CN102004783A - Method and device for quickly storing network management performance non-granularity data - Google Patents
Method and device for quickly storing network management performance non-granularity data Download PDFInfo
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Abstract
The invention relates to a method and a device for quickly storing network management performance non-granularity data. The method comprises the following steps of: analyzing received performance data and determining a performance object to which the performance data belongs; performing integrated operation on the performance data and then storing at a corresponding storage region in a memory database according to the performance object to which the performance data belongs; and when the reported granularity of the performance data is achieved, uploading the performance data in the memory database to a network management system database. Through the method and the device, the conventional storage method of the performance data is changed, the integrated operation is performed on the performance data in the memory database according to the object type and then the performance data is cached, and when the time granularity is achieved, the performance data cached in the memory database is uploaded to the system database in batches, so that the entering operation of a large number of frequently discrete databases is transferred into a memory to be performed. Meanwhile, a small number of system resources and less system time are occupied, and the efficiency and the stability of the system are improved.
Description
Technical field
The present invention relates to the communications field, relate in particular to the method and the device of the non-granularity data quick storage of a kind of webmaster performance.
Background technology
Along with the high speed development of mobile communication technology, (the Operations ﹠amp of network management system operation maintenance center in the wireless access network; Maintenance Center, OMC) type of the network element of being managed is numerous and diverse further, and the quantity of the network element that single base station controller (BSC, Base Station Controller) is articulated is more and more huger.Therefore, the performance data from network element that needs to handle in the OMC operational process gets more and more, thereby the pressure that causes OMC to handle is increasing.And operator is also more and more higher to the accuracy and the integrality requirement of performance data, makes OMC have higher requirement to the processing of data.
Performance data from reported by network elements mainly contains dual mode in time at present: a kind of is that the acquisition granularity integral point reports, and promptly sends to OMC in batches when the acquisition granularity time that task sets arrives, as calling out, discharge the class performance data; Another kind is a real-time report, in case such business promptly takes place then report immediately, for example Failure Causes Analysis, adjacent area switch data, these class data take place frequent, and data volume is big, and the position of simultaneous network element is fixing.Processing mode for real-time report class performance data network element is to produce a performance data just to send a performance data to OMC, in general, OMC is that the storing process that directly calls in the database is integrated the back warehouse-in to these type of data by granularity, but the mode of this frequent warehouse-in relates to the I/O repeatable operation of hard disk, has taken bigger system and database resource.
Summary of the invention
Fundamental purpose of the present invention provides the method and the device of the non-granularity data quick storage of a kind of webmaster performance, be intended to fast and effeciently add up the network quality in the mobile radio communication, and it is simple to operate.
The invention provides the method for the non-granularity data quick storage of a kind of webmaster performance, may further comprise the steps:
The performance data that receives is resolved, determine the performance object that described performance data belongs to;
According to the performance object that described performance data belonged to, will be stored in corresponding memory block in the memory database after the described performance data integration computing;
When performance data reports granularity then, the performance data in the memory database is uploaded to the network management system database.
Preferably, above-mentioned performance data to reception is resolved, and determines that the step of the performance object that described performance data belongs to is specially:
The performance data that receives is resolved the time of obtained performance data, positional information and function code;
Determine the performance object that performance data belongs to according to function code.
Preferably, above-mentioned according to the performance object that performance data belonged to, the step that is stored in corresponding memory block in the memory database after the described performance data integration computing is specifically comprised:
Obtain the major key information of performance data;
Judging whether described major key information has been present in memory database, is to be stored in corresponding memory block in the memory database after then described performance data being integrated computing; Otherwise in memory database, set up new memory block, described performance data is stored in described new memory block.
Preferably, above-mentioned according to the performance object that performance data belonged to, described performance data is stored in the step of corresponding memory block in the memory database:
When the storage space of memory database reaches the memory headroom threshold value that network management system sets, produce the system alarm signal, and trigger the performance data in the memory database is uploaded to the network management system database;
When the network management system abnormal restarting, read in the correlation time section performance data in the system database in memory database.
