CN102572868B - Wireless network information processing method and device as well as wireless network information management server - Google Patents
Wireless network information processing method and device as well as wireless network information management server Download PDFInfo
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- CN102572868B CN102572868B CN201010621787.5A CN201010621787A CN102572868B CN 102572868 B CN102572868 B CN 102572868B CN 201010621787 A CN201010621787 A CN 201010621787A CN 102572868 B CN102572868 B CN 102572868B
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Abstract
The invention provides a wireless network information processing method and device as well as a wireless network information management server and relates to the field of mobile communication. According to the invention, the technical problem that wireless network information data from different systems cannot directly correlate for use is solved. The method comprises the following steps: obtaining wireless network information data of an NE (network element); according to identifications of the NE, obtaining a physical NE identification corresponding to the identification of the NE, and a logic NE identification corresponding to the identification of the NE; extracting physical NE information and logic NE information of the NE from wireless network information; and generating physical NE information data according to the physical NE identification and the physical NE information, and generating logic NE information data according to the logic NE identification and the logic NE information. The wireless network information processing method and device as well as the wireless network information management server are applied to management on the wireless network information data.
Description
Technical field
The present invention relates to moving communicating field, refer to a kind of processing method of radio network information, device and management server especially.
Background technology
Along with the development of wireless network, the information management of wireless network is also increasingly numerous and diverse.In radio network information management system, the data of management are needed to have following three features:
(1) need the quantity of the network element of management many.
The network element of mobile communication system radio network information management mainly comprises base station (GSM BTS (GlobalSystem for Mobile Communications Base Transceiver Station, base station in GPS system sending and receiving stations), DCS (Distributed Control System, dcs) BTS, TDNodeB (time partial node) and base station controller (GSM BSC (base station controller, base station controller), TD RNC (Time Division Radio Network Controller, time-division radio network controller) etc. wireless net member.Along with the fast development of China's mobile communication cause, all kinds of NE quantities on mobile communication wireless network are increasingly huge.
(2) need the kind of the information of management many
The data managed are needed to mainly contain following five classes in radio network information management system: configuration class data, site category information, traffic class data, performance class data and supporting class data.
Traffic class data: for describing the information such as the traffic data of all kinds of business of base station carrying, data traffic and channel configuration.
Configuration class data: for describing the configuration category informations such as the carrier configuration of base station, all kinds of software License configuration, frequency range service condition, equipment manufacturer and hardware.
Performance class data: describe the information such as the cutting off rate of base station, congestion ratio, service time and handover success rate.
Supporting class data: describe the auxiliary facility resource that base station uses, comprise the information such as ac power supply system, DC power-supply system, transmission and monitoring.
Site class data: for the parametric description for base station site, comprise the information such as latitude and longitude of base station information, machine room and terrace resource situation.
At present, when distributed base station is used widely, baseband portion is separated completely with radio frequency part, and multiple network-element share base station machine room, when the name of station adopted or station number carry out radio network information management, easily cause confusion, actually or its baseband portion radio frequency part that name of station or station number identify cannot be described.To certain base station carry out site describe time, easily cause and obscure.Therefore, causing same network element in different system adopts different mark to refer to.When radio network information is data from different system, the radio network information data of various system cannot use each other in directly related association.
Summary of the invention
The technical problem to be solved in the present invention is to provide a kind of processing method of radio network information, device and management server, can make the interrelated use of radio network information data of separate sources.
For solving the problems of the technologies described above, embodiments of the invention provide technical scheme as follows:
On the one hand, a kind of processing method of radio network information is provided, comprises:
Step 1, obtain the radio network information data of network element, described radio network information data comprise: the radio network information of the mark of described network element and the mark correspondence of described network element;
Step 2, according to the mark of described network element, obtains the logical ne mark of the physical NE mark of the mark correspondence of described network element and the mark correspondence of described network element;
Step 3, from described radio network information, extracts the physical NE information of described network element and the logical ne information of described network element respectively;
Step 4, according to described physical NE mark and described physical NE information, generates the physical NE information data of described network element, according to described logical ne mark and described logical ne information, generates the logical ne information data of described network element;
Described physical NE information data comprises: described physical NE mark, described physical NE information and the corresponding relation between described physical NE mark and described physical NE information;
Described logical ne information data comprises described logical ne mark, described logical ne information and the corresponding relation between described logical ne mark and described logical ne information.
Before described step 1, also comprise:
Physics network element ID is distributed to described network element; To described network element assignment logic network element ID;
Set up and preserve the corresponding relation between the corresponding relation between the mark of described network element and described physical NE mark, the mark of described network element and described logical ne mark, the mapping relations between described logical ne mark with described physical NE mark.
