", " arranging corresponding districts and cities/county telephone central office "; Whether normal condition " enables high traffic to filter " value of parameter for not enable, when economizing electric service center monitoring and remaining high to certain districts and cities/generation high traffic system queuing of county telephone central office number, after obtaining relevant leader's confirmation, this parameter value is set to enable by notification platform personnel, the filtration parameter of corresponding unit is set simultaneously for opening, now IVR flow process enables high traffic filtering function for corresponding districts and cities/county telephone central office, and corresponding filter traffic flow process is as follows:
1. user dials 95598 customer service hot lines, and call request enters IVR main flow and before report salutatory, when traffic filtration parameter is enabled, program first judges whether the filtration parameter of corresponding districts and cities/county telephone central office is opened;
If 2. opened, then this area's traffic is uprushed needs to filter traffic; Now program judges whether caller ID is cell-phone number again, and if it is point out " system is busy, dials after a while again ", then directly abandon this phone, the mode of informing subsequently through note notifies client, the urgent notice content in announcement information automatic acquisition IVR; If home Tel does not then process enter follow-up flow process;
If 3. not enabled, then respective user phone does not process and enters follow-up salutatory report and follow-up IVR sub-process;
4. after corresponding districts and cities catastrophic failure terminates, " whether enabling high traffic to filter " parameter value of correspondence is set to not enable by notification platform personnel, arrange the filtration parameter of corresponding districts and cities/county telephone central office for not open, now IVR filters traffic disabler, is reduced into normal mode simultaneously.
As preferably, described regional telephone traffic early warning comprises following composition:
Districts and cities' telephone traffic analysis: requirement can carry out early warning current 2 minutes internal traffic situations according to landing the unit of code correspondence to district, if certain districts and cities exceedes certain telephone traffic, then carries out flash animation on the tinkle of bells, computer screen and reports to the police;
Traffic queuing number is analyzed: require to show live traffice queuing number early warning analysis according to each districts and cities, fault and non-faulting technical ability group in current system; If current queuing number exceedes certain set point, carry out flash animation on the tinkle of bells, computer screen and report to the police.
The present invention is owing to have employed above-mentioned technical scheme, electric service center is by analyzing the feature of 95598 traffics are swarmed under accident intensity, region and business, electrical network accident automatic decision analytical method based on real-time call is proposed, based on building the intelligent traffic routing algorithm being adaptive to electrical network accident, adopt classical self-adaptation control method, and carry out analog computation and analysis by historical data, what work out practical, intelligence can the traffic non-blocking properity of self adaptation electrical network accident.
Accompanying drawing explanation
Fig. 1 is the present invention area telephone traffic warning function observation interface figure.
Fig. 2 is the flow chart that IVR filters traffic function modifications and short message sending.
Fig. 3 is the flow chart of intelligent robot voice service.
Fig. 4 is the Organization Chart of the system of IVR intelligence based on 95598 large traffics.
Fig. 5 is intelligent robot voice service typhoon disaster application scenarios application drawing.
Fig. 6 is that front and back call completing rate situation comparison diagram per hour is enabled in intelligent emergent disposal.
Embodiment
Below in conjunction with accompanying drawing, the specific embodiment of the present invention is made a detailed explanation.
As shown in Figure 4, IVR intelligent system based on 95598 large traffics of the present invention comprises voice exchange, IVR system, ARS system, tts system, Service Database, voice exchange is connected with IVR system, ARS system, tts system are connected with described IVR system respectively by MRCP interface, and Service Database is by being connected with described IVR system with WS/DB interface.
The realization that 1.IVR intelligent emergent is disposed
1.1 intelligent traffic route filtering realize
1.1.1 regional telephone traffic warning function exploitation
The warning function page can automatic analysis live traffice amount, current queuing situation information: namely in current time, certain districts and cities' telephone traffic exceedes certain quantity or certain technical ability group queuing quantity and exceedes certain value and just have prompting (needs are pointed out more intuitively: flash animation warning etc. on the tinkle of bells, computer screen).Guarantee that dispatcher can grasp live traffice situation the very first time.Observation interface figure as shown in Figure 1.
districts and cities' telephone traffic analysis:requirement can carry out (specifically can provide parameter configuration) telephone traffic situation in current 2 minutes of early warning according to landing the unit of code correspondence to district (77 districts), if certain districts and cities exceedes certain telephone traffic (can provide parameter configuration), then carry out flash animation warning etc. on the tinkle of bells, computer screen.
traffic queuing number is analyzed:require according to 11 districts and cities, fault and non-faulting in current system totally 22 technical ability groups show live traffice queuing number early warning analysis.If current queuing number exceedes certain set point (can provide parameter configuration), carry out flash animation warning etc. on the tinkle of bells, computer screen.