Preferably, the above-mentioned performance data of working as reports granularity then, and the step that the performance data in the memory database is uploaded to the network management system database specifically comprises:
When performance data reports granularity then, be the text of unit with the performance object with the generation of the performance data in the memory database;
Described text is uploaded to the network management system database, and deletes described text.
The present invention also provides the device of the non-granularity data quick storage of a kind of webmaster performance, comprising:
The performance object planning module is used for the performance data that receives is resolved, and determines the performance object that described performance data belongs to;
Data cache module is used for the performance object that belongs to according to described performance data, is stored in corresponding memory block in the memory database after will described performance data integrating computing;
The data upload module is used for reporting granularity then when performance data, and the performance data in the memory database is uploaded to the network management system database.
Preferably, above-mentioned performance object planning module specifically comprises:
Resolution unit is used for the performance data that receives is resolved the time of obtained performance data, positional information and function code;
The performance object determining unit is used for determining the performance object that performance data belongs to according to function code.
Preferably, above-mentioned data cache module specifically comprises:
The major key information acquisition unit is used to obtain the major key information of performance data;
The memory location judging unit is used to judge whether described major key information has been present in memory database;
Storage unit when being used for described major key information and being present in memory database, is stored in corresponding memory block in the memory database after then will described performance data integrating computing; When also being used for described major key information and not being present in memory database, in memory database, set up new memory block, described performance data is stored in described new memory block.
Preferably, said memory cells also is used for:
When the storage space of memory database reaches the memory headroom threshold value that network management system sets, produce the system alarm signal, and trigger the performance data in the memory database is uploaded to the network management system database;
When the network management system abnormal restarting, the non-granularity performance data in the correlation time section in the network management system database is read in the memory database.
Preferably, above-mentioned data upload module specifically comprises:
The data lead-out unit is used for reporting granularity then when performance data, and it is the text of unit that the performance data in the memory database is generated with the performance object;
The data loading unit is used for described text is uploaded to the network management system database, and deletes described text.
The present invention has changed the storage means of original performance data, by performance data is carried out buffer memory by the performance object type in memory database, the performance data that will be buffered in the memory database again when the time granularity arrives uploads in the system database in batches, carries out thereby the database storage computing that will disperse frequent in a large number is transferred in the internal memory.Simultaneously also take less system resource and system time, thereby the system resource that can alleviate network management system and database server greatly takies, improved the efficient and stability of system.
Description of drawings
Fig. 1 is the schematic flow sheet of method one embodiment of the non-granularity data quick storage of webmaster performance of the present invention;
Fig. 2 is the schematic flow sheet of the step of analysis feature data among method one embodiment of the non-granularity data quick storage of webmaster performance of the present invention;
Whether effectively Fig. 3 judges the performance data schematic flow sheet of step among method one embodiment of the non-granularity data quick storage of webmaster performance of the present invention;
Fig. 4 is with the schematic flow sheet of performance data buffer memory to the step of memory database among method one embodiment of the non-granularity data quick storage of webmaster performance of the present invention;
Fig. 5 is the schematic flow sheet that among method one embodiment of the non-granularity data quick storage of webmaster performance of the present invention batch data in the memory database is uploaded to the step of network management system database;
Fig. 6 is the structural representation of device one embodiment of the non-granularity data quick storage of webmaster performance of the present invention;
Fig. 7 is the structural representation of performance object planning module among device one embodiment of the non-granularity data quick storage of webmaster performance of the present invention;
Fig. 8 is another structural representation of performance object planning module among device one embodiment of the non-granularity data quick storage of webmaster performance of the present invention;
Fig. 9 is the structural representation of data cache module among device one embodiment of the non-granularity data quick storage of webmaster performance of the present invention;
Figure 10 is the structural representation of data upload module among device one embodiment of the non-granularity data quick storage of webmaster performance of the present invention.
