CN105050121A - Sector optimizing method and device - Google Patents
Sector optimizing method and device Download PDFInfo
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- CN105050121A CN105050121A CN201510515833.6A CN201510515833A CN105050121A CN 105050121 A CN105050121 A CN 105050121A CN 201510515833 A CN201510515833 A CN 201510515833A CN 105050121 A CN105050121 A CN 105050121A
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- H04—ELECTRIC COMMUNICATION TECHNIQUE
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Abstract
The invention discloses a sector optimizing method and device, relating to the field of information technology and improving the sector optimization degree. The method comprises the steps of firstly, determining a value score and a value area of each sector; then, determining a network performance score of each sector; according to the network performance score of each sector, determining a network performance area of each sector; and finally, according to the value area and the network performance area of each sector, screening out sectors needing network performance optimization or value optimization. The method is applicable to optimization of network performance or value of each sector according to the network performance score and the value score of each sector.
Description
Technical field
The present invention relates to areas of information technology, particularly a kind of method and device optimizing sector.
Background technology
Along with the development of information technology, networking, also along with development, in order to ensure the network performance of each sector, needing to determine the sector that there is network problem, and carrying out the network optimization, to ensure Consumer's Experience to the sector that there is network problem.
At present, a kind of method optimizing sector, first according to analytic hierarchy process (AHP) (English full name: AnalyticHierarchyProcess, english abbreviation: AHP) and Z score (English full name: Z-Score) scoring determine each sector weight and be worth score, then according to the value score of each sector, the optimization each sector being carried out to network performance is determined.
But, when the value score according to each sector, during to carry out the optimization of network performance to each sector, because the sector being worth score higher may be the good sector of network performance, also may be the poor sector of network performance, therefore only corresponding according to sector value score, cannot accurately to the optimizing network performance of sector, thus causes the degree that is optimized sector lower.
Summary of the invention
The invention provides a kind of method and the device of optimizing sector, the degree that sector is optimized can be improved.
The technical solution used in the present invention is:
First aspect, the invention provides a kind of method optimizing sector, comprising:
Determine value region corresponding to the value score that each sector is respectively corresponding and each sector described, value region corresponding to each sector described comprises: high value region, middle value region and low value region;
Determine the network performance score that each sector described is corresponding respectively;
The network performance score corresponding respectively according to each sector described, determine the network performance region that each sector is corresponding respectively, described network performance region comprises: the region in the region that network performance is good, network performance and network performance difference region;
The network performance region of the value region corresponding respectively according to each sector described and each sector described difference correspondence, filters out and needs carry out optimization of network performance or be worth the sector optimized.
Second aspect, the invention provides a kind of device optimizing sector, comprising:
Determining unit, for determining value region corresponding to the value score that each sector is respectively corresponding and each sector described, value region corresponding to each sector described comprises: high value region, middle value region and low value region;
Described determining unit, also for determining the network performance score that each sector described is corresponding respectively;
Described determining unit, also for the network performance score corresponding respectively according to each sector described, determine the network performance region that each sector is corresponding respectively, described network performance region comprises: the region in the region that network performance is good, network performance and network performance difference region;
Screening unit, the corresponding respectively network performance region in the value region corresponding respectively for each sector described in determining according to described determining unit and each sector described, filters out and needs carry out optimization of network performance or be worth the sector optimized.
The method of optimization sector provided by the invention and device, first value region corresponding to the value score that each sector is respectively corresponding and each sector is determined, then the network performance score that each sector is corresponding is respectively determined and the network performance score corresponding respectively according to each sector, determine the network performance region that each sector is corresponding respectively, finally according to the value region of correspondence and the network performance region of each sector difference correspondence respectively, each sector, filter out and need carry out optimization of network performance or be worth the sector optimized.With the current value score according to each sector, compare with the optimization each sector being carried out to network performance, the present invention is by determining the network performance region of the value region that each sector is corresponding respectively and each sector difference correspondence, can in conjunction with the value region of correspondence and the network performance region of each sector difference correspondence respectively, each sector, the network performance of sector or value are optimized, thus network performance or the value of each sector can be optimized targetedly, enter the degree that can improve and sector is optimized.