Described step of distributing physics network element ID to described network element is specially: the mark of code as physical NE using the code of the machine room at described network element place and/or the terrace residing for antenna of described network element;
The described step of described network element assignment logic network element ID of giving comprises: when described network element belongs to multiple standard network, by corresponding for described network element multiple logical ne, and the corresponding a kind of standard network of each logical ne; Give each logical ne assignment logic network element ID respectively.
Described method also comprises:
According to the mapping relations between described logical ne mark and described physical NE mark, inquire about the described logical ne information data that described physical NE information data is corresponding; Or, inquire about the described physical NE information data that described logical ne information data is corresponding.
Described logical ne is designated unique identification; Described physical NE is designated unique identification, and the code of described machine room and the code of described terrace are uniqueness code.
Described logical ne information comprises: traffic class information, configuration category information and performance category information;
Described physical NE information comprises: site category information and supporting category information;
Described logical ne information data comprises traffic class information data, configuration category information data and performance category information data;
Described physical NE information data comprises: site category information data and supporting category information data.
The processing method of described radio network information, also comprises:
Obtain the physical NE mark of a network element;
According to the mapping relations between described logical ne mark and described physical NE mark, search at least one logical ne mark that described physical NE mark is corresponding;
Obtain at least one the configuration category information data comprising the described logical ne mark found out, described configuration category information packet contains resource allocation corresponding to described network element;
According to acquisition, at least one configuration category information data, adds up all resource allocations that described network element is corresponding.
Described method also comprises:
Obtain the physical NE information data comprising described physical NE mark, described physical NE information data comprises the necessary resources of described network element;
Described necessary resources are compared with described resource allocation, obtains the residue situation of the necessary resources of described network element.
On the other hand, a kind of processing unit of radio network information is provided, comprises:
Data capture unit, obtain the radio network information data of network element, described radio network information data comprise: the radio network information of the mark of described network element and the mark correspondence of described network element;
Mark acquiring unit, according to the mark of described network element, obtains the logical ne mark of the physical NE mark of the mark correspondence of described network element and the mark correspondence of described network element;
Information extraction unit, from described radio network information, extracts the physical NE information of described network element and the logical ne information of described network element respectively;
Data generating unit, according to described physical NE mark and described physical NE information, generates the physical NE information data of described network element, according to described logical ne mark and described logical ne information, generates the logical ne information data of described network element;
Described physical NE information data comprises: described physical NE mark, described physical NE information and the corresponding relation between described physical NE mark and described physical NE information;
Described logical ne information data comprises described logical ne mark, described logical ne information and the corresponding relation between described logical ne mark and described logical ne information.
The processing unit of described radio network information, also comprises:
Mark allocation units, distribute physics network element ID to described network element; To described network element assignment logic network element ID;
Storage unit, sets up and preserves the corresponding relation between the corresponding relation between the mark of described network element and described physical NE mark, the mark of described network element and described logical ne mark, the mapping relations between described logical ne mark with described physical NE mark.
Described mark allocation units are specially: the mark of code as physical NE using the code of the machine room at described network element place and/or the terrace residing for antenna of described network element; When described network element belongs to multiple standard network, by corresponding for described network element multiple logical ne, the corresponding a kind of standard network of each logical ne; Give each logical ne assignment logic network element ID respectively.
The processing unit of described radio network information, also comprises:
Query unit, according to the mapping relations between described logical ne mark and described physical NE mark, inquires about the described logical ne information data that described physical NE information data is corresponding; Or, inquire about the described physical NE information data that described logical ne information data is corresponding.
On the other hand, a kind of radio network information management server is provided, comprises:
Data capture unit, obtain the radio network information data of network element, described radio network information data comprise: the radio network information of the mark of described network element and the mark correspondence of described network element;
Mark acquiring unit, according to the mark of described network element, obtains the logical ne mark of the physical NE mark of the mark correspondence of described network element and the mark correspondence of described network element;
Information extraction unit, from described radio network information, extracts the physical NE information of described network element and the logical ne information of described network element respectively;
Data generating unit, according to described physical NE mark and described physical NE information, generates the physical NE information data of described network element, according to described logical ne mark and described logical ne information, generates the logical ne information data of described network element;
Described physical NE information data comprises: described physical NE mark, described physical NE information and the corresponding relation between described physical NE mark and described physical NE information;
Described logical ne information data comprises described logical ne mark, described logical ne information and the corresponding relation between described logical ne mark and described logical ne information.
