CN102781025A - Checking method and checking device for base station equipment - Google Patents
Checking method and checking device for base station equipment Download PDFInfo
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- CN102781025A CN102781025A CN2011101183326A CN201110118332A CN102781025A CN 102781025 A CN102781025 A CN 102781025A CN 2011101183326 A CN2011101183326 A CN 2011101183326A CN 201110118332 A CN201110118332 A CN 201110118332A CN 102781025 A CN102781025 A CN 102781025A
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Abstract
The invention discloses a checking method and a checking device for base station equipment, which are used for checking base station equipment. The method provided by the embodiment of the invention includes the following steps: a normally working first cell and a second cell to be checked, which belong to different sectors of a base station but have the same frequency point, are selected; the logic channel information of a first radio frequency unit corresponding to the first cell and the logic channel information of a second radio frequency unit corresponding to the second cell are acquired, and the logic channel information includes interface information and the logic channel number information of an interface; the logic channel information corresponding to the first radio frequency unit and the logic channel information corresponding to the second radio frequency unit are exchanged; and base station equipment is checked after logic channel information exchange. The embodiment of the invention also includes the checking device for base station equipment, which can effectively increase the efficiency of base station equipment check.
Description
Technical field
The present invention relates to the base station communication field, relate in particular to a kind of inspection method and device of base station equipment.
Background technology
In wireless communication system, the base station is the important component part of Wireless Telecom Equipment, and the coverage of base station can be divided into a plurality of sectors to be formed, and comprise at least one sub-district in each sector, and each sub-district covers corresponding geographic area.
In base station system, each sub-district corresponding Base Band Unit and radio frequency unit, wherein Base Band Unit is accomplished the processing capacity to baseband signal; Specifically comprise: functions such as the channel coding/decoding of data, modulation, input; Radio frequency unit mainly comprises transceiver module, is used to accomplish the conversion between radiofrequency signal and the baseband signal, and the signal that promptly sends for needs is accomplished the conversion from the baseband signal to the radiofrequency signal; Accomplish the conversion from the radiofrequency signal to the baseband signal for the signal that receives; In base station system, Base Band Unit is connected through optical fiber or cable with radio frequency unit, and Base Band Unit is under the situation that capacity allows; Can connect a plurality of radio frequency units through optical fiber or cable, each radio frequency unit is the service of different logical sub-district.
In the opening base station process; Need check the communication situation of the base station equipment of each sector; Whether the base station equipment of verifying each sector can operate as normal; In the prior art, be the mode of running circle through manual work around the base station, each sub-district of traversal base station is checked the base station equipment of base station.Simultaneously; In the base station equipment running of base station, the situation that certain sub-district does not have telephone traffic for a long time appears sometimes, in such cases; Possibly be that base station equipment breaks down; Also possibly be that no real user inserts in the cell coverage area, in order to confirm whether base station equipment breaks down, and needs the staff to carry communication apparatus and detects near the cell site.
In the prior art, on the one hand, adopt artificial mode of running circle around the base station that base station equipment is checked that the required time is longer after the opening base station, and carry out loaded down with trivial details.On the other hand, in the running of base station, if desired the base station is checked, also needed to check near the artificial arrival base station.Therefore, the test mode required time of existing base station equipment is long, consumes a large amount of manpowers.
Summary of the invention
The embodiment of the invention provides a kind of inspection method and device of base station equipment, is used for base station equipment is checked, makes in the opening base station process; Need not manual work runs circle base station equipment is checked; Simultaneously, in the running of base station, need not arrive in the cell coverage area yet base station equipment is checked; Can effectively shorten the equipment inspection time, increase work efficiency.
The inspection method of the base station equipment in the embodiment of the invention comprises: choose first sub-district of ability operate as normal and second sub-district of examine, first sub-district and second sub-district belong to the different sectors of base station but have identical frequency; Obtain the logical channel information of the first corresponding radio frequency unit of first sub-district, and the logical channel information of second radio frequency unit of second sub-district correspondence, logical channel information comprises the logical channel number information of interface message and interface; First radio frequency unit and the corresponding logical channel information of second radio frequency unit are exchanged setting; Base station equipment after information exchange is provided with to logical channel is checked.