Accompanying drawing explanation
In order to be illustrated more clearly in the present invention or technical scheme of the prior art, be briefly described to the accompanying drawing used required in the present invention or description of the prior art below, apparently, accompanying drawing in the following describes is only some embodiments of the present invention, for those of ordinary skill in the art, under the prerequisite not paying creative work, other accompanying drawing can also be obtained according to these accompanying drawings.
Fig. 1 is the method flow diagram optimizing sector in the embodiment of the present invention;
Fig. 2 is the another kind of method flow diagram optimizing sector in the embodiment of the present invention;
Fig. 3 is the method flow diagram that in the embodiment of the present invention, another optimizes sector;
Fig. 4 is the method flow diagram that in the embodiment of the present invention, another optimizes sector;
Fig. 5 is the apparatus structure schematic diagram optimizing sector in the embodiment of the present invention;
Fig. 6 is the another kind of apparatus structure schematic diagram optimizing sector in the embodiment of the present invention.
Embodiment
Below in conjunction with the accompanying drawing in the embodiment of the present invention, be clearly and completely described the technical scheme in the embodiment of the present invention, obviously, described embodiment is only the present invention's part embodiment, instead of whole embodiments.Based on the embodiment in the present invention, those of ordinary skill in the art, not making other embodiments all obtained under creative work prerequisite, belong to the scope of protection of the invention.
The embodiment of the present invention provides a kind of method optimizing sector, can improve the accuracy be optimized sector, and as shown in Figure 1, described method comprises:
101, value region corresponding to the value score that each sector is respectively corresponding and each sector determined by subscriber equipment.
Wherein, the value region that each sector is corresponding comprises: high value region, middle value region and low value region.
For the embodiment of the present invention, subscriber equipment in conjunction with the large dimension of user, business and terminal three, can determine the value score that each sector is corresponding respectively.
For the embodiment of the present invention, value score corresponding for each sector and threshold value can compare by subscriber equipment, and when the value score that sector is corresponding is greater than first threshold, subscriber equipment determines that value region corresponding to this sector is high value region; When the value score that this sector is corresponding is less than first threshold and is greater than Second Threshold, subscriber equipment determines that value region corresponding to this sector is middle value region; When the value score that this sector is corresponding is less than Second Threshold, subscriber equipment determines that value region corresponding to this sector is low value region.In the embodiment of the present invention, first threshold can be
second Threshold can be
wherein,
for sectors all in network are worth the arithmetic mean of score, a% is the first preset parameter.
Wherein, this district's intra domain user of high value area attribute is many, traffic carrying capacity large, and terminal is more senior; The user in middle this region of value area attribute, traffic carrying capacity and terminal are all inferior to high value region; The user in this region of low value area attribute, traffic carrying capacity and terminal are all inferior to middle value region.
102, the network performance score that each sector is corresponding respectively determined by subscriber equipment.
For the embodiment of the present invention, subscriber equipment is by obtaining each sector access success rate corresponding respectively, cutting off rate, handover success rate and service rate, be respectively used to characterize the network performance of this sector in access property, retentivity, mobility and integrality, and then determine the network performance score that each sector is corresponding respectively.
Wherein, network performance corresponding to this sector of the higher expression of network performance score that sector is corresponding is better.
103, the network performance score that subscriber equipment is corresponding respectively according to each sector, determines the network performance region that each sector is corresponding respectively.
Wherein, network performance region comprises: the region in the region that network performance is good, network performance and network performance difference region.
For the embodiment of the present invention, subscriber equipment, according to the score of the respectively corresponding network performance in each sector, first network performance scores threshold value and second network performance scores threshold value, determines the network performance region that each sector is corresponding respectively.In embodiments of the present invention, when the score of this sector map network performance is greater than first network performance scores threshold value, network performance region corresponding to this sector is the region that network performance is good, when the network score that this sector is corresponding is less than first network performance scores threshold value and is greater than second network performance scores threshold value, network performance region corresponding to this sector is the region in network performance; When the network performance score that this sector is corresponding is less than second network performance scores threshold value, network performance region corresponding to this sector is the region of network performance difference.