Embodiments of the invention have following beneficial effect:
In such scheme, the physical NE information data of network element and logical ne information data according to radio network information data genaration, described physical NE information data comprises: described physical NE information, described physical NE mark and the corresponding relation between described physical NE information and described physical NE mark, and described logical ne information data comprises described logical ne information, described logical ne mark and the corresponding relation between described logical ne information and described logical ne mark.Owing to employing physical NE mark and the logical ne mark of unified standard in physical NE information data and logical ne information data, the radio network information data of separate sources are therefore made can interrelatedly to use after treatment.
Accompanying drawing explanation
Fig. 1 is the schematic flow sheet of an embodiment of the processing method of radio network information of the present invention;
Fig. 2 is the schematic diagram of logical ne layer and physical NE layer mapping relations;
Fig. 3 is the schematic flow sheet of another embodiment of the processing method of radio network information of the present invention;
Fig. 4 is the structural representation of the processing unit of radio network information of the present invention.
Embodiment
For embodiments of the invention will be solved technical problem, technical scheme and advantage clearly, be described in detail below in conjunction with the accompanying drawings and the specific embodiments.
As shown in Figure 1, be the processing method of a kind of radio network information of the present invention, comprise:
Step 11, distributes physics network element ID to network element; To described network element assignment logic network element ID;
Described step of distributing physics network element ID to described network element is specially: the mark of code as physical NE using the code of the machine room at described network element place and/or the terrace residing for antenna of described network element;
The described step of described network element assignment logic network element ID of giving comprises: when described network element belongs to multiple standard network, by corresponding for described network element multiple logical ne, and the corresponding a kind of standard network of each logical ne; Give each logical ne assignment logic network element ID respectively.
Wherein, described logical ne is designated unique identification; Described physical NE is designated unique identification, and the code of described machine room and the code of described terrace are uniqueness code.
Step 12, sets up and preserves the corresponding relation between the corresponding relation between the mark of described network element and described physical NE mark, the mark of described network element and described logical ne mark, the mapping relations between described logical ne mark with described physical NE mark.
Corresponding relation between described mark and described physical NE mark can be: the corresponding relation between described mark and described machine room code, also can be the corresponding relation between described mark and terrace code, also can be described mark and machine room code and terrace code combination between corresponding relation.
Mapping relations between described logical ne mark and described physical NE mark can be: the mapping relations between logical ne mark and machine room code; Also can for the mapping relations between logical ne mark and terrace code; Also can for the mapping relations between logical ne mark and the combination of machine room code and terrace code.
Step 13, obtain the radio network information data of network element, described radio network information data comprise: the radio network information of the mark of described network element and the mark correspondence of described network element; Radio network information data can for deriving from the radio network information data of different system.
Step 14, according to the corresponding relation between the mark of the corresponding relation between the mark of described network element and physical NE mark and described network element and logical ne mark, the physical NE mark and the logical ne that obtain the mark correspondence of described network element identify;
Step 15, from described radio network information, extracts physical net element information and logical ne information respectively; Wherein, described logical ne information comprises: traffic class information, configuration category information and performance category information; Described physical NE information comprises: site category information and supporting category information.
Step 16, according to described physical NE mark and described physical NE information, generate the physical NE information data of described network element, according to described logical ne mark and described logical ne information, generate the logical ne information data of described network element, described physical NE information data comprises: described physical NE information, described physical NE mark and the corresponding relation between described physical NE information and described physical NE mark, described logical ne information data comprises described logical ne information, described logical ne mark and the corresponding relation between described logical ne information and described logical ne mark.
Specifically, when radio network information data are for only to comprise physics net element information, then utilizing the corresponding relation between mark and described physical NE mark, is physical NE information data by radio network information data transformations.
When radio network information data are for only to comprise logical ne information, then utilizing the corresponding relation between mark and described logical ne mark, is logical ne information data by radio network information data transformations.
When radio network information data are for comprising logical ne information and physical NE information, then utilize the corresponding relation between mark and described physical NE mark and the corresponding relation between mark and described logical ne mark, radio network information data are separately converted to physical NE information data and logical ne information data.
Described logical ne information comprises: traffic class information, configuration category information and performance category information; Described physical NE information comprises: site category information and supporting category information.
Accordingly, logical ne information data comprises traffic class information data, configuration category information data and performance category information data; Described physical NE information data comprises: site category information data and supporting category information data.With traffic class data instance, traffic class data comprise: logical ne mark, traffic class information and the corresponding relation between logical ne mark and traffic class information.Various information data are preserved respectively, can reduce the later stage in the processing time of carrying out the process such as data retrieval.
