CN101502149B - A network managing system for completing customized operation automatically and a method thereof - Google Patents
A network managing system for completing customized operation automatically and a method thereof Download PDFInfo
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Abstract
A network managing system for completing customized operation automatically and a method thereof, the system (1) includes: a task pool (4) for storing task group (5) defined by a user (2), and a task center (3) for executing and managing the task group (5). The method includes the following steps: the user (2) defines a task group (5) and sends it to the task center (3); the task center (3) receives the task group (5) defined by the user (2), the task pool (4) stores the task group (5); the task center (3) begins to function when it detects that there is task group (5) satisfying the trigger condition in the task pool (4). The present invention provides a method for completing customized operation automatically to base station subsystem BSS and switch subsystem MSS in the mobile communication system, and provides a suit of convenient, flexible, effective operation and maintenance technique for starting new stations, updating old stations, and locating failures in mobile communication system. Especially in the case of nobody is in charge, the user can set tasks in advance, which overcomes mostly the problem in the prior art that needs manual interference frequently.
Description
Technical field
The present invention relates to the network management technology in the GSM, be specifically related to a kind of NMS and method of automatic completion self-defining operation.
Background technology
This paper has used three terms: task, task groups and task center.Task refers in GSM, can accomplish some function operations processes, for example allocation radio resource; Task groups refers to have the set of the task of dependency relation, as single board edition generate, single board edition loads, single board edition activates, the single board edition operation enables to wait a task groups that belongs to the veneer operation; The task center is meant the central processing unit of task run, is responsible for the actual execution of task.Wherein the division of task and task groups can define according to the different system actual conditions voluntarily.
A typical wireless communication system generally includes switching subsystem MSS, base station sub-system BSS and travelling carriage subsystem MS.BSS can be divided into the base transceiver subsystem BTS that is used for the transmitting/receiving wireless signal, the base station control subsystem BSC that is used for base station BS control etc. again; MSS has moving exchanging center MSC, attaching position register HLR, VLR Visitor Location Register VLR, the AC of AUC and message center MC etc.
For effective management to whole Internet resources, need a personal-machine operational module and foreground all devices that interactive function is all arranged, be called the OMC of operation maintenance center of NMS.Operation maintenance center need accomplish following function at least:
1. configurating base station and mutual resource comprise data configuration, data sync, data answer and data backup;
2. the operation of each board operation software in base station and the switching subsystem is as loading, delete, activate, inquiring about;
3. acquisition system running performance index is as gathering initial data, calculating and gather and generate various forms;
4. information of mobile user management is as increasing user profile, revise user profile, deleting user profile;
5. self-defined specific warnings reports.
In OMC used, using the most frequent was to surely belong to above-mentioned 1,2,3 three function, especially during upgrading in new opening base station debugging and legacy system, need operating personnel at every moment at the OMC center post operate.In order to reduce the influence to the user to greatest extent, the Carrier Requirements system operation must be accomplished at official hour.Therefore how in the shortest time, to finish the work quickly and efficiently being the major issue that the equipment supplier must consider, under particularly few, the situation that is pressed for time at manpower.Mobile communications network management technology with self-defining operation function promptly is to hope and can operate through OMC, and the user can predefine part task realize operating process standardization, operating process intellectuality.
In existing OMC, operation is carried out in real time, generally initiates operation by the user, and system responds at once.System does not have the situation that the operation of pre-seting, condition trigger, and shortcoming is: use very flexible, need the link of manual intervention must be more, efficient be low.
Summary of the invention
The invention provides a kind of NMS and its implementation that can accomplish self-defining operation automatically; Can realize operating process standardization, operating process intellectuality, and reduce the shortcoming that needs artificial frequent intervention in the existing network administrative skill as much as possible.
The technical scheme that the present invention adopts is:
A kind of NMS that can accomplish self-defining operation automatically is characterized in that, comprising:
Task pool is a task container of depositing user-defined task groups, and the instruction that issues according to the task center increases task groups;
The task center is the Logical processing unit of execution and management role group, is used for receiving user-defined task groups and issues the instruction that increases task groups, the task groups of monitoring task pool and the task groups that trigger condition is satisfied in execution to task pool.
Further, correct execution result issues instruction from this task groups of deletion to task pool is carried out according to user command or expression task groups in said task center; Task pool is according to this this task groups of instruction deletion.
Further, said task center feeds back to the user with this execution result after obtaining the execution result of task groups.
Further, said task groups comprises a task at least, to the actual operation that is decomposed into each task in the task groups of the operation of task groups; Said operation to each task comprises definition at least, increases, deletes, monitors, carries out one of them, or combination in any wherein; When said task center has one or more task to satisfy trigger condition, think that this task groups satisfies trigger condition in task groups.