The testing fixture of the base station equipment in the embodiment of the invention comprises: the unit is chosen in the sub-district, is used to choose first sub-district of ability operate as normal and second sub-district of examine, and first sub-district and second sub-district belong to the different sectors of base station but have identical frequency; Information acquisition unit is used to obtain the logical channel information of first radio frequency unit of first sub-district, and the logical channel information of second radio frequency unit of second sub-district, and logical channel information comprises the logical channel information of interface message and interface; Crosspoint is used for first radio frequency unit and the corresponding logical channel information of second radio frequency unit are exchanged setting; Inspection unit, the base station equipment that is used for logical channel after information exchange is provided with checks that base station equipment comprises radio frequency unit and Base Band Unit.
Can find out that from above technical scheme the embodiment of the invention has the following advantages:
Carry out the exchange of logical channel through the sub-district of selection ability operate as normal and the sub-district of examine; Be about to the interface message of sub-district and the logical channel number information of interface and exchange setting; Make the radio frequency unit of sub-district of examine to form logical channel with the Base Band Unit of the sub-district that regular traffic is arranged; The base station equipment of the sub-district of utilization ability operate as normal is treated the base station equipment of the sub-district of inspection unit and is checked; Can effectively shorten the equipment inspection time, near the hand inspection avoiding in the base station equipment opening process in artificial test mode of running circle and the base station equipment running to the base station has improved the efficient that base station equipment is checked.
Description of drawings
Fig. 1 is the logical schematic of embodiment of the invention base station;
Fig. 2 is a sketch map of the inspection method of a kind of base station equipment of the embodiment of the invention;
Fig. 3 is another sketch map of the inspection method of a kind of base station equipment of the embodiment of the invention;
Fig. 4 is a sketch map of the testing fixture of a kind of base station equipment of the embodiment of the invention;
Fig. 5 is another sketch map of the testing fixture of a kind of base station equipment of the embodiment of the invention.
Embodiment
The embodiment of the invention provides a kind of inspection method and device of base station equipment, is used for base station equipment is checked, can effectively avoid the test mode of artificial pitch of the laps, shortens the required time of base station equipment inspection, improves the efficient of base station equipment inspection.
In base station system; The coverage of base station can be divided into a plurality of sectors; Comprise at least one sub-district and at least one frequency in each sector, each sub-district corresponding Base Band Unit and radio frequency unit, and connect through optical fiber or cable between the Base Band Unit of same sub-district and the radio frequency unit.Need to prove; Technical scheme of the present invention is applicable to code division multiple access (CDMA; Code Division Multiple Access) system, the base station in the plurality of communication systems such as bandwidth code division multiple access (WCDMA, Wideband Code Division Multiple Access) system.
Technical scheme for a better understanding of the present invention sees also Fig. 1, is the logical schematic of base station in the embodiment of the invention; The coverage of base station is divided into three sectors, has only a sub-district in each sector, is respectively sub-district 1; Sub-district 2; Sub-district 3, and three sub-districts have identical frequency, and the corresponding relation between sub-district and the base station equipment is described.
See also Fig. 2, the embodiment for the inspection method of a kind of base station equipment of the embodiment of the invention comprises:
201, choose first sub-district of ability operate as normal and second sub-district of examine;
In embodiments of the present invention, base station system will be chosen first sub-district of ability operate as normal and second sub-district of examine, wherein; First sub-district and second sub-district belong to the different sectors of base station but have identical frequency, and second sub-district of examine is the arbitrary sub-district in the sub-district of examine, for example; In the embodiment shown in Figure 2, when sub-district 1 for having the sub-district of regular traffic, when sub-district 2 is the sub-district of examine with sub-district 3; Can select sub-district 1 and sub-district 2, perhaps sub-district 1 and sub-district 3.