Wherein, first network performance scores threshold value can be
second network performance scores threshold value can be
for the arithmetic mean of sector network performance scores all in network, b% is the second preset parameter.
104, subscriber equipment is according to the value region of correspondence and the network performance region of each sector difference correspondence respectively, each sector, filters out and needs carry out optimization of network performance or be worth the sector optimized.
Wherein, need to carry out the network optimization or be worth the sector optimized to comprise: belong to high value region and belong to network performance difference region sector, belong to high value region and belong to region in network performance sector, belong to low value region and belong to the sector in network performance height region or belong to middle value region and belong to the sector in network performance height region.
For the embodiment of the present invention, subscriber equipment is first according to value score and the network performance score of each sector difference correspondence, determine the value region that each sector is corresponding respectively and network performance region, then distinguish corresponding value region and network performance region according in conjunction with each sector, promote value region corresponding to each sector or network performance region.
For the embodiment of the present invention, subscriber equipment need filter out and belongs to high value region and belong to the region of network performance difference and belong to high value and belong to the region in network performance, because the number of users in this region is more, traffic carrying capacity is comparatively large and terminal is more senior, by optimizing the network performance of this sector, to improve network quality, thus user awareness can be promoted.
For the embodiment of the present invention, subscriber equipment need filter out and belongs to low value region and belong to the sector in network performance height region and belong to middle value region and belong to the sector in network performance height region, because the network performance in this region is better, but the user in this region is less, traffic carrying capacity is less, operator can strengthen publicity, promote new business in this region, develop new user, thus the value score of this sector can be improved, and then the network performance resource of this sector can be utilized better.
The method of the optimization sector that the embodiment of the present invention provides, first value region corresponding to the value score that each sector is respectively corresponding and each sector is determined, then the network performance score that each sector is corresponding is respectively determined and the network performance score corresponding respectively according to each sector, determine the network performance region that each sector is corresponding respectively, finally according to the value region of correspondence and the network performance region of each sector difference correspondence respectively, each sector, filter out and need carry out optimization of network performance or be worth the sector optimized.With the current value score according to each sector, compare with the optimization each sector being carried out to network performance, the embodiment of the present invention is by determining the network performance region of the value region that each sector is corresponding respectively and each sector difference correspondence, can in conjunction with the value region of correspondence and the network performance region of each sector difference correspondence respectively, each sector, the network performance of sector or value are optimized, thus network performance or the value of each sector can be optimized targetedly, and then the degree that sector is optimized can be improved.
The implementation that the another kind of the embodiment of the present invention is possible, on the basis of implementation as shown in Figure 1, step 102, subscriber equipment are determined the network performance score that each sector is corresponding respectively specifically can also comprise step 201-202 as shown in Figure 2.
201, the score that access success rate corresponding respectively in each sector preset time, cutting off rate, handover success rate and service rate are corresponding respectively determined by subscriber equipment.
For the embodiment of the present invention, first subscriber equipment can determine access success rate, cutting off rate, handover success rate and service rate in each sector preset time, then determines the score that access success rate corresponding respectively in each sector preset time, cutting off rate, handover success rate and service rate are corresponding respectively.
For the embodiment of the present invention, subscriber equipment, according to formula (x-μ)/σ, calculates the score that each sector is corresponding respectively on access success rate, cutting off rate, handover success rate and service rate.
Wherein, x is the access success rate of single sector, cutting off rate, handover success rate or service rate, μ is the mean value of the mean value of the access success rate of all sectors in network, the mean value of cutting off rate, the mean value of handover success rate or service rate, and σ is the standard deviation of the standard deviation of all sector access success rates in network, the standard deviation of cutting off rate, the standard deviation of handover success rate or service rate.
202, subscriber equipment is according to the score of access success rate corresponding respectively in each sector preset time, cutting off rate, handover success rate and service rate difference correspondence and weighted value corresponding respectively separately, determines the network performance score of each sector difference correspondence.