The realization of the object of the invention, functional characteristics and advantage will be in conjunction with the embodiments, are described further with reference to accompanying drawing.
Embodiment
Further specify technical scheme of the present invention below in conjunction with Figure of description and specific embodiment.
Should be appreciated that specific embodiment described herein only in order to explanation the present invention, and be not used in qualification the present invention.
Fig. 1 is the schematic flow sheet of method one embodiment of the non-granularity data quick storage of webmaster performance of the present invention.
The method of the non-granularity data quick storage of present embodiment webmaster performance may further comprise the steps:
Step S10, the performance data that receives is resolved, determine the performance object that performance data belongs to;
Step S11, according to the performance object that performance data belonged to, performance data integrated is stored in corresponding memory block in the memory database after the computing;
Step S12, when performance data reports granularity then, the performance data in the memory database is uploaded to the network management system database.
Present embodiment has changed the storage means of original performance data, by performance data is carried out buffer memory by the performance object type in memory database, the performance data that will be buffered in the memory database again when the time granularity arrives uploads in the system database in batches, carries out thereby the database storage computing that will disperse frequent in a large number is transferred in the internal memory.Simultaneously also take less system resource and system time, thereby the system resource that can alleviate network management system and database server greatly takies, improved the efficient and stability of system.
With reference to Fig. 2, above-mentioned steps S10 further comprises:
Step S101, the performance data that receives is resolved the time of obtained performance data, positional information and function code;
From network element receptivity Frame, this receiving interface can comprise shielded network interfaces such as Ethernet or optical fiber by specific message circulation mechanism.After receiving performance data, it is resolved, obtain time, positional information and other the information of this performance data, for example frame number, frame length, record length, record number, start time, concluding time, system number and function code etc.
Step S102, determine the performance object that performance data belongs to according to function code.
According to the function code that analysis feature data among the step S101 obtain, can determine performance object or performance object set that performance data belongs to.Need to prove at this, when this performance data is the performance data of failure cause class, then need the performance object of determining that this performance data belonged to jointly by the type of service in function code and the performance data.Such as, " 1X: voice call drop reason object " and " PTT: handoff failure reason object " all corresponding same function code " 0x45085500 ", when the type of service in the performance data after resolving is " voice call drop reason ", show the data of this performance data for " 1X: voice call drop reason object ", the type of service of the performance data after resolving is " the PTT target side strengthens group calling and switches ", " PTT target side secret is exhaled switching ", when " the PTT source strengthens group calling and switches " or " PTT source secret is exhaled switching ", show the performance data of this performance data for " PTT: handoff failure reason object ".
With reference to Fig. 3, also comprise between above-mentioned steps S101 and the step S102:
Step S103, according to the location and time information of performance data, generate major key information;
This major key information is as the unique identification of performance data, generates by certain rule according to the position and the temporal information of performance data.This certain rule can be by deciding as the case may be, and promptly putting in order etc. of location and time information just do not done qualification at this.
Step S104, judge, judge whether this performance data is effective according to major key information; Be execution in step S102 then; Otherwise execution in step S105;
Step S105, abandon this performance data, and return execution in step S101.
Also comprise after the above-mentioned steps S102:
Step S106, be that unit integrates with the performance object, generate the performance data that memory database can be discerned performance data.
Among the above-mentioned steps S104, judge whether effective step specifically comprises performance data:
Steps A 1, judge this performance data frame whether be under first frame of bag, be execution in step A2 then; Otherwise execution in step A3;
Inquiry receives the packet information that whether has major key information correspondence in the Hash table at Frame, judges then that if there is no this performance data frame is first frame of affiliated bag; Otherwise judge that this performance data frame is not first frame of affiliated bag.