202, obtain the logical channel information of the first corresponding radio frequency unit of first sub-district, and the logical channel information of second radio frequency unit of second sub-district correspondence;
In embodiments of the present invention, the base station equipment of sub-district comprises radio frequency unit and Base Band Unit, and radio frequency unit mainly comprises transceiver module, is used for the reception and the transmission of signal, and the conversion between baseband signal and the radiofrequency signal; Base Band Unit is used for the processing of baseband signal, and the radio frequency unit of sub-district is connected through optical fiber or cable with Base Band Unit, and the signal that radio frequency unit receives will send Base Band Unit to and handle.
Base station system is obtained the logical channel information of second radio frequency unit of logical channel information and second sub-district of first radio frequency unit of first sub-district, and wherein, logical channel information comprises interface message and logical channel number information.
203, first radio frequency unit and the corresponding logical channel information of second radio frequency unit are exchanged setting;
The base station exchanges setting with the logical channel information of first radio frequency unit and second radio frequency unit; Specifically comprise: the logical channel information of first radio frequency unit is revised as the logical channel information on second radio frequency unit; The logical channel information of second radio frequency unit is revised as the logical channel information on first radio frequency unit; Make the corresponding Base Band Unit in sub-district of winning be used to handle the signal that the corresponding radio frequency unit in second sub-district transmits, the corresponding Base Band Unit in second sub-district is used to handle the signal that the corresponding radio frequency unit in first sub-district transmits.
204, the base station equipment after information exchange is provided with to logical channel is checked.
After radio frequency unit logical channel information exchange setting between the sub-district, the base station equipment after base station system will be provided with the logical channel information exchange checks that base station equipment comprises Base Band Unit and radio frequency unit.
In embodiments of the present invention; Radio frequency unit between the sub-district carries out after the exchange setting of logical channel information; The Base Band Unit that the feasible signal that the radio frequency unit of sub-district is received is handled exchanges; Therefore can utilize the Base Band Unit of other sub-districts that the radio frequency unit that needs carry out the sub-district of equipment inspection is checked, perhaps utilize the radio frequency unit of other sub-districts that the Base Band Unit that needs carry out the sub-district of equipment inspection is checked.
In embodiments of the present invention; For the equipment inspection in the opening base station process, need to confirm earlier the sub-district of an ability operate as normal, concrete mode is: the inspection personnel arrives in the geographic area coverage of certain sub-district of base station; Whether can accomplish customer call through portable terminal and judge that can the base station equipment of this sub-district operate as normal; After confirming that the base station equipment of this sub-district can operate as normal, then the inspection personnel is fixed on after the geographical coverage of this sub-district, exchanges setting through the logical channel information with this sub-district and other examine sub-district; Utilize the radio frequency unit of this sub-district to judge that can the Base Band Unit of other sub-districts operate as normal; The test mode of effectively having avoided the inspection personnel to run circle around the base station has shortened the review time, has improved operating efficiency.
In the running of base station; If just often whether the base station equipment of the sub-district of the no telephone traffic of needs judgement; Sub-district that can be through will there not being telephone traffic exchanges setting with sub-district logical channel information that can operate as normal; And judge according to the telephone traffic of telephone traffic in the examine sub-district in the preset time or normal cell whether the base station equipment of examine sub-district is normal, and avoided the inspection personnel in the geographic area scope of examine sub-district, to check, improved operating efficiency.
In order better to understand technology, see also Fig. 3, the embodiment for the inspection method of a kind of base station equipment of the embodiment of the invention comprises:
301, choose first sub-district of ability operate as normal and second sub-district of examine;
302, obtain the logical channel information of the first corresponding radio frequency unit of first sub-district, and the logical channel information of second radio frequency unit of second sub-district correspondence;
The Base Band Unit of base station system is connected through optical fiber or cable with radio frequency unit, and base station system can get access to the logical channel information of the radio frequency unit of sub-district, and wherein logical channel information comprises the logical channel number information of interface message and interface.
In embodiments of the present invention, base station system has been selected after first sub-district and second sub-district, with obtaining first sub-district and second sub-district logical channel information of corresponding radio frequency unit respectively.