For the embodiment of the present invention, access success rate for the ability of characterizing network in access property, the ability of cutting off rate characterizing network on retentivity, the ability of handover success rate characterizing consumer in mobility, the ability of service rate characterizing consumer in integrality.
For the embodiment of the present invention, subscriber equipment is first according to score and each self-corresponding first weighted value of access success rate, cutting off rate, handover success rate and service rate difference correspondence, determine the score of network in access property, retentivity, mobility and integrality respectively, then according to the network score that difference is corresponding in access property, retentivity, mobility and integrality and the second corresponding respectively separately weighted value, the score of network performance is determined.
For the embodiment of the present invention, each self-corresponding weighted value of access success rate, cutting off rate, handover success rate and service rate equals the first corresponding respectively separately weighted value and the product of the second weighted value.
For the embodiment of the present invention, corresponding access success rate, cutting off rate, handover success rate and service rate and each self-corresponding weighted value is distinguished according to each sector by subscriber equipment, calculate the network performance score that each sector is corresponding respectively, can in each sector with user-dependent network performance, determine the score of the network performance of each sector, thus according to the score of network performance, more embody the experience of user, and pass through the score of this network performance, optimized network performance, and then can Consumer's Experience be promoted.
The implementation that the another kind of the embodiment of the present invention is possible, on the basis of implementation as shown in Figure 2, step 201, subscriber equipment are determined the score that access success rate corresponding respectively in each sector preset time, cutting off rate, handover success rate and service rate are corresponding respectively can also comprise step 301 as shown in Figure 3 before.
301, subscriber equipment determines access success rate corresponding respectively in each sector preset time, cutting off rate, handover success rate and service rate.
For the embodiment of the present invention, subscriber equipment can obtain the KPI Key Performance Indicator of each community in preset time (English full name: KeyPerformanceIndicator in each sector from network management system database, english abbreviation: KPI) data, by above-mentioned KPI data, determine access success rate, cutting off rate, handover success rate and service rate that each sector is corresponding respectively.
For the embodiment of the present invention, subscriber equipment can access success rate=wireless heterogeneous networks (English full name: RadioResourceControl according to factor of influence, english abbreviation: RRC) be created as power * RAB (English full name: RadioAccessBearer, english abbreviation: RAB) be created as power, calculate the factor of influence success rate that each sector is corresponding respectively, wherein, RRC is created as all community RRC in power=single sector and is successfully established all community RRC in number of times sum/described single sector and sets up request number of times sum, RAB is created as power=(circuit commutative field (English full name: CircuitSwitched in all communities in described single sector, english abbreviation: CS) RAB is successfully established number of times+R99 packet-switched domain (English full name: PacketSwitch, english abbreviation: PS) RAB is successfully established number of times+high-speed slender body theory (English full name: HighSpeedDownlinkPacketAccess, english abbreviation: HSDPA) RAB is successfully established number of times)/(in described single sector the CSRAB of all communities set up request number of times+R99RSRAB set up request number of times+HSDPARAB and set up request number of times) * 100%.
For the embodiment of the present invention, subscriber equipment according to factor of influence cutting off rate=(in single sector all community CSRAB abnormal discharge number of times+R99PSRAB is abnormal discharges that number of times+HSDPARAB is abnormal discharges number of times)/(in described single sector all community CSRAB discharge total degree+R99PSRAB discharge total degree+HSDPARAB and discharge total degree) * 100%, can calculate the factor of influence cutting off rate that each sector is corresponding respectively.
For the embodiment of the present invention, subscriber equipment according to the factor of influence handover success rate=soft handover number of success+alien frequencies direct-cut operation number of success of all communities (in the single the sector)/soft handoff requests number of times+alien frequencies direct-cut operation request number of times of all communities (in the single sector) * 100%, can calculate the factor of influence handover success rate that each sector is corresponding respectively.
For the embodiment of the present invention, subscriber equipment can according to factor of influence service rate=(in single sector HSDPARLC layer downlink traffic+R99PSRLC layer downlink business flow+CS territory, all communities telephone traffic reduced discharge)/(preset time number of days * 24*3600), calculate the factor of influence service rate that each sector is corresponding respectively, wherein, CS territory telephone traffic reduced discharge=(CS territory telephone traffic * 50*3600)/8.