Traffic class information data: for describing the information such as the traffic data of all kinds of business of base station carrying, data traffic and channel configuration.
Configuration category information data: for describing the configuration category informations such as the carrier configuration of base station, all kinds of software License configuration, frequency range service condition, equipment manufacturer and hardware.
Performance category information data: describe the information such as the cutting off rate of base station, congestion ratio, service time and handover success rate.
Supporting category information data: describe the shared resources such as the auxiliary facility of base station use, comprise the information such as ac power supply system, DC power-supply system, transmission and monitoring.
Site category information data: for the parametric description for base station site, comprise the information such as latitude and longitude of base station information, machine room and terrace resource situation.
Described method also comprises:
Step 17, according to the mapping relations between described logical ne mark and described physical NE mark, inquires about the described logical ne information data that described physical NE information data is corresponding; Or, inquire about the described physical NE information data that described logical ne information data is corresponding.
The invention provides the tiered management approach of radio network information in a kind of mobile communication system.Radio network information is belonged to respectively logical ne, physical NE two aspects manages, by the physics site information of each base station and logical ne information completely independent, distribute separate code and identify.
Fig. 2 is the schematic diagram of the way to manage that logical ne layer and physical NE layer are separated.Each wireless base station information is divided into logical ne layer and physical NE layer two level manage respectively: wherein traffic class data, configuration class data, performance class attribution data counterlogic network element, site class data and the corresponding physical NE of supporting class attribution data.
Each logical ne adopts unique logical code to identify, the logical ne on ownership networks with different systems, and no matter altogether whether location, all distributes different logical ne codes.
Each physical NE adopts the mode of machine room code+terrace code to identify, and different physics machine rooms or terrace, regardless of logical ne situation of its carrying, all distribute different machine room codes or terrace code.
Both be separated from each other between these two levels, connected each other again.Realize mutually mapping by mapping table between logical ne and physical NE, define the mapping from logical ne to physical NE, from physical NE to two class mapping relations of the mapping of logical ne.Comprise:
Map 1: from logical ne to the mapping of physical NE.For each logical ne, its physical entity (base station equipment, antenna etc.) all needs to be arranged on certain entity machine room or terrace.Therefore each a logical ne all corresponding machine room code+one terrace codes.
Map 2: from physical NE to the mapping of logical ne.Each physics machine room or terrace, it is inner, and what install is base station equipment or the antenna of one or more logical ne.Therefore each physical NE one or more logical ne code all corresponding.
As shown in Figure 3, be another embodiment of the processing method of a kind of radio network information of the present invention, comprise:
Step 21, obtain the radio network information data of network element, described radio network information data comprise: the radio network information of the mark of described network element and the mark correspondence of described network element;
Step 22, according to the corresponding relation between the mark of the corresponding relation between the mark of described network element and physical NE mark and described network element and logical ne mark, the physical NE mark and the logical ne that obtain the mark correspondence of described network element identify;
Step 23, from described radio network information data, extracts physical net element information and logical ne information respectively;
Step 24, according to described physical NE mark and described physical NE information, generate the physical NE information data of described network element, according to described logical ne mark and described logical ne information, generate the logical ne information data of described network element, described physical NE information data comprises: described physical NE information, described physical NE mark and the corresponding relation between described physical NE information and described physical NE mark, described logical ne information data comprises described logical ne information, described logical ne mark and the corresponding relation between described logical ne information and described logical ne mark.
Step 25, obtains the physical NE mark of a network element;
Step 26, according to the mapping relations between described logical ne mark and described physical NE mark, searches at least one logical ne mark that described physical NE mark is corresponding;
Step 27, obtain at least one the configuration category information data comprising the described logical ne mark found out, described configuration category information packet contains resource allocation corresponding to described network element; Such as, in this application scene, resource allocation is the maximum power of each logical ne corresponding to base station.
Step 28, according to acquisition, at least one configuration category information data, adds up all resource allocations that described network element is corresponding.Such as, in this application scene, the statistical information of resource allocation is the maximum power sum of each logical ne corresponding to base station.
Described method also comprises:
Step 29, obtain the physical NE information data comprising described physical NE mark, described physical NE information data comprises the necessary resources of described network element; Such as, in this application scene, necessary resources are the power capacity of the electric power system of base station.
Described necessary resources are compared with described resource allocation by step 210, obtain the residue situation of the necessary resources of described network element.Such as, in this application scene, power capacity and maximum power sum are compared, estimate the dump power capacity of the electric power system of base station.