Further, the trigger condition of said task comprises a kind of or its combination in any in following several kinds: predetermined execution result occurs, arrive the scheduled time;
The type of said task is divided into following several kinds: the timing type task that the sequence type task that the execution result that need obtain being scheduled to could be carried out, needs start at the fixed time, need satisfy above two kinds of conditioned disjunctions simultaneously as long as satisfy the wherein mixed type task of any one condition;
Said task center or when arriving the scheduled time, or the execution result that had not only obtained being scheduled to but also when arriving the scheduled time, begins to carry out corresponding task when the execution result that obtains being scheduled to.
Further, the task center is according to a kind of the executing the task in the following dual mode:
Parallel action method, monitoring task pool when executing the task, the task of occurring satisfying trigger condition is with regard to executed in parallel; Or
Independent executive mode is once carried out the task of satisfying trigger condition, obtains beginning to monitor task pool again behind the execution result; When adopting independent executive mode, when two or above task satisfied trigger condition simultaneously, carried out according to the priority of task from high to low successively at said task center.
Further, said task center feeds back to the user with this execution result after obtaining the task executions result.
Technical scheme of the present invention also comprises a kind of method that can accomplish self-defining operation automatically, it is characterized in that, said method comprising the steps of:
(a) user definition task groups and send to the task center;
(b) the task center receives user-defined task groups, and issues the instruction that increases task groups to task pool; Task pool is preserved task groups;
(c) in the task center monitors task pool whether the task groups that satisfies trigger condition is arranged,,, then continue (c) if do not have if having then begin step (d);
(d) task groups that satisfies trigger condition is carried out at the task center, obtains execution result; Return (c).
Further, said step (d) also comprises: the task center feeds back to the user with the execution result of task groups.
Further, said task center is according to user instruction or represent that the correct execution result of task groups execution issues the instruction of deleting said task groups and gives task pool, and task pool is deleted said task groups.
Further, said task groups comprises a task at least; Each task comprises following key element at least: the criterion of task identification, task definition, trigger condition and task action result;
The actual operation that is decomposed into each task in the task groups of said operation to task groups; Said operation to each task comprises definition at least, increases, deletes, monitors, carries out one of them, or combination in any wherein; When said task center has one or more task to satisfy trigger condition, think that this task groups satisfies trigger condition in task groups.
Further, the trigger condition of said task comprises a kind of or its combination in any in the scenario: predetermined execution result occurs, arrive the scheduled time; The type of said task is divided into following several kinds: the timing type task that the sequence type task that the execution result that need obtain being scheduled to could be carried out, needs start at the fixed time, need satisfy above two kinds of conditioned disjunctions simultaneously as long as satisfy the wherein mixed type task of any one condition.
Further, the task center is according to a kind of the executing the task in the following dual mode:
Parallel action method, monitoring task pool when executing the task, the task of occurring satisfying trigger condition is with regard to executed in parallel; Or
Independent executive mode is once carried out the task of satisfying trigger condition, obtains beginning to monitor task pool again behind the execution result; When adopting independent executive mode, when two or above task satisfied trigger condition simultaneously, carried out according to the priority of task from high to low successively at said task center.
Further, the task center feeds back to the user with the task executions result.
Further, after the mind-set task pool issues the instruction of adding and deleting task group in the task, with whether additions and deletions successful anti of the task groups user that feeds.
Technical scheme of the present invention provides a kind of method that can accomplish self-defining operation automatically for base station sub-system BSS in the GSM and switching subsystem MSS, for the new website of mobile communcations system is opened, station upgrading, fault location etc. provide a cover easy to use, flexible and efficient Operation and Maintenance technology always.Particularly under the unattended duty situation, the user can be provided with task in advance, and overcoming as much as possible needs artificial frequent shortcoming of intervening in the existing network management technology.
Summary of drawings
Fig. 1 is the structure chart that can accomplish the NMS of self-defining operation automatically of the present invention;
Fig. 2 is the flow chart of increase task groups of the present invention;
Fig. 3 is the flow chart of executing the task in the embodiment of the invention.
Preferred embodiments of the present invention
To combine accompanying drawing and embodiment that technical scheme of the present invention is explained in more detail below.
Referring to Fig. 1, a kind of NMS that can accomplish self-defining operation automatically, said system comprises task center and task pool;
Task pool is a task container of depositing user-defined task groups, and according to the instruction adding and deleting task group at task center, said task groups can comprise one or above task; But do not get rid of the situation that does not have task in the task groups that exists, i.e. the idle task group yet.
The task center is the Logical processing unit of execution and management role group, is used to receive user-defined task groups and sends the instruction that increases task groups to task pool, and the task groups in the monitoring task pool, and carry out the task groups that satisfies trigger condition.The instruction of correct execution result to task pool transmission deletion task groups also carried out according to user command or expression task groups in the task center, and task pool is according to this instruction deletion task groups; And behind the execution result that obtains task and/or task groups, this execution result is fed back to the user.