1.1.2 IVR filters traffic function modifications and short message sending
Function modifications is carried out to IVR flow process in electric service center: enter IVR at traffic and reporting this node before salutatory, the parameter configuration of newly-increased " whether enabling high traffic to filter ", " arranging corresponding districts and cities/county telephone central office (what amount to 77 Unit codes for local exchange+county telephone central office of city enables configuration item) ".Whether normal condition " enables high traffic to filter " value of parameter for not enable, when economizing electric service center monitoring and remaining high to certain districts and cities/generation high traffic system queuing of county telephone central office number, after obtaining relevant leader's confirmation, this parameter value is set to enable by notification platform personnel, arrange the filtration parameter of corresponding unit for opening, now IVR flow process enables high traffic filtering function for corresponding districts and cities/county telephone central office simultaneously.As shown in Figure 2, corresponding filter traffic flow process is as follows:
1, user dials 95598 customer service hot lines, and call request enters IVR main flow and before report salutatory, when traffic filtration parameter is enabled, program first judges whether the filtration parameter of corresponding districts and cities/county telephone central office is opened;
If 2 open, then this area's traffic is uprushed needs to filter traffic.Now program judges whether caller ID is cell-phone number again, if it is point out " system is busy; dial after a while again ", then directly abandon this phone, the mode of informing subsequently through note notifies client's (urgent notice content in announcement information automatic acquisition IVR); If home Tel does not then process enter follow-up flow process;
If 3 not enableds, then respective user phone does not process and enters follow-up salutatory report and follow-up IVR sub-process;
4, after corresponding districts and cities catastrophic failure terminates, " whether enabling high traffic to filter " parameter value of correspondence is set to not enable by notification platform personnel, arrange the filtration parameter of corresponding districts and cities/county telephone central office for not open, now IVR filters traffic disabler, is reduced into normal mode simultaneously.
the explanation of transformation function point
1) increase state modulator in ivr, whether this state modulator enables Bulk Call filtering function;
2) newly-increased whether enable the prerequisite of Bulk Call filtration parameter under, increase by 77 city's local exchanges+unit of county telephone central office corresponding land code enable filtration parameter, this state modulator homing address of calling number is the need of carrying out traffic filtering function;
3), after phone enters IVR, increase the incoming call number filtration parameter that ownership districts and cities/county telephone central office is corresponding and whether open: the follow-up traffic filter logic that then enters of having opened judges; That does not open then reports and IVR sub-process by directly entering follow-up salutatory;
4) when the filtration parameter of incoming call number corresponding districts and cities/county telephone central office is opened, the Logic judgment of cell-phone number/home Tel is increased: the follow-up traffic filter logic of carrying out belonging to cell-phone number judges; Home Tel directly enters follow-up salutatory and reports and IVR sub-process;
5) incoming call number belongs to mobile phone and judges by rear, prompting " system is busy; dial after a while again ", then directly abandons this phone, and follow-up mode of directly being informed by note notifies client's (announcement information obtains the corresponding SMS notification information of filtering districts and cities and having safeguarded by program).
1.2 intelligent robot voice services realize
Intelligent sound flow process is mainly divided into business intelligence to accept and on-line intelligence analysis two major parts.Business intelligence accepts and meets customer service request mainly through IVR interactive voice.On-line intelligence analyzes the analysis by leaving a message to user, may occur the responsive work order causing complaint, process in time in Timeliness coverage intelligent sound flow process.As shown in Figure 3, detailed process is as follows:
1. entering intelligent robot voice service traffic is busy, report greeting, collect user's request, carry out identifications request, identifies successfully, enter operation flow fast, completing inquiry days by voice or key-press input family number with inquiring about; Go to step 3. after completing;
2. recognition failures, voice message " use mandarin or word speed too fast ", and go to step 3.;
3. pointing out " whether continuing business consultation ", is go to step 1., no, goes to step 4.;
4. informing that user can carry out tone information, is carry out tone information, no, end dialog;
5. full text transcription text after tone information, carries out automatic or manual screening, sends responsive work order, carry out worksheet, the complete end of worksheet.