In said method, achieve the clear management to network element shared resource, the site of bringing after efficiently solving distributed base station large-scale application and the problem of management of necessary resources.
As shown in Figure 4, be the processing unit of a kind of radio network information of the present invention, comprise:
Data capture unit 31, obtain the radio network information data of network element, described radio network information data comprise: the radio network information of the mark of described network element and the mark correspondence of described network element;
Mark acquiring unit 32, according to the corresponding relation between the mark of described network element and physical NE mark, obtains the physical NE mark of the mark correspondence of described network element; According to the corresponding relation between the mark of described network element and logical ne mark, obtain the logical ne mark of the mark correspondence of described network element;
Information extraction unit 33, from described radio network information, extracts the physical NE information of described network element and the logical ne information of described network element respectively;
Data generating unit 34, according to described physical NE mark and described physical NE information, generates the physical NE information data of described network element, according to described logical ne mark and described logical ne information, generates the logical ne information data of described network element;
Described physical NE information data comprises: described physical NE mark, described physical NE information and the corresponding relation between described physical NE mark and described physical NE information;
Described logical ne information data comprises described logical ne mark, described logical ne information and the corresponding relation between described logical ne mark and described logical ne information.
The processing unit of described radio network information, also comprises:
Mark allocation units 35, distribute physics network element ID to described network element; To described network element assignment logic network element ID;
Storage unit 36, sets up and preserves the corresponding relation between the corresponding relation between the mark of described network element and described physical NE mark, the mark of described network element and described logical ne mark, the mapping relations between described logical ne mark with described physical NE mark.
Described mark allocation units concrete 35 are the mark of code as physical NE that use the terrace residing for the code of the machine room at described network element place and/or the antenna of described network element; When described network element belongs to multiple standard network, by corresponding for described network element multiple logical ne, the corresponding a kind of standard network of each logical ne; Give each logical ne assignment logic network element ID respectively.
The processing unit of described radio network information, also comprises:
Query unit 37, according to the mapping relations between described logical ne mark and described physical NE mark, inquires about the described logical ne information data that described physical NE information data is corresponding; Or, inquire about the described physical NE information data that described logical ne information data is corresponding.
The present invention also provides a kind of radio network information management server, comprising:
Data capture unit, obtain the radio network information data of network element, described radio network information data comprise: the radio network information of the mark of described network element and the mark correspondence of described network element;
Mark acquiring unit, according to the corresponding relation between the mark of described network element and physical NE mark, obtains the physical NE mark of the mark correspondence of described network element; According to the corresponding relation between the mark of described network element and logical ne mark, obtain the logical ne mark of the mark correspondence of described network element;
Information extraction unit, from described radio network information, extracts the physical NE information of described network element and the logical ne information of described network element respectively;
Data generating unit, according to described physical NE mark and described physical NE information, generates the physical NE information data of described network element, according to described logical ne mark and described logical ne information, generates the logical ne information data of described network element;
Described physical NE information data comprises: described physical NE mark, described physical NE information and the corresponding relation between described physical NE mark and described physical NE information;
Described logical ne information data comprises described logical ne mark, described logical ne information and the corresponding relation between described logical ne mark and described logical ne information.
Below describe and utilize the physical NE information data of the network element generated and logical ne information data to carry out the application scenarios processed.
Because the data in radio network information management system often derive from different system, in different system, the mark of network element does not possess uniqueness, and the naming rule that the network element ID of various system is ununified, therefore network element ID refer to indefinite.Present invention employs unified rule and carry out data transaction, avoid the granularity of the data statistics between various system, bore is inconsistent and the problem of the one-tenth statistics mistake caused.The data of various Radio Network System use unified logical ne mark or physical NE mark to carry out uniqueness instruction, and the such as configuration class in various system, performance class, traffic class data can be interrelated, unifiedly carry out the management such as statistics.Network element ID in above-mentioned specification can for distribute in system a network element, for distinguishing the mark ID of different network elements.
Such as, when system needs the statistical report of generation traffic class, configuration class, performance class data, can carry out retrieving as keyword, add up, analyze with logical ne code, this three category information and logical ne code have clear and definite one-to-one relationship, respectively describe each generic attribute of logical network.
Such as, at the feasibility study stage of first phase wireless network capacity expansion project, when determining network capacity extension carrier frequency scale, first the detailed statistical analysis form generating existing network base station carrier configuring condition, information such as the carrying of existing network traffic data volume, cutting off rate etc. is needed, then carry out dilatation programming accordingly, in this process, statistics and analysis can be carried out using logical ne mark as unique sign.