Steps A 2, establishment packet information structure are added into this performance data frame in the packet information, and major key information and packet information are added in the Frame reception Hash table, and execution in step S102;
Steps A 3, obtain packet information according to major key information from Frame receives Hash table, and according to this packet information, judging whether the performance data frame that receives has with the performance data frame of in earlier stage receiving conflicts, and is execution in step A4 then; Otherwise execution in step S102;
This packet information comprises its Frame information, for example package number, collection start time, collection concluding time etc.Judge whether the packet information of the performance data frame correspondence the receive packet information corresponding with the performance data frame of receiving early stage be in full accord, if performance data frame consistent then that expression receives does not conflict with the performance data frame of in earlier stage receiving; Otherwise expression has conflict.
Steps A 4, judging whether this performance data frame is the rubbish frame, is execution in step A6 then; Otherwise execution in step A5;
Frame number according to the performance data frame that receives can judge with information such as beginning acquisition time whether this performance data frame is the Frame that has existed early stage, is to judge that then this performance data frame is the rubbish frame; Otherwise judge that this performance data frame is not the rubbish frame.
Steps A 6, abandon this performance data frame, and return execution in step S101;
Steps A 5, the packet information surrogate data method frame of current performance data frame is received the packet information of the performance data frame that Hash table mid-early stage receives and execution in step S102.
With reference to Fig. 4, above-mentioned steps S11 specifically comprises:
Step S111, obtain the major key information of performance data;
This major key information is as the unique identification of performance data frame, generates by certain rule according to the position and the temporal information of performance data.This certain rule can be by deciding as the case may be, and promptly putting in order etc. of location and time information just do not done qualification at this.According among the step S10 to the analysis result of performance data, can obtain the major key information of performance data.
Step S112, judging whether major key information has been present in memory database, is execution in step S113 then; Otherwise execution in step S114;
The data that this memory database is every class performance object are provided with independently memory field, and every memory field is by the major key message identification, and the form of the major key information of obtaining among this major key information and the step S111 is consistent.The major key information of obtaining according to step S111 and the major key information of memory field are compared, and whether the major key information that determining step S111 obtains is present in the memory database.
Step S113, performance data is stored in the memory database corresponding memory block;
When the major key information of obtaining as determining step S111 has been present in the memory database, then this performance data is stored in corresponding memory block in the memory database, when for example needing the number of times class index of frequent data typing about " frequency of failure, switching times " etc. in the performance data, then only need to exist value in the memory block of major key information correspondence of memory database to add up and get final product.
Step S114, in memory database, set up new memory block, performance data is stored in new memory block.
When the major key information of obtaining as determining step S111 is not present in the memory database, then in memory database, set up new memory block, this performance data is stored in the new memory block, and with this new memory block of major key message identification of this performance data.
Be stored in the process of respective storage areas of memory database in performance data among the above-mentioned steps S11, the storage space of memory database will be monitored in real time, when the capacity of the performance data of the storage space stored of memory database has reached the memory headroom threshold value that network management system sets, then produce the system alarm signal, and triggering is uploaded to the network management system database with the performance data in the memory database; When the network management system abnormal restarting, read in the correlation time section performance data in the system database in memory database.
Also comprise step before the above-mentioned steps S111: from the network management system database, read the performance data of section correlation time, be updated in the memory database.So be for when OMC starts, can be so that the data in data in the memory database and the OMC network management system database when restarting be consistent, thus guaranteed the abnormal restoring of data.
With reference to Fig. 5, above-mentioned steps S12 specifically comprises:
Step S121, report granularity then when performance data, it is the text of unit that the performance data in the memory database is generated with the performance object;
The text that generates will be named and be stored in the temporary folder with performance object numbering and performance data collection start time, if when bearing the same name appears in text, then directly it be replaced covering.
Step S122, text is uploaded to the network management system database, and deletion text file.
The traversal temporary folder is that unit carries out batch and is uploaded in the network management system database with the performance object with performance datas all in this temporary folder.In this process, may some performance data can't successfully upload, so the text that performance data can't be uploaded will be stored in the analysis expert file, and then with text deletions all in the temporary folder.