303, judge whether the interface message of first radio frequency unit is identical with the interface message of second radio frequency unit, if then execution in step 304, if not, then execution in step 305;
Base station system will judge whether the interface message of first radio frequency unit is identical with the interface message of second radio frequency unit.
304, the logical channel number information with the interface of first radio frequency unit and second radio frequency unit exchanges setting, continues execution in step 306;
Need to prove; In embodiments of the present invention; The radio frequency unit of base station has at least two ports; The radio frequency unit that different districts is corresponding can be connected on same optical fiber or the cable through the mode of series connection; And because the Base Band Unit of base station can handle the radio frequency unit of a plurality of different districts simultaneously, therefore exist the radio frequency unit of a plurality of sub-districts to adopt the mode of cascade to connect the back and is connected, promptly have the situation of a plurality of same optical fiber of radio frequency units use or cable and corresponding Base Band Unit connection with same Base Band Unit.
In embodiments of the present invention; What use when first radio frequency unit and second radio frequency unit is that same optical fiber or cable are when being connected with corresponding Base Band Unit; The interface message of first radio frequency unit will be identical with the interface message of second radio frequency unit; The base station exchanges setting with the logical channel number information of the interface of first radio frequency unit and second radio frequency unit; The Base Band Unit of the sub-district of winning is connected with the second radio frequency unit logic of second sub-district; The Base Band Unit of second sub-district is connected with the first radio frequency unit logic of first sub-district, and after the logical channel information exchange setting, the logical channel after the Base Band Unit of sub-district will exchange is carried out the reception and the transmission of signal; The signal of the i.e. radio frequency unit of first sub-district reception is handled by the Base Band Unit of second sub-district, and the radio frequency unit of first sub-district also will receive the signal of the Base Band Unit transmission of second sub-district.As shown in Figure 1, after logical channel information exchange setting, Base Band Unit 1 and radio frequency unit 2 correspondences in logic, Base Band Unit 2 and radio frequency unit 1 correspondence.
305, the interface message that first radio frequency unit and second radio frequency unit is corresponding and the logical channel number information of interface exchange setting;
When first radio frequency unit and second radio frequency unit use different fibers or cable to be connected with corresponding Base Band Unit; The interface message of first radio frequency unit will be inequality with the interface message of second radio frequency unit, and then base station the interface message that first radio frequency unit and second radio frequency unit is corresponding and the logical channel number information of interface exchange setting.The Base Band Unit of the sub-district of winning is connected with second radio frequency unit of second sub-district; The Base Band Unit of second sub-district is connected with first radio frequency unit of first sub-district, and the Base Band Unit of sub-district uses logical channel information exchange setting logical channel afterwards to carry out the reception and the transmission of signal.
Need to prove that in embodiments of the present invention, logical channel information can further include the time delay information of sub-district; Common public radio interface (CPRI; The Common Public Radio Interface) base band data etc. the logical channel information between the sub-district being exchanged when being provided with, can judge whether according to specific circumstances and need the time delay information and the CPRI base band data of sub-district be exchanged; Concrete condition is decided by demand, does not do qualification here.
306, obtain corresponding telephone traffic or the customer call situation in first sub-district and/or second sub-district after the logical channel information exchange is provided with;
The logical channel information of first sub-district and second sub-district is exchanged after the setting, and base station system can be checked the base station equipment of second sub-district of examine.
Base station system will be obtained corresponding telephone traffic or the customer call situation in first sub-district or second sub-district; In embodiments of the present invention; After the exchange that base station system is carried out logical channel information in the sub-district is provided with, can whether telephone traffic be arranged or whether can accomplish customer call according to the sub-district to checking to the base station equipment of checking the sub-district.
307, according to telephone traffic or customer call situation the base station equipment of second sub-district is checked;
In embodiments of the present invention; Base station system will be checked the base station equipment of second sub-district according to telephone traffic or customer call situation; First sub-district after the logical channel information exchange is provided with exists telephone traffic or customer call success; Second Base Band Unit of second sub-district correspondence before then the logical channel information exchange is provided with is normal; Perhaps second sub-district after the logical channel information exchange is provided with exists telephone traffic or customer call success, and the radio frequency unit of second sub-district before then the logical channel information exchange is provided with is normal.