For the embodiment of the present invention, subscriber equipment is by determining the access success rate of each sector, cutting off rate, handover success rate and service rate, the score that the access success rate of each sector, cutting off rate, handover success rate and service rate are corresponding respectively can be determined, and determine network performance score, thus according to network performance score and score can be worth, targetedly the network performance of each sector or value are optimized, and then the accuracy that sector is optimized can be improved further.
The implementation that the another kind of the embodiment of the present invention is possible, on the basis of implementation as shown in Figure 3, step 301, access success rate corresponding respectively in each sector preset time determined by subscriber equipment, cutting off rate, handover success rate and service rate, step 401 as shown in Figure 4 can also be comprised before, step 202, subscriber equipment is according to access success rate corresponding respectively in each sector preset time, cutting off rate, handover success rate and service rate be the score of correspondence and the weighted value of respective correspondence respectively respectively, determine the network performance score that each sector is corresponding respectively, specifically can also comprise step 402-403 as shown in Figure 4.
401, subscriber equipment obtains the KPI Key Performance Indicator KPI data that in each sector, each community is corresponding respectively in preset time from network management system database.
For the embodiment of the present invention, KPI data comprise: the RRC of each community sets up request number of times, RRC is successfully established number of times, CSRAB sets up request number of times, CSRAB is successfully established number of times, R99PSRAB sets up request number of times, R99PSRAB is successfully established number of times, HSDPARAB sets up request number of times, HSDPARAB is successfully established number of times, CSRAB discharges total degree, CSRAB is abnormal discharges number of times, R99PSRab discharges total degree, R99PSRab is abnormal discharges number of times, HSDPARAB discharges total degree, HSDPARAB is abnormal discharges number of times, soft handoff requests number of times, soft handover number of success, alien frequencies direct-cut operation goes out request number of times, alien frequencies direct-cut operation goes out number of success, HSDPARLC layer downlink traffic, R99PSRLC layer downlink business flow, CS territory telephone traffic.
For the embodiment of the present invention, preset time can be set by subscriber equipment, also can be set based on experience value by engineer.Do not limit in embodiments of the present invention.
For the embodiment of the present invention, preset time can be one month, three months or half a year.Do not limit in embodiments of the present invention.
402, subscriber equipment is according to the score of access success rate, cutting off rate, handover success rate and service rate difference correspondence and the first corresponding respectively separately weighted value, determines the score of network performance respectively in access property, retentivity, mobility and integrality respectively.
For the embodiment of the present invention, because access property is characterized by access success rate, retentivity is characterized by cutting off rate, and mobility is by being moved into power to characterize, and integrality is characterized by service rate.In embodiments of the present invention, the score of single sector access property equals the single sector access score of success rate and the product of the first corresponding weighted value; The score of single sector retentivity equals the score of single sector cutting off rate and the product of corresponding first weighted value; The ambulant score in single sector equals the score of single sector switch success rate and the product of the first corresponding weighted value; The score of single sector integrality equals the score of single sector traffic speed and the product of the first corresponding weighted value.
Wherein, the first weighted value accessing the score of the score of success rate, the score of cutting off rate, the score of handover success rate and service rate corresponding is respectively 1.
403, subscriber equipment is according to the score of network performance respectively in access property, retentivity, mobility and integrality, and the second corresponding respectively separately weighted value, determines the score of the network performance that each sector is corresponding respectively.
For the embodiment of the present invention, the second weighted value that network performance is corresponding respectively separately in access property, retentivity, mobility and integrality respectively according to above-mentioned four kinds of performances in the importance of this sector, can determine the score of network performance.
Such as, the score of network performance in access property, retentivity, mobility and integrality of sector 1 is respectively 60,70,80,90, each self-corresponding second weighted value is respectively 0.25,0.25,0.25,0.25, then sector 1 map network performance must be divided into 75.