Intelligent robot voice service is on basis, conventional voice calls center, integrating speech sound recognition technology (ASR), the IVR system of call center is enable to support to be undertaken alternately by voice between client, utilize the intelligent speech recognition capabilities of call center, be directly acquainted with customer demand, and the demand of client is responded, realize intelligent analysis, voice are freely linked up, rapid-action object.
The principal character of intelligent interactive answering system is support voice intelligent navigation and voice messaging typing, easy to use, the remarkable shortening business handling time, need, by voice reminder and menu setecting layer by layer, just can enter corresponding operation flow and compare obvious advantage with conventional I VR.For the Power Calling Centre inquiry electricity charge, user dials after 95598, as long as say the demand of the inquiry electricity charge, as " looking into the electricity charge ", " electricity charge inquiry ", " electricity charge consulting " etc. can enter into the operation flow of electricity charge inquiry fast, then complete inquiry days by voice or key-press input family number with inquiry.Build intelligent interactive answering system key problem in technology and be 2 points, one is integrating speech sound recognition technology (ASR) on conventional voice calls platform, two is the functional interfaces provided in conjunction with speech recognition technology (ASR), transforms the function of original IVR.The framework of system as shown in Figure 4.Specifically comprise following part:
(1) on existing voice call platform basis, integrated ARS product, ASR product is docked with IVR by MRCP agreement, realizes intelligent sound recognition function;
(2) because IVR speech business function is relatively stable, days, the family digital information of accurately collecting user's input is needed in practical business, the ASR product selecting to support based on grammer and keyword recognition is needed in this programme, and this product needed supports MRCP protocol interface, to improve fast Development ability;
(3) to existing ivr menu option, possible expression way can be configured in ASR grammer.As the option of " outage information inquiry ", the common expression way such as " looking into power failure ", " have a power failure inquiry ", " outage information inquiry " can be configured.Like this, no matter how user expresses, and all successfully can identify corresponding menu item, accurately forward corresponding service function to.
(4) at the keyword of the common business function of the integrated major part of main menu, such user can carry out through corresponding business function at main menu by saying keyword, realizes intelligent navigation, simplifies ivr menu, also facilitate user and select fast.
(5) except menu setecting, in current IVR, modal input mode is exactly that numeral have input, and comprises Customs Assigned Number, password, ID card No., Query Dates, phone number, fax number, rechargeable card card number, prepaid card password, bank card number etc.In theory, the input of above-mentioned numeral number all can adopt ASR technology to carry out phonetic entry, provides key-press input mode simultaneously.Wherein, the information such as Customs Assigned Number, phone number, fax number, rechargeable card card number can adopt ASR technology, are quoted and identify, avoid frequent switching key state in communication process by user in communication process.Query Dates uses phonetic entry closer to natural language, can be easier to understand, and avoids the requirement to key-press input form; Passwords etc. relate to the information of privacy or information security, can continue requirement and use the input of button form, at utmost ensure that the information such as password are not revealed in conversing in public.
1.2.1 system suitability transformation
?
call platform is transformed
Integrated ASR and intelligent inference module on existing Huawei's call platform basis, realize system supports voice identification and intelligent inference.IVR system supports conventional I VR answering service and intelligent sound seat answer service.Huawei's call platform version of current Zhejiang application deployment, need relate to a grade platform release support voice identification software.
iVR transforms
Transform existing IVR flow process, reforming content comprises:
1) function that integrated intelligent speech recognition is relevant, transforms system main menu, realizes intelligent sound
Navigation;
2) transform each business subfunction of existing IVR flow process, increase the input of quotation information and support, realize service account
Number, password, days etc. Data support voice and keystroke pattern input;
3) transform the transfer of existing IVR flow process and routing policy, support that queuing number is too much, or when shifting unsuccessfully
Phone is transferred to intelligent sound seat to reply.
business datum is integrated
Intelligent sound identification needs to realize various ways inquiry business system blackout, telegram in reply relevant information, and with in every family number, information that electricity consumption address is relevant, therefore need increase corresponding service system interface, to adapt to the interface requirement of IVR and intelligent inference module.Acquisition business datum is as follows:
A. marketing system: with in every family number, electricity consumption address etc.;
B.95598 system: outage information, telegram in reply information etc.;
C.GIS/ battalion joins: cell name, natural village title;
1.2.2 the application of typhoon disaster application scenarios as shown in Figure 5.