In the prior art; When in the opening base station process, base station equipment being checked,, therefore can not check the base station equipment of sub-district according to the telephone traffic of sub-district owing to do not come into operation as yet in the base station; But need the staff to arrive in the coverage of each sub-district; Through utilizing mobile terminal device set up to call out, when the calling that can accomplish customer call or portable terminal when base station equipment can be set up, explain that the base station equipment of sub-district to be detected can operate as normal; In embodiments of the present invention; The inspection personnel need not run circle and accomplish the inspection to the base station equipment of each sub-district round the base station, but can after checking out the sub-district of certain operate as normal, rest in the geographic area coverage of this sub-district, utilizes the sub-district of this operate as normal and the sub-district of other examine to carry out the exchange of the logical channel of radio frequency unit; If the sub-district mobile device of operate as normal can be set up calling after the exchange, explain that then the Base Band Unit of examine sub-district can operate as normal.
When in the base station equipment running, the base station equipment of the sub-district of no telephone traffic being checked; The radio frequency unit that base station system will not have the sub-district that radio frequency unit and of the sub-district of telephone traffic can operate as normal carries out the exchange setting of logical channel information; Need to prove; In the description of following concrete application examples, being that example describes through the optical fiber ways of connecting between Base Band Unit, the radio frequency unit.
See also Fig. 1, if sub-district 1 can operate as normal, sub-district 2 is the sub-district of examine with sub-district 3, and then the corresponding relation of each sub-district and base station equipment is:
| Sub-district 1 | Base Band Unit 1 | Optical fiber 1 logical channel 1 | Radio frequency unit 1 | Geographic area 1 |
| Sub-district 2 | Base Band Unit 2 | Optical fiber 1 logical channel 2 | Radio frequency unit 2 | Geographic area 2 |
| Sub-district 3 | Base Band Unit 3 | Optical fiber 1 logical channel 3 | Radio frequency unit 3 | Geographic area 3 |
Then carry out after the exchange setting of logical channel information with sub-district 2 sub-district 1, and the corresponding relation of each sub-district and base station equipment is:
| Sub-district 2 | Base Band Unit 1 | Optical fiber 1 logical channel 2 | Radio frequency unit 2 | Geographic area 2 |
| Sub-district 1 | Base Band Unit 2 | Optical fiber 1 logical channel 1 | Radio frequency unit 1 | Geographic area 1 |
| Sub-district 3 | Base Band Unit 3 | Optical fiber 1 logical channel 3 | Radio frequency unit 3 | Geographic area 3 |
In the opening base station process; After the logical channel information exchange was provided with, if the inspection personnel is in geographic area 1 and utilize portable terminal to set up when call out connecting, then Base Band Unit 2 can operate as normal; If the mobile terminal calling failure, then Base Band Unit 2 possibly break down.
In the running of base station, after the logical channel information exchange is provided with, if sub-district 1 still has telephone traffic; Then Base Band Unit 2 can operate as normal, the no telephone traffic if sub-district 1 becomes, and then Base Band Unit 2 possibly break down; The telephone traffic if sub-district 2 has become; Then radio frequency unit 2 can operate as normal, and sub-district 2 does not still have telephone traffic, and then radio frequency unit 2 possibly break down.
If in the opening base station process; Base station system generally need be checked the base station equipment of a plurality of sub-districts; The mode that then base station system can be through carrying out logical channel information exchange setting in turn exchanges setting with the logical channel information of sub-district; For example: after the Base Band Unit of sub-district 2 is checked; Also need check the Base Band Unit of sub-district 3, then can be through the sub-district 2 after the logical channel information exchange setting is carried out the exchange setting of logical channel information again with sub-district 3, the interior Base Band Unit 3 of coverage that makes the inspection personnel can still be in geographic area 1 is checked; Please referring to following table, the corresponding relation that carries out between the base station equipment of each sub-district after the logical channel information exchange is provided with is:
| Sub-district 2 | Base Band Unit 1 | Optical fiber 1 logical channel 2 | Radio frequency unit 2 | Geographic area 2 |
| Sub-district 3 | Base Band Unit 2 | Optical fiber 1 logical channel 3 | Radio frequency unit 3 | Geographic area 3 |
| Sub-district 1 | Base Band Unit 3 | Optical fiber 1 logical channel 1 | Radio frequency unit 1 | Geographic area 1 |
As above shown in the table, in the opening base station process, the inspection personnel still can be in the coverage of geographic area 1 Base Band Unit 3 is checked, and need not go in the coverage of geographic area 3.