For the embodiment of the present invention, subscriber equipment passes through according to access success rate, cutting off rate, handover success rate and service rate score corresponding respectively and the first respective weighted value, determine the score that network performance is corresponding respectively in access property, retentivity, mobility and integrality, thus network problem corresponding to each sector of generation can be embodied, and then can be optimized the sector that network problem occurs more targetedly.
Further, the method of the optimization sector that the embodiment of the present invention provides, corresponding access success rate, cutting off rate, handover success rate and service rate and each self-corresponding weighted value is distinguished according to each sector by subscriber equipment, calculate the network performance score that each sector is corresponding respectively, can in each sector with user-dependent network performance, determine the score of the network performance of each sector, thus according to the score of network performance, more embody the experience of user, and pass through the score of this network performance, optimized network performance, and then can Consumer's Experience; Subscriber equipment is by determining the access success rate of each sector, cutting off rate, handover success rate and service rate, the score that the access success rate of each sector, cutting off rate, handover success rate and service rate are corresponding respectively can be determined, and determine network performance score, thus can according to network performance score to be worth score, targetedly the network performance of each sector or value are optimized, and then the accuracy that sector is optimized can be improved further; Subscriber equipment passes through according to access success rate, cutting off rate, handover success rate and service rate score corresponding respectively and the first respective weighted value, determine the score that network performance is corresponding respectively in access property, retentivity, mobility and integrality, thus network problem corresponding to each sector of generation can be embodied, and then can be optimized the sector that network problem occurs more targetedly.
As the realization to method shown in Fig. 1, Fig. 2, Fig. 3 and Fig. 4, the embodiment of the present invention additionally provides a kind of device optimizing sector, and for improving the degree be optimized sector, as shown in Figure 5, described device comprises: determining unit 51, screening unit 52.
Determining unit 51, the value region that value score and each sector for determining each sector difference correspondence are corresponding.
Wherein, the value region that each sector is corresponding comprises: high value region, middle value region and low value region.
Determining unit 51, also for determining the network performance score that each sector is corresponding respectively.
Determining unit 51, also for the network performance score corresponding respectively according to each sector, determines the network performance region that each sector is corresponding respectively.
Wherein, network performance region comprises: the region in the region that network performance is good, network performance and network performance difference region.
Screening unit 52, the network performance region of the value region that each sector for determining according to determining unit 51 is corresponding respectively and each sector difference correspondence, filters out and needs carry out optimization of network performance or be worth the sector optimized.
Wherein, need to carry out the network optimization or be worth the sector optimized to comprise: belong to high value region and belong to network performance difference region sector, belong to high value region and belong to region in network performance sector, belong to low value region and belong to the sector in network performance height region or belong to middle value region and belong to the sector in network performance height region.
Determining unit 51, specifically for determining the score that access success rate corresponding respectively in each sector preset time, cutting off rate, handover success rate and service rate are corresponding respectively.
Determining unit 51, specifically also for the score of the access success rate according to difference correspondence in each sector preset time, cutting off rate, handover success rate and service rate difference correspondence and the weighted value of respective difference correspondence, determine the network performance score of each sector difference correspondence.
Determining unit 51, also for determining access success rate corresponding respectively in each sector preset time, cutting off rate, handover success rate and service rate.
Further, as shown in Figure 6, described device also comprises: acquiring unit 61.
Acquiring unit 61, for obtaining the KPI Key Performance Indicator KPI data that in each sector, each community is corresponding respectively in preset time from network management system database.
Determining unit 51, specifically for according to the first weighted value accessing success rate, cutting off rate, handover success rate and service rate score corresponding respectively and respective correspondence respectively, determine the score of network performance respectively in access property, retentivity, mobility and integrality respectively.
Determining unit 51, specifically also for according to network performance respectively in access property, score in retentivity, mobility and integrality, and the second corresponding respectively separately weighted value, determines the score of the network performance that each sector is corresponding respectively.