When system needs to generate site class, supporting class data report, can carry out retrieving as keyword, add up, analyze by physical NE mark, this two category information and physical NE code have clear and definite one-to-one relationship, describe each generic attribute of physical NE respectively.
Such as: when operator needs to add up all kinds of existing network resource situation, such as buy machine room quantity by oneself, rent machine room quantity, share the quantity of machine room, the terrace type being simultaneously provided with GSM900M and TD antenna and quantity, the Switching Power Supply quantity of various brands, storage battery quantity and service life etc. the information of various brands with other operators, all need the detailed statistical analysis form generating existing network site class and supporting category information, then work out all kinds of scheme accordingly, in this process, statistics and analysis can be carried out using physical NE mark as unique sign.
Below describe and utilize logical ne mark and the mapping relations stated between physical NE mark to carry out the application scenarios processed.
(1) application scenarios that maps to physical NE layer of logical ne layer.
Scene one: in Radio Network System, performance data is abnormal, needs to carry out the network optimization.Such as, in discovery system often there is the situations such as call drop, voice quality difference in certain base station, and network optimization personnel need to carry out physical NE location according to logical ne, judge abnormal reason according to local propagation environment of radio wave.
Scene two: traffic data is abnormal, needs to carry out the network capacity extension or optimization.Such as, when certain base station does not absorb the telephone traffic of expection in discovery system, need to carry out physical NE location according to logical ne, judge reason in conjunction with local covering scene, stream of people's distribution situation, customer consumption custom etc.
Scene three: establishment network capacity extension scheme, judges that whether necessary resources are enough.Such as, when system carries out carrier frequency dilatation, terrace dilatation, need to judge that whether the necessary resources such as existing machine room space, direct current supply ability, astronomical cycle pole are enough, now will judge the physical NE of its correspondence from logical ne, carry out necessary resources judgement, establishment accessories rebuilding scheme.
Scene four: multi-operator Joint construction and sharing.Such as, when other operators propose to carry out shared to existing site resource, need to judge existing machine room, terrace resource.
Scene five: system parameter setting between many logical nes.Such as, because the networking simultaneously of current multiple access technology system is implemented, such as certain GSM900M base station needs according to whether Same Physical site there being the situations such as DCS1800M, TD base station arrange the system parameterss such as different cell neighboring relations, handoff threshold respectively, and according to load sharing situation adjustment network parameter between multisystem.
Scene six: the repairing of malfunction elimination, equipment, emergency service etc.Such as, when existing network equipment break down or the situation such as long-time power-off time, logical ne corresponding in network management system can send warning, and attendant needs according to mapping relations, and the physical NE position at rapid failure judgement point place, rushes towards scene.
(2) application scenarios that maps to logical ne layer of physical NE layer.
Scene one: process customer complaint, carries out fault location.Such as, only can describe its physical position during customer complaint, network optimization personnel need to judge it is which logical ne occurs abnormal according to physical location rapidly, thus carry out complaint handling.
Scene two: Internet resources are generally investigated.Such as, when generally investigating existing network carrier frequency resource, chassis resources etc., these hardware resources logically network element are configured, and the hardware resource of Field Force's record needs to correspond to logical ne according to the physical location at its place and gets on.
Scene three: existing network resource confirms.Such as, because current distributed base station uses in a large number, be provided with in same machine room or terrace and overlap base station equipment, antenna more, according to field condition, field maintenance person only cannot judge which logical ne these these equipment belong to, need to carry out correspondence according to mapping relations.
Scene four: judge base station selection reasonability.Such as, when there being new base station site to be selected, needing according to its place physical location, confirming existing logical ne base station carrier configuring condition around it, carry out returns of investment judgement of building a station.
Scene five: when certain region telephone traffic rapid development, intend adopting newly-built base station manner to carry out traffic when sharing, need to map from physical NE to logical ne, the traffic absorbing state, performance parameter etc. that have base station according to existing network judge its reasonability.
Owing to needing the frequency difference of renewal very large between wireless network Various types of data, such as site resource (site category information), supporting information, configuration information upgrade less comparatively speaking, and usual first stage of the project upgrades once.The performance data of wireless net member, traffic data then all need to upgrade every month.In prior art, all site resource informations, the performance information of wireless net member all associate with name of station or station number with configuration data information, be stored in data, each name of station or the corresponding huge amount of information of station number, data need to process whole data when inquiring about and upgrade, cannot process respectively according to upgrading demand of different information, treatment effeciency is lower.In the present invention, traffic class data, configuration class data, performance class data, site class data and supporting category information are preserved respectively, and therefore, when inquiring about and upgrade, the amount of bytes of the data of process is smaller, improves treatment effeciency.