Need to prove; When examine sub-district 3 is checked; Also can be earlier the state before the logical channel information exchanges are provided be recovered with sub-district 2 in the sub-district 1 of having carried out after the logical channel information exchange is provided with; The sub-district 1 and the examine 3 of the operate as normal after will recovering are again carried out the exchange of logical channel, realize the inspection to base station equipment 3.
309, the logical channel number information of the interface message of first sub-district after the logical channel information exchange is provided with and second sub-district and interface reverts to the state before the logical channel information exchange is provided with.
After base station equipment is checked; The logical channel numbering of first sub-district after base station system is provided with the logical channel information exchange and the interface message of second sub-district and interface reverts to the state before the logical channel information exchange is provided with; The method of recovering can be direct recovery; The logical channel information of promptly resetting each sub-district is provided with preceding state for the logical channel information exchange; Perhaps when base station equipment be when the base station equipment of sub-district being checked through the mode of carrying out logical channel information exchange setting in turn; Can be by carrying out the exchange setting of logical channel information with the opposite flow process of carrying out logical channel information exchange setting originally, till the logical channel number information of the interface message of each sub-district and interface reverts to the state before the logical channel information exchange is provided with.
In embodiments of the present invention, through the mode of utilizing minizone logical channel information exchange to be provided with, can effectively utilize the base station equipment of sub-district that can operate as normal that the base station equipment of examine sub-district is checked; In the opening base station process, avoided the test mode of artificial pitch of the laps, and in base station operation process; Avoided the mode of hand inspection; Effectively reduce the manpower consumption, shorten the review time of base station equipment, increase work efficiency.
See also Fig. 4, the embodiment for the testing fixture of a kind of base station equipment in the embodiment of the invention comprises:
In embodiments of the present invention; Unit 401 is chosen in the sub-district will choose first sub-district of ability operate as normal and second sub-district of examine; And obtain the logical channel information of the second corresponding radio frequency unit of logical channel information and second sub-district of the first corresponding radio frequency unit of first sub-district by information acquisition unit 402; Crosspoint 403 exchanges setting with first radio frequency unit and the corresponding logical channel information of second radio frequency unit, and the base station equipment after being provided with by 404 pairs of logical channel information exchanges of inspection unit is at last checked.
In order better to understand technology, see also Fig. 5, the embodiment for the testing fixture of a kind of base station equipment in the embodiment of the invention comprises:
Wherein, crosspoint 403 comprises:
Judging unit 501 is used to judge whether the interface message of first radio frequency unit is identical with the interface message of second radio frequency unit;
First crosspoint 502 is used for interface message when the interface message of first radio frequency unit and second radio frequency unit when identical, and the logical channel number information of the interface of first radio frequency unit and second radio frequency unit is exchanged setting;
Wherein, inspection unit 404 also comprises:
Acquiring unit 504 is used to obtain corresponding telephone traffic or the customer call situation in first sub-district and/or second sub-district;
In embodiments of the present invention, device also comprises:
Recovery unit 506, the logical channel number information of first sub-district after being used for the logical channel information exchange is provided with and the interface message of second sub-district and interface reverts to the state before the logical channel information exchange is provided with.In embodiments of the present invention; In the opening base station process need to base station equipment check or the base station running in when the base station equipment of the sub-district of no telephone traffic checked; Unit 401 is chosen in the sub-district will choose first sub-district of ability operate as normal and second sub-district of examine; And obtain the logical channel information of the first corresponding radio frequency unit of first sub-district by information acquisition unit 402; And the logical channel information of second radio frequency unit of second sub-district correspondence, the judging unit 501 in the crosspoint 403 will judge whether the interface message of first radio frequency unit is identical with the interface message of second radio frequency unit; When the interface message of the interface message of first radio frequency unit and second radio frequency unit was identical, first crosspoint 502 exchanged setting with the logical