The device of the optimization sector that the embodiment of the present invention provides, first value region corresponding to the value score that each sector is respectively corresponding and each sector is determined, then the network performance score that each sector is corresponding is respectively determined and the network performance score corresponding respectively according to each sector, determine the network performance region that each sector is corresponding respectively, finally according to the value region of correspondence and the network performance region of each sector difference correspondence respectively, each sector, filter out and need carry out optimization of network performance or be worth the sector optimized.With the current value score according to each sector, compare with the optimization each sector being carried out to network performance, the embodiment of the present invention is by determining the network performance region of the value region that each sector is corresponding respectively and each sector difference correspondence, can in conjunction with the value region of correspondence and the network performance region of each sector difference correspondence respectively, each sector, the network performance of sector or value are optimized, thus network performance or the value of each sector can be optimized targetedly, enter the degree that can improve and sector is optimized.
Further, the device of the optimization sector that the embodiment of the present invention provides, corresponding access success rate, cutting off rate, handover success rate and service rate and each self-corresponding weighted value is distinguished according to each sector by subscriber equipment, calculate the network performance score that each sector is corresponding respectively, can in each sector with user-dependent network performance, determine the score of the network performance of each sector, thus according to the score of network performance, more embody the experience of user, and pass through the score of this network performance, optimized network performance, and then can Consumer's Experience; Subscriber equipment is by determining the access success rate of each sector, cutting off rate, handover success rate and service rate, the score that the access success rate of each sector, cutting off rate, handover success rate and service rate are corresponding respectively can be determined, and determine network performance score, thus can according to network performance score to be worth score, targetedly the network performance of each sector or value are optimized, and then the accuracy that sector is optimized can be improved further; Subscriber equipment passes through according to access success rate, cutting off rate, handover success rate and service rate score corresponding respectively and the first respective weighted value, determine the score that network performance is corresponding respectively in access property, retentivity, mobility and integrality, thus network problem corresponding to each sector of generation can be embodied, and then can be optimized the sector that network problem occurs more targetedly.
It should be noted that, other the corresponding descriptions in the device of the optimization sector provided in the embodiment of the present invention corresponding to each unit, reference diagram 1, correspondence in Fig. 2, Fig. 3 and Fig. 4 can describe, do not repeat them here.
The device of the optimization sector that the embodiment of the present invention provides can realize the above-mentioned embodiment of the method provided, and concrete function realizes the explanation referred in embodiment of the method, does not repeat them here.The method of the optimization sector that the embodiment of the present invention provides and device go for according to network performance score corresponding to each sector and are worth score, optimize network performance or the value of each sector.But be not limited only to this.
One of ordinary skill in the art will appreciate that all or part of flow process realized in above-described embodiment method, that the hardware that can carry out instruction relevant by computer program has come, described program can be stored in a computer read/write memory medium, this program, when performing, can comprise the flow process of the embodiment as above-mentioned each side method.Wherein, described storage medium can be magnetic disc, CD, read-only store-memory body (Read-OnlyMemory, ROM) or random store-memory body (RandomAccessMemory, RAM) etc.
The above; be only the specific embodiment of the present invention, but protection scope of the present invention is not limited thereto, is anyly familiar with those skilled in the art in the technical scope that the present invention discloses; the change that can expect easily or replacement, all should be encompassed within protection scope of the present invention.Therefore, protection scope of the present invention should be as the criterion with the protection range of claim.
Claims (10)
1. optimize a method for sector, it is characterized in that, comprising:
Determine value region corresponding to the value score that each sector is respectively corresponding and each sector described, value region corresponding to each sector described comprises: high value region, middle value region and low value region;
Determine the network performance score that each sector described is corresponding respectively;
The network performance score corresponding respectively according to each sector described, determine the network performance region that each sector is corresponding respectively, described network performance region comprises: the region in the region that network performance is good, network performance and network performance difference region;
The network performance region of the value region corresponding respectively according to each sector described and each sector described difference correspondence, filters out and needs carry out optimization of network performance or be worth the sector optimized.
2. the method for optimization sector according to claim 1, is characterized in that, the described step determining the network performance score that each sector is corresponding respectively, specifically comprises:
Determine the score that access success rate, cutting off rate, handover success rate and service rate corresponding respectively in each sector preset time described are corresponding respectively;
The score corresponding respectively according to access success rate corresponding respectively in each sector preset time described, cutting off rate, handover success rate and service rate and weighted value corresponding respectively separately, determine the network performance score that each sector described is corresponding respectively.