In prior art, radio network information way to manage mainly contains the following two kinds: (1) manages based on station number based on name of station management (2).These two kinds of way to manage shortcomings are: (1) keyword does not possess uniqueness (2) keyword, and to refer to information indefinite.The mark being designated uniqueness of logical ne in the present invention; The mark being designated uniqueness of physical NE.Therefore, keyword is made to possess uniqueness.Identified by logical ne, the home network of current network and current network can be identified accurately.
In addition, under the networking mode that wireless base station base band and radio frequency part are separated, the antenna code that can carry in physical NE or machine room code, identifying current indication network element is its baseband portion or radio frequency part.
In addition, by mapping relations, clearly can indicate the inner link between various information, facilitate the statistics of shared resource, can confirm fast and the resource that other wireless net members are shared.
Code described in the present invention includes, but are not limited to coding, can be numeral, letter, word etc.
The present invention, by generating various information data, when carrying out statistical analysis, can support all kinds of statistics dimension flexibly.For logical ne mark and the physical NE flag unique identification of all kinds of network element, ensure that the uniqueness of keyword, thus when guaranteeing that follow-up various dimensions are added up, the accuracy of statistics.
Owing to preserving the mapping relations between logical ne mark and physical NE mark, the inner link between precise expression network element various information.
Described embodiment of the method is corresponding with described device embodiment, the description of relevant portion in the part comparable device embodiment do not described in detail in embodiment of the method, the description of relevant portion in the part reference method embodiment do not described in detail in device embodiment.
One of ordinary skill in the art will appreciate that, the all or part of step realized in above-described embodiment method is that the hardware that can carry out instruction relevant by program has come, described program can be stored in a computer read/write memory medium, this program is when performing, comprise the step as above-mentioned embodiment of the method, described storage medium, as: magnetic disc, CD, read-only store-memory body (Read-Only Memory, or random store-memory body (Random Access Memory, RAM) etc. ROM).
In each embodiment of the method for the present invention; the sequence number of described each step can not be used for the sequencing limiting each step; for those of ordinary skill in the art, under the prerequisite not paying creative work, the priority of each step is changed also within protection scope of the present invention.
The above is the preferred embodiment of the present invention; it should be pointed out that for those skilled in the art, under the prerequisite not departing from principle of the present invention; can also make some improvements and modifications, these improvements and modifications also should be considered as protection scope of the present invention.
Claims (13)
1. a processing method for radio network information, is characterized in that, radio network information is belonged to respectively logical ne, physical NE two aspects manage, described method also comprises:
Step 1, obtain the radio network information data of network element, described radio network information data comprise: the radio network information of the mark of described network element and the mark correspondence of described network element;
Step 2, according to the mark of described network element, obtains the logical ne mark of the physical NE mark of the mark correspondence of described network element and the mark correspondence of described network element;
Step 3, from described radio network information, extracts the physical NE information of described network element and the logical ne information of described network element respectively;
Step 4, according to described physical NE mark and described physical NE information, generates the physical NE information data of described network element; According to described logical ne mark and described logical ne information, generate the logical ne information data of described network element;
Described physical NE information data comprises: described physical NE mark, described physical NE information and the corresponding relation between described physical NE mark and described physical NE information;
Described logical ne information data comprises described logical ne mark, described logical ne information and the corresponding relation between described logical ne mark and described logical ne information.
2. the processing method of radio network information according to claim 1, is characterized in that, before described step 1, also comprises:
Physics network element ID is distributed to described network element; To described network element assignment logic network element ID;
Set up and preserve the corresponding relation between the corresponding relation between the mark of described network element and described physical NE mark, the mark of described network element and described logical ne mark, the mapping relations between described logical ne mark with described physical NE mark.
3. the processing method of radio network information according to claim 2, is characterized in that,
Described step of distributing physics network element ID to described network element is specially: the mark of code as physical NE using the code of the machine room at described network element place and/or the terrace residing for antenna of described network element;
The described step of described network element assignment logic network element ID of giving comprises: when described network element belongs to multiple standard network, by corresponding for described network element multiple logical ne, and the corresponding a kind of standard network of each logical ne; Give each logical ne assignment logic network element ID respectively.
4. the processing method of radio network information according to claim 3, is characterized in that,
Described logical ne is designated unique identification, and described physical NE is designated unique identification, and the code of described machine room is uniqueness code, and the code of described terrace is uniqueness code.