channel number information of the interface of first radio frequency unit and second radio frequency unit; When the interface message of first radio frequency unit and second radio frequency unit is inequality; The interface message that second crosspoint 503 is corresponding with first radio frequency unit and second radio frequency unit and the logical channel number information of interface exchange setting; Carry out after the logical channel information exchange setting; Acquiring unit 504 in the inspection unit 404 will obtain corresponding telephone traffic or the customer call situation in first sub-district and/or second sub-district; And according to the telephone traffic or the customer call situation of first sub-district or second sub-district base station equipment of second sub-district is checked by equipment inspection unit 505; First sub-district after the logical channel information exchange is provided with exists telephone traffic or customer call success; Second Base Band Unit of second sub-district correspondence before then the logical channel information exchange is provided with is normal, and second sub-district after the logical channel information exchange is provided with exists telephone traffic or customer call success, and second radio frequency unit of second sub-district correspondence before then the logical channel information exchange is provided with is normal.After having checked, the logical channel number information of first sub-district after recovery unit 506 is provided with the logical channel information exchange and the interface message of second sub-district and interface reverts to the state before the logical channel information exchange is provided with.
In embodiments of the present invention; Through the mode of utilizing minizone logical channel information exchange to be provided with; Can effectively utilize the base station equipment of sub-district that can operate as normal that the base station equipment of examine sub-district is checked; Effectively reduce the manpower consumption, shorten the review time of base station equipment, increase work efficiency.
One of ordinary skill in the art will appreciate that all or part of step that realizes in the foregoing description method is to instruct relevant hardware to accomplish through program; Described program can be stored in a kind of computer-readable recording medium; The above-mentioned storage medium of mentioning can be a read-only memory, disk, CD or Flash etc.
More than the inspection method and the device of a kind of base station equipment provided by the present invention carried out detailed introduction; For one of ordinary skill in the art; Thought according to the embodiment of the invention; The part that on embodiment and range of application, all can change, in sum, this description should not be construed as limitation of the present invention.
Claims (11)
1. the inspection method of a base station equipment is characterized in that, comprising:
Choose first sub-district of ability operate as normal and second sub-district of examine, said first sub-district and said second sub-district belong to the different sectors of base station but have identical frequency;
Obtain the logical channel information of the first corresponding radio frequency unit of said first sub-district, and the logical channel information of second radio frequency unit of said second sub-district correspondence, said logical channel information comprises the logical channel number information of interface message and interface;
Said first radio frequency unit and the corresponding logical channel information of said second radio frequency unit are exchanged setting;
Base station equipment after information exchange is provided with to logical channel is checked.
2. method according to claim 1 is characterized in that, said logical channel information with said first radio frequency unit and said second radio frequency unit correspondence exchanges to be provided with and comprises:
Whether the interface message of judging said first radio frequency unit is identical with the interface message of said second radio frequency unit;
If then the logical channel number information with the interface of said first radio frequency unit and said second radio frequency unit exchanges setting.
3. method according to claim 2 is characterized in that, said method also comprises:
If the optical fiber interface information of said first radio frequency unit and said second radio frequency unit is inequality, then said first radio frequency unit and the optical fiber interface information of said second radio frequency unit correspondence and the logical channel number information of optical fiber interface are exchanged setting.
4. method according to claim 1 is characterized in that, said base station equipment inspection after information exchange is provided with to logical channel comprises:
Obtain corresponding telephone traffic or the customer call situation in first sub-district and/or second sub-district after the logical channel information exchange is provided with;
According to said telephone traffic or customer call situation base station equipment is checked; First sub-district after said logical channel information exchange is provided with exists telephone traffic or customer call success, and second Base Band Unit of second sub-district correspondence before then the logical channel information exchange is provided with is normal.