Fig. 6 is the structural representation of device one embodiment of the non-granularity data quick storage of a kind of webmaster performance that proposes of the present invention.
The device of the non-granularity data quick storage of present embodiment webmaster performance comprises:
Performance object planning module 10 is used for the performance data that receives is resolved, and determines the performance object that described performance data belongs to;
Data upload module 12 is used for reporting granularity then when performance data, and the performance data in the memory database is uploaded to the network management system database.
Present embodiment has changed the storage means of original performance data, by performance data is carried out buffer memory by the performance object type in memory database, the performance data that will be buffered in the memory database again when the time granularity arrives uploads in the system database in batches, carries out thereby the database storage computing that will disperse frequent in a large number is transferred in the internal memory.Simultaneously also take less system resource and system time, thereby the system resource that can alleviate OMC system and database server greatly takies, improved the efficient and stability of system.
With reference to Fig. 7, above-mentioned performance object planning module 10 specifically comprises:
Performance object determining unit 102 is used for determining the performance object that performance data belongs to according to function code.
From network element receptivity Frame, this receiving interface can comprise shielded network interfaces such as Ethernet or optical fiber by specific message circulation mechanism.After receiving performance data, resolution unit 101 is resolved it, obtain time, positional information and other the information of this performance data, for example frame number, frame length, record length, record number, start time, concluding time, system number and function code etc.The function code that the performance object determining unit then obtains according to resolution unit 101 analysis feature data can be determined performance object or performance object set that performance data belongs to.Need to prove at this, when this performance data is the performance data of failure cause class, then need the performance object of determining that this performance data belonged to jointly by the type of service in function code and the performance data.
With reference to Fig. 8, above-mentioned performance object planning module 10 also comprises:
Major key information generating unit 103 is used for the location and time information according to performance data, generates major key information;
Major key information judging unit 104 is used for judging according to major key information, judges whether this performance data is effective; Be then to abandon this performance data; Otherwise determine the performance object that performance data is belonged to by performance object determining unit 102;
Performance data integral unit 105, being used for performance data is that unit integrates with the performance object, generates the performance data that memory database can be discerned.
Judge the whether effectively detailed description of the step S104 of concrete steps such as above-mentioned method of performance data in this major key information judging unit 104.
With reference to Fig. 9, above-mentioned data cache module 11 specifically comprises:
Major key information acquisition unit 111 is used to obtain the major key information of performance data;
Memory location judging unit 112 is used to judge whether described major key information has been present in memory database;
The data that memory database is every class performance object are provided with independently memory field, and every memory field is by the major key message identification, and the form of the major key information of obtaining in this major key information and the major key information acquisition unit 111 is consistent.The major key information of obtaining according to major key information acquisition unit 111 and the major key information of memory field are compared, and can judge whether the major key information that major key information acquisition unit 111 is obtained is present in the memory database.
When judging unit 112 judged that major key information that major key information acquisition unit 111 are obtained has been present in the memory database, 113 of storage unit were stored in corresponding memory block in the memory database with this performance data.For example, when needing the number of times class index of frequent data typing about " frequency of failure, switching times " etc. in the performance data, then only need to exist value in the memory block of major key information correspondence of memory database to add up and get final product.When judging unit 112 judges that major key information that major key information acquisition unit 111 are obtained is not present in the memory database, 113 of storage unit are set up new memory block in memory database, this performance data is stored in the new memory block, and with this new memory block of major key message identification of this performance data.
Said memory cells 113 also is used for:
When the storage space of memory database reaches the memory headroom threshold value that network management system sets, produce the system alarm signal, and trigger the performance data in the memory database is uploaded to the network management system database;
When the network management system abnormal restarting, the non-granularity performance data in the correlation time section in the network management system database is read in the memory database.For when network management system starts, can be so that the data in data in the memory database and the network management system network management system database when restarting be consistent, thus guaranteed the abnormal restoring of data.