5. the processing method of radio network information according to claim 1, is characterized in that,
Described logical ne information comprises: traffic class information, configuration category information and performance category information;
Described physical NE information comprises: site category information and supporting category information;
Described logical ne information data comprises traffic class information data, configuration category information data and performance category information data;
Described physical NE information data comprises: site category information data and supporting category information data.
6. the processing method of radio network information according to claim 5, is characterized in that, also comprises:
Obtain the physical NE mark of a network element;
According to the mapping relations between described logical ne mark and described physical NE mark, search at least one logical ne mark that described physical NE mark is corresponding;
Obtain at least one the configuration category information data comprising the described logical ne mark found out, described configuration category information packet contains resource allocation corresponding to described network element;
According to acquisition, at least one configuration category information data, adds up all resource allocations that described network element is corresponding.
7. the processing method of radio network information according to claim 6, is characterized in that, described method also comprises:
Obtain the physical NE information data comprising described physical NE mark, described physical NE information data comprises the necessary resources of described network element;
Described necessary resources are compared with described resource allocation, obtains the residue situation of the necessary resources of described network element.
8. the processing method of radio network information according to claim 2, is characterized in that, described method also comprises:
According to the mapping relations between described logical ne mark and described physical NE mark, inquire about the described logical ne information data that described physical NE information data is corresponding; Or, inquire about the described physical NE information data that described logical ne information data is corresponding.
9. a processing unit for radio network information, belongs to logical ne respectively, physical NE two aspects manages, it is characterized in that, comprising by radio network information:
Data capture unit, obtain the radio network information data of network element, described radio network information data comprise: the radio network information of the mark of described network element and the mark correspondence of described network element;
Mark acquiring unit, according to the mark of described network element, obtains the logical ne mark of the physical NE mark of the mark correspondence of described network element and the mark correspondence of described network element;
Information extraction unit, from described radio network information, extracts the physical NE information of described network element and the logical ne information of described network element respectively;
Data generating unit, according to described physical NE mark and described physical NE information, generates the physical NE information data of described network element, according to described logical ne mark and described logical ne information, generates the logical ne information data of described network element;
Described physical NE information data comprises: described physical NE mark, described physical NE information and the corresponding relation between described physical NE mark and described physical NE information;
Described logical ne information data comprises described logical ne mark, described logical ne information and the corresponding relation between described logical ne mark and described logical ne information.
10. the processing unit of radio network information according to claim 9, is characterized in that, also comprises:
Mark allocation units, distribute physics network element ID to described network element; To described network element assignment logic network element ID;
Storage unit, sets up and preserves the corresponding relation between the corresponding relation between the mark of described network element and described physical NE mark, the mark of described network element and described logical ne mark, the mapping relations between described logical ne mark with described physical NE mark.
The processing unit of 11. radio network informations according to claim 10, is characterized in that,
Described mark allocation units are specially: the mark of code as physical NE using the code of the machine room at described network element place and/or the terrace residing for antenna of described network element; When described network element belongs to multiple standard network, by corresponding for described network element multiple logical ne, the corresponding a kind of standard network of each logical ne; Give each logical ne assignment logic network element ID respectively.
The processing unit of 12. radio network informations according to claim 10, is characterized in that, also comprise:
Query unit, according to the mapping relations between described logical ne mark and described physical NE mark, inquires about the described logical ne information data that described physical NE information data is corresponding; Or, inquire about the described physical NE information data that described logical ne information data is corresponding.
13. 1 kinds of radio network information management servers, belong to logical ne respectively, physical NE two aspects manage, it is characterized in that, comprising by radio network information:
Data capture unit, obtain the radio network information data of network element, described radio network information data comprise: the radio network information of the mark of described network element and the mark correspondence of described network element;
Mark acquiring unit, according to the mark of described network element, obtains the logical ne mark of the physical NE mark of the mark correspondence of described network element and the mark correspondence of described network element;
Information extraction unit, from described radio network information, extracts the physical NE information of described network element and the logical ne information of described network element respectively;
Data generating unit, according to described physical NE mark and described physical NE information, generates the physical NE information data of described network element, according to described logical ne mark and described logical ne information, generates the logical ne information data of described network element;
Described physical NE information data comprises: described physical NE mark, described physical NE information and the corresponding relation between described physical NE mark and described physical NE information;
Described logical ne information data comprises described logical ne mark, described logical ne information and the corresponding relation between described logical ne mark and described logical ne information.
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