3. the method for optimization sector according to claim 2, it is characterized in that, the described step determining the score that access success rate, cutting off rate, handover success rate and service rate corresponding respectively in each sector preset time described are corresponding respectively, also comprises before:
Determine access success rate, cutting off rate, handover success rate and service rate corresponding respectively in each sector preset time described.
4. the method for optimization sector according to claim 3, is characterized in that, the described step determining access success rate, cutting off rate, handover success rate and service rate corresponding respectively in each sector preset time described, also comprises before:
The KPI Key Performance Indicator KPI data that in each sector described, each community is corresponding respectively in described preset time are obtained from described network management system database;
The described score corresponding respectively according to described access success rate, cutting off rate, handover success rate and service rate and weighted value corresponding respectively separately, determine the step of the network performance score that each sector is corresponding respectively, specifically comprise:
The score corresponding respectively according to described access success rate, cutting off rate, handover success rate and service rate and the first corresponding respectively separately weighted value, determine the score of network performance respectively in access property, retentivity, mobility and integrality respectively;
According to the score of described network performance respectively in access property, retentivity, mobility and integrality, and the second corresponding respectively separately weighted value, determine the score of the network performance that each sector is corresponding respectively.
5. the method for optimization sector according to claim 1, is characterized in that,
Describedly need to carry out the network optimization or be worth the sector optimized to comprise: belong to high value region and belong to network performance difference region sector, belong to high value region and belong to region in network performance sector, belong to low value region and belong to the sector in network performance height region or belong to middle value region and belong to the sector in network performance height region.
6. optimize a device for sector, it is characterized in that, comprising:
Determining unit, for determining value region corresponding to the value score that each sector is respectively corresponding and each sector described, value region corresponding to each sector described comprises: high value region, middle value region and low value region;
Described determining unit, also for determining the network performance score that each sector described is corresponding respectively;
Described determining unit, also for the network performance score corresponding respectively according to each sector described, determine the network performance region that each sector is corresponding respectively, described network performance region comprises: the region in the region that network performance is good, network performance and network performance difference region;
Screening unit, the corresponding respectively network performance region in the value region corresponding respectively for each sector described in determining according to described determining unit and each sector described, filters out and needs carry out optimization of network performance or be worth the sector optimized.
7. the device of optimization sector according to claim 6, is characterized in that,
Described determining unit, specifically for determining the score that access success rate, cutting off rate, handover success rate and service rate corresponding respectively in each sector preset time described are corresponding respectively;
Described determining unit, specifically also for the access success rate according to difference correspondence in each sector preset time described, cutting off rate, handover success rate and the service rate score of correspondence and the weighted value of respective difference correspondence respectively, determine the network performance score of each sector described difference correspondence.
8. the device of optimization sector according to claim 7, is characterized in that,
Described determining unit, also for determining access success rate, cutting off rate, handover success rate and service rate corresponding respectively in each sector preset time described.
9. the device of optimization sector according to claim 8, is characterized in that, described device also comprises: acquiring unit;
Described acquiring unit, for obtaining the KPI Key Performance Indicator KPI data that in each sector described, each community is corresponding respectively in described preset time from described network management system database;
Described determining unit, specifically for according to described access success rate, cutting off rate, handover success rate and the service rate score of correspondence and the first weighted value of respective correspondence respectively respectively, determine the score of network performance respectively in access property, retentivity, mobility and integrality respectively;
Described determining unit, specifically also for according to described network performance respectively in access property, score in retentivity, mobility and integrality, and the second corresponding respectively separately weighted value, determines the score of the network performance that each sector is corresponding respectively.
10. the device of optimization sector according to claim 6, is characterized in that,
Describedly need to carry out the network optimization or be worth the sector optimized to comprise: belong to high value region and belong to network performance difference region sector, belong to high value region and belong to region in network performance sector, belong to low value region and belong to the sector in network performance height region or belong to middle value region and belong to the sector in network performance height region.
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