Be stored in the process of respective storage areas of memory database in performance data, storage unit 113 will be monitored the storage space of memory database in real time, when the capacity of the performance data of the storage space stored of memory database has reached the memory headroom threshold value that network management system sets, then produce the system alarm signal, and triggering is uploaded to the network management system database with the performance data in the memory database.
With reference to Figure 10, above-mentioned data upload module 12 specifically comprises:
Data lead-out unit 121 is used for reporting granularity then when performance data, and it is the text of unit that the performance data in the memory database is generated with the performance object;
Data loading unit 122 is used for described text is uploaded to the network management system database, and deletes described text.
The text that data lead-out unit 121 generates will be named and be stored in the temporary folder with performance object numbering and performance data collection start time, if when bearing the same name appears in text, then directly it be replaced covering.
122 of data loading unit traversal temporary folder is that unit carries out batch and is uploaded in the network management system database with the performance object with performance datas all in this temporary folder.In this process, may some performance data can't successfully upload, so the text that performance data can't be uploaded will be stored in the analysis expert file, and then with text deletions all in the temporary folder.
The above only is the preferred embodiments of the present invention; be not so limit its claim; every equivalent structure or equivalent flow process conversion that utilizes instructions of the present invention and accompanying drawing content to be done; directly or indirectly be used in other relevant technical fields, all in like manner be included in the scope of patent protection of the present invention.
Claims (10)
1. the method for the non-granularity data quick storage of webmaster performance is characterized in that, may further comprise the steps:
The performance data that receives is resolved, determine the performance object that described performance data belongs to;
According to the performance object that described performance data belonged to, will be stored in corresponding memory block in the memory database after the described performance data integration computing;
When performance data reports granularity then, the performance data in the memory database is uploaded to the network management system database.
2. the method for the non-granularity data quick storage of webmaster performance according to claim 1 is characterized in that, described performance data to reception is resolved, and determines that the step of the performance object that described performance data belongs to is specially:
The performance data that receives is resolved the time of obtained performance data, positional information and function code;
Determine the performance object that performance data belongs to according to function code.
3. the method for the non-granularity data quick storage of webmaster performance according to claim 2, it is characterized in that, described according to the performance object that performance data belonged to, the step that is stored in corresponding memory block in the memory database after the described performance data integration computing is specifically comprised:
Obtain the major key information of performance data;
Judging whether described major key information has been present in memory database, is to be stored in corresponding memory block in the memory database after then described performance data being integrated computing; Otherwise in memory database, set up new memory block, described performance data is stored in described new memory block.
4. the method for the non-granularity data quick storage of webmaster performance according to claim 3 is characterized in that, and is described according to the performance object that performance data belonged to, and described performance data is stored in the step of corresponding memory block in the memory database:
When the storage space of memory database reaches the memory headroom threshold value that network management system sets, produce the system alarm signal, and trigger the performance data in the memory database is uploaded to the network management system database;
When the network management system abnormal restarting, read in the correlation time section performance data in the system database in memory database.
5. according to the method for the non-granularity data quick storage of each described webmaster performance in the claim 1 to 4, it is characterized in that, the described performance data of working as reports granularity then, and the step that the performance data in the memory database is uploaded to the network management system database specifically comprises:
When performance data reports granularity then, be the text of unit with the performance object with the generation of the performance data in the memory database;
Described text is uploaded to the network management system database, and deletes described text.
6. the device of the non-granularity data quick storage of webmaster performance is characterized in that, comprising:
The performance object planning module is used for the performance data that receives is resolved, and determines the performance object that described performance data belongs to;
Data cache module is used for the performance object that belongs to according to described performance data, is stored in corresponding memory block in the memory database after will described performance data integrating computing;
The data upload module is used for reporting granularity then when performance data, and the performance data in the memory database is uploaded to the network management system database.
7. the device of the non-granularity data quick storage of webmaster performance according to claim 6 is characterized in that, described performance object planning module specifically comprises:
Resolution unit is used for the performance data that receives is resolved the time of obtained performance data, positional information and function code;
The performance object determining unit is used for determining the performance object that performance data belongs to according to function code.