5. method according to claim 4 is characterized in that, said base station equipment the inspection also according to said telephone traffic or customer call situation comprises:
Second sub-district after said logical channel information exchange is provided with exists telephone traffic or customer call success, and second radio frequency unit of second sub-district correspondence before then the logical channel information exchange is provided with is normal.
6. method according to claim 1 is characterized in that, said base station equipment after information exchange is provided with to logical channel also comprises after checking:
First sub-district after said logical channel information exchange is provided with and the logical channel information of second sub-district revert to the state before the logical channel information exchange is provided with.
7. the testing fixture of a base station equipment is characterized in that, comprising:
The unit is chosen in the sub-district, is used to choose first sub-district of ability operate as normal and second sub-district of examine, and said first sub-district and said second sub-district belong to the different sectors of base station but have identical frequency;
Information acquisition unit is used to obtain the logical channel information of first radio frequency unit of said first sub-district, and the logical channel information of second radio frequency unit of said second sub-district, and said logical channel information comprises the logical channel information of interface message and interface;
Crosspoint is used for said first radio frequency unit and the corresponding logical channel information of said second radio frequency unit are exchanged setting;
Inspection unit, the base station equipment that is used for logical channel after information exchange is provided with checks that said base station equipment comprises radio frequency unit and Base Band Unit.
8. device according to claim 7 is characterized in that, said crosspoint comprises:
Judging unit is used to judge whether the interface message of said first radio frequency unit is identical with the interface message of said second radio frequency unit;
First crosspoint is used for interface message when the interface message of said first radio frequency unit and said second radio frequency unit when identical, and the logical channel number information of the interface of said first radio frequency unit and said second radio frequency unit is exchanged setting.
9. device according to claim 7 is characterized in that, said crosspoint also comprises:
Second crosspoint; Be used for when the interface message of said first radio frequency unit and said second radio frequency unit is inequality, the interface message that said first radio frequency unit and said second radio frequency unit is corresponding and the logical channel number information of interface exchange setting.
10. device according to claim 7 is characterized in that, said inspection unit comprises:
Acquiring unit is used to obtain corresponding telephone traffic or the customer call situation in first sub-district or second sub-district after the logical channel information exchange is provided with;
The equipment inspection unit; Be used for the base station equipment of said second sub-district being checked according to said telephone traffic or customer call situation; First sub-district after said logical channel information exchange is provided with exists telephone traffic or customer call success; The Base Band Unit of second sub-district before then the logical channel information exchange is provided with is normal; Perhaps second sub-district after said logical channel information exchange is provided with exists telephone traffic or customer call success, and the radio frequency unit of second sub-district before then the logical channel information exchange is provided with is normal.
11., it is characterized in that said device also comprises according to each described device of claim 7 to 10:
Recovery unit, first sub-district after being used for said logical channel information exchange is provided with and the logical channel information of second sub-district revert to the state before the logical channel information exchange is provided with.
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| CN102781025B CN102781025B (en) | 2015-07-08 |
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Citations (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN1716829A (en) * | 2004-06-30 | 2006-01-04 | 三洋电机株式会社 | Malfunction detection method and base station apparatus utilizing the same |
| WO2009024270A1 (en) * | 2007-08-20 | 2009-02-26 | Rohde & Schwarz Gmbh & Co. Kg | Method for testing the allocation of a transmission frequency, tester and base station |
| CN101478353A (en) * | 2009-01-20 | 2009-07-08 | 信息产业部通信计量中心 | Radio frequency unit capable of being used in wireless communication base station radio frequency automatic test |
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2011
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Patent Citations (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN1716829A (en) * | 2004-06-30 | 2006-01-04 | 三洋电机株式会社 | Malfunction detection method and base station apparatus utilizing the same |
| WO2009024270A1 (en) * | 2007-08-20 | 2009-02-26 | Rohde & Schwarz Gmbh & Co. Kg | Method for testing the allocation of a transmission frequency, tester and base station |
| CN101478353A (en) * | 2009-01-20 | 2009-07-08 | 信息产业部通信计量中心 | Radio frequency unit capable of being used in wireless communication base station radio frequency automatic test |
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