1. IVR intelligent emergent disposal technology effect
Dispose for making intelligent emergent and come into operation during summer peak meeting, this project tests from requirement investigation, development and Design, deployment the preparation of application through anxiety in early stage of reaching the standard grade, and comes into operation at the beginning of 2013 8 months.
1) bursts of traffic is successfully managed
During summer peak meeting in 2013, IVR intelligent emergent disposal function is enabled at center in time when grasping corresponding regional wide-area failures, and for September 10,11 days, concrete data were as follows respectively:
Intelligent emergent is disposed and is enabled the situation contrast per hour of front and back call completing rate as shown in Figure 6.
From September 10,9 beginnings on the 11st, there is abnormal swarming in traffic, cause artificial call completing rate to decline, intelligent emergent disposal function is enabled at center in time, makes call completing rate recover rapidly the normal condition of more than 95%.IVR intelligent emergent disposal technology is when the large traffic that happens suddenly shoves, not only change the pattern that tradition directly cuts off trunk passage, the information of very first time proactive notification client region while significantly improving artificial call completing rate, avoid client repeatedly to dial the secondary that hot line causes and block up, the contradiction of great solution client's demand and seat resource, improves good service level.
2) actively new services is expanded
At traffic peak hours/period, start the application of intelligent sound robot, to waiting in line portions of client, remind client current manual that traffic is busy, flow process that guiding enters " intelligent robot seat ", to reduce " manually registering " cost, realizes " first connecing to greatest extent ", allow client perception to " problem is accepted ", greatly reduce traffic demand.By practical application, intelligent robot is mainly manifested in following three aspects:
one isrealize in ivr menu level " flattening " of call menu; reduce menu complexity, the interaction times of condition and system, the direct arrival rate of business promotes 5%; simultaneously when Added Business without the need to planning that this business is in the particular problem of System menu, it is easier to expand;
two areuser without the need to understanding Business Name, direct statement demand, without the need to understanding the position of the whole menu of Business Processing needed, user friendly experience promotes more than 5%;
three arebreak through the limitation that conventional I VR button level is many, traditional touch-tone IVR calls out navigation and at the end of Self-Service, is about 75 seconds from beginning, and calling navigation-type IVR service duration is about 30 seconds, mutual duration reduction about 100%.
Claims (2)
1. to meet an urgent need traffic route filtering method based on the IVR intelligent system of 95598 large traffics, it is characterized in that described IVR intelligent system has carried out following improvement:
1) increase state modulator in IVR intelligent system, whether this state modulator enables Bulk Call filtering function;
2) newly-increased whether enable the prerequisite of Bulk Call filtration parameter under, what increase that 77, Zhejiang Province city's local exchange+unit of county telephone central office correspondence lands code enables filtration parameter, and this state modulator homing address of calling number is the need of carrying out traffic filtering function;
3), after phone enters IVR intelligent system, increase the incoming call number filtration parameter that ownership districts and cities/county telephone central office is corresponding and whether open: the follow-up traffic filter logic that then enters of having opened judges; That does not open then reports and IVR sub-process by directly entering follow-up salutatory;
4) incoming call number belongs to mobile phone and judges by rear, and prompting " system is busy, dials after a while again ", then directly abandons this phone, and follow-up direct mode of being informed by note notifies client; Announcement information obtains the corresponding SMS notification information of filtering districts and cities and having safeguarded by program;
Above-mentioned emergent traffic route filtering method comprises the following steps:
1) regional telephone traffic early warning
Automatic collection, analyze live traffice amount, current queuing situation information, exceed certain quantity or certain technical ability group queuing quantity in certain districts and cities' telephone traffic and exceed certain value and point out;
2) IVR filters traffic function and short message sending