8. the device of the non-granularity data quick storage of webmaster performance according to claim 6 is characterized in that described data cache module specifically comprises:
The major key information acquisition unit is used to obtain the major key information of performance data;
The memory location judging unit is used to judge whether described major key information has been present in memory database;
Storage unit when being used for described major key information and being present in memory database, is stored in corresponding memory block in the memory database after then will described performance data integrating computing; When also being used for described major key information and not being present in memory database, in memory database, set up new memory block, described performance data is stored in described new memory block.
9. the device of the non-granularity data quick storage of webmaster performance according to claim 8 is characterized in that described storage unit also is used for:
When the threshold value of the storage space of memory database reaches that network management system sets memory space, produce the system alarm signal, and trigger the performance data in the memory database is uploaded to the network management system database;
When the network management system abnormal restarting, the non-granularity performance data in the correlation time section in the network management system database is read in the memory database.
10. according to the device of the non-granularity data quick storage of each described webmaster performance in the claim 6 to 9, it is characterized in that described data upload module specifically comprises:
The data lead-out unit is used for reporting granularity then when performance data, and it is the text of unit that the performance data in the memory database is generated with the performance object;
The data loading unit is used for described text is uploaded to the network management system database, and deletes described text.
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| PCT/CN2011/071195 WO2012071810A1 (en) | 2010-11-29 | 2011-02-23 | Method and device for storing network management performance non-granularity data rapidly |
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| CN103853671A (en) * | 2012-12-07 | 2014-06-11 | 北京百度网讯科技有限公司 | Data writing control method and device |
| WO2016206377A1 (en) * | 2015-06-23 | 2016-12-29 | 中兴通讯股份有限公司 | Data integration and processing method and device |
| CN106407453A (en) * | 2016-09-30 | 2017-02-15 | 郑州云海信息技术有限公司 | Performance data management method and system |
| CN109101197A (en) * | 2018-08-15 | 2018-12-28 | 郑州云海信息技术有限公司 | A kind of file stores and accesses method, apparatus, file memory and system |
| CN110009110A (en) * | 2019-03-19 | 2019-07-12 | 福建天晴数码有限公司 | STN network optimized approach, storage medium based on the library class UTXO |
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Cited By (9)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103853671A (en) * | 2012-12-07 | 2014-06-11 | 北京百度网讯科技有限公司 | Data writing control method and device |
| CN103853671B (en) * | 2012-12-07 | 2018-03-02 | 北京百度网讯科技有限公司 | A kind of data write-in control method and device |
| WO2016206377A1 (en) * | 2015-06-23 | 2016-12-29 | 中兴通讯股份有限公司 | Data integration and processing method and device |
| CN106326249A (en) * | 2015-06-23 | 2017-01-11 | 中兴通讯股份有限公司 | Data integration processing method and device |
| CN106326249B (en) * | 2015-06-23 | 2021-08-03 | 中兴通讯股份有限公司 | Data integration processing method and device |
| CN106407453A (en) * | 2016-09-30 | 2017-02-15 | 郑州云海信息技术有限公司 | Performance data management method and system |
| CN109101197A (en) * | 2018-08-15 | 2018-12-28 | 郑州云海信息技术有限公司 | A kind of file stores and accesses method, apparatus, file memory and system |
| CN110009110A (en) * | 2019-03-19 | 2019-07-12 | 福建天晴数码有限公司 | STN network optimized approach, storage medium based on the library class UTXO |
| CN110009110B (en) * | 2019-03-19 | 2020-11-13 | 福建天晴数码有限公司 | STN network optimization method based on UTXO-like library and storage medium |
Also Published As
| Publication number | Publication date |
|---|---|
| WO2012071810A1 (en) | 2012-06-07 |
| CN102004783B (en) | 2015-01-28 |
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