Function modifications is carried out to IVR flow process in electric service center: enter IVR at traffic and reporting this node before salutatory, the parameter configuration of newly-increased " whether enabling high traffic to filter ", " arranging corresponding districts and cities/county telephone central office "; Whether normal condition " enables high traffic to filter " value of parameter for not enable, when economizing electric service center monitoring and remaining high to certain districts and cities/generation high traffic system queuing of county telephone central office number, after obtaining relevant leader's confirmation, this parameter value is set to enable by notification platform personnel, the filtration parameter of corresponding unit is set simultaneously for opening, now IVR flow process enables high traffic filtering function for corresponding districts and cities/county telephone central office, and corresponding filter traffic flow process is as follows:
1. user dials 95598 customer service hot lines, and call request enters IVR main flow and before report salutatory, when traffic filtration parameter is enabled, program first judges whether the filtration parameter of corresponding districts and cities/county telephone central office is opened;
If 2. opened, then this area's traffic is uprushed needs to filter traffic; Now program judges whether caller ID is cell-phone number again, and if it is point out " system is busy, dials after a while again ", then directly abandon this phone, the mode of informing subsequently through note notifies client, the urgent notice content in announcement information automatic acquisition IVR; If home Tel does not then process enter follow-up flow process;
If 3. not enabled, then respective user phone does not process and enters follow-up salutatory report and follow-up IVR sub-process;
4. after corresponding districts and cities catastrophic failure terminates, " whether enabling high traffic to filter " parameter value of correspondence is set to not enable by notification platform personnel, arrange the filtration parameter of corresponding districts and cities/county telephone central office for not open, now IVR filters traffic disabler, is reduced into normal mode simultaneously.
2. the IVR intelligent system based on 95598 large traffics according to claim 1 is met an urgent need traffic route filtering method, it is characterized in that regional telephone traffic early warning comprises following composition:
Districts and cities' telephone traffic analysis: requirement can carry out early warning current 2 minutes internal traffic situations according to landing the unit of code correspondence to district, if certain districts and cities exceedes certain telephone traffic, then carries out flash animation on the tinkle of bells, computer screen and reports to the police;
Traffic queuing number is analyzed: require to show live traffice queuing number early warning analysis according to each districts and cities, fault and non-faulting technical ability group in current system; If current queuing number exceedes certain set point, carry out flash animation on the tinkle of bells, computer screen and report to the police.
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Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| TWI596578B (en) * | 2015-10-07 | 2017-08-21 | 威迅科技股份有限公司 | Warning method and system for abnormal central office connection |
| CN109345072A (en) * | 2018-08-30 | 2019-02-15 | 国网浙江省电力有限公司杭州供电公司 | Dispatching method for distribution branch line scheduling scenario |
| CN110769124A (en) * | 2019-10-30 | 2020-02-07 | 国网江苏省电力有限公司镇江供电分公司 | Electric power marketing customer communication system |
Citations (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN1398125A (en) * | 2001-07-18 | 2003-02-19 | 华为技术有限公司 | Process for treating middle or high traffic load in intelligent mobile network |
| EP1631051A1 (en) * | 2004-08-31 | 2006-03-01 | Deutsche Telekom AG | Method and system providing load-dependent filtering when calling a service |
| CN103067623A (en) * | 2013-01-29 | 2013-04-24 | 江苏电力信息技术有限公司 | Telephone traffic peak surge calling optimization method based on collaborative filtering |
-
2014
- 2014-11-13 CN CN201410639763.0A patent/CN104320552B/en active Active
Patent Citations (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN1398125A (en) * | 2001-07-18 | 2003-02-19 | 华为技术有限公司 | Process for treating middle or high traffic load in intelligent mobile network |
| EP1631051A1 (en) * | 2004-08-31 | 2006-03-01 | Deutsche Telekom AG | Method and system providing load-dependent filtering when calling a service |
| CN103067623A (en) * | 2013-01-29 | 2013-04-24 | 江苏电力信息技术有限公司 | Telephone traffic peak surge calling optimization method based on collaborative filtering |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| TWI596578B (en) * | 2015-10-07 | 2017-08-21 | 威迅科技股份有限公司 | Warning method and system for abnormal central office connection |
| CN109345072A (en) * | 2018-08-30 | 2019-02-15 | 国网浙江省电力有限公司杭州供电公司 | Dispatching method for distribution branch line scheduling scenario |
| CN110769124A (en) * | 2019-10-30 | 2020-02-07 | 国网江苏省电力有限公司镇江供电分公司 | Electric power marketing customer communication system |
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