The task groups of being mentioned in the present invention comprises or its combination in the following several kinds of task groups: the task groups of one or more modules, the task groups of one or more veneers, and the task groups of one or more base stations.
Said user, task pool and task center are to the actual operation that is decomposed into each task in the task groups of the operation of task groups.Said operation comprise at least definition, additions and deletions, monitoring and execution one of them, or combination in any wherein.When having one or more task to satisfy trigger condition in the task groups, think that promptly this task groups satisfies trigger condition.In group is executed the task at the task center during one or more task, think that promptly the task center carrying out this task groups.
The task center is according to a kind of the executing the task in the following dual mode:
Parallel action method, monitoring task pool when executing the task, the task of occurring satisfying trigger condition is with regard to executed in parallel; Or
Independent executive mode is once carried out the task of satisfying trigger condition, obtains beginning to monitor task pool again behind the execution result; When adopting independent executive mode, when two or above task satisfied trigger condition simultaneously, carried out according to the priority of task from high to low successively at said task center.
In practical application, each task that the user at first need define task groups and comprise, the user will plan task when the definition task groups; The planning of task need be different because of the concrete of system's implementation and system constructing personnel, and each task comprises following several key element:
1. task number: the unique identification of task.
2. task trigger condition: the trigger condition of task comprises a kind of or its combination in the scenario: arrive the scheduled time, predetermined execution result occurs.The trigger condition of a task can be more than one; Such as task A is arranged; It is task B success, task C failure that its trigger condition can be defined as, arrive any in these three of scheduled times; Also can be defined as as required is to satisfy three simultaneously, can also be defined as to satisfy different situations such as any two.Here said execution result both can be task also can be task groups.
3. task type: the affiliated type of task; Divide according to trigger condition; Type comprises that a kind of needs in following several kinds arrive the timing type task that the scheduled time starts; Need the sequence type task that predetermined execution result just can be carried out afterwards to occur, and need satisfy above two kinds of conditioned disjunctions simultaneously as long as satisfy the wherein mixed type task of any one condition.
4. task definition: the function that task need be carried out.
5. the criterion of task action result: define what situation and belong to task and carry out correct or carry out incorrectly, promptly task successfully still be to fail; This criterion can define according to actual needs, and is correct for carrying out such as defining when obtaining a numerical value, otherwise is incorrect; To reach desired effects within a certain period of time correct for carrying out in definition for another example, otherwise be incorrect.In the practical application, can define flexibly.When executing the task, judge the task executions result by the task center.
6. the priority of task: this key element only just exists when independent executive mode is adopted at the task center, and urgent more or important more task, priority are high more.
Comprise the task of being mutually related in the task groups.Each task groups comprises following key element:
1. task group identification: be used for unique sign task groups;
2. task groups content: promptly which task is task groups comprise;
3. the criterion of task groups execution result: define what situation belong to task groups carry out correct or carry out incorrect, i.e. task groups success or failure; This criterion defines according to the combination of each task action result in the group; For example a task groups has three tasks; Can define three tasks and carry out all when correct that to be that task groups is carried out correct, have any task to carry out when incorrect, task groups is carried out incorrect; Even if can also define as long as wherein any two are carried out correct task groups execution correctly.In practical application, can come definition flexibly as required.It should be noted that in some cases even also have task not carry out in the task groups, task groups possibly have execution result.Such as definition " any task is carried out when incorrect, and task groups is carried out incorrect ", at this moment in the group as long as occur carrying out incorrect task, task action result is just incorrect.The execution result of task groups also is to be judged by the task center.
4. task groups type: the trigger condition according to task in the group is divided into regularly type task groups, sequence type task groups and mixed type task groups.
When task or task groups are carried out when incorrect; Can set through the definition trigger condition and execute the task again or task groups; Such as X, two tasks of Y are arranged in the task groups, the trigger condition of task Y is any in " task X carries out correct " and " task Y carries out incorrect "; And one of trigger condition of task X is: this task groups is carried out incorrect; Carry out when incorrect when this task groups, will execute the task again X, Y promptly carry out this task groups again; When task Y carries out when incorrect, will carry out Y again.
The user can select task according to the needs of system operation flexibly in the time of planning tasks, self-defined corresponding task and task groups under condition of different.
A kind of method that realizes accomplishing automatically self-defining operation may further comprise the steps:
(a) user definition has the task groups of a task at least and sends to the task center, and each task comprises task number, task definition, trigger condition, task type and task action result, can also have the priority of task;
(b) the task center receives user-defined task groups, and issues the instruction that increases task groups to task pool, and task pool is preserved task groups, and whether task groups is increased the successful anti user that feeds;
More than two steps be the flow process of task center increase task groups, as shown in Figure 2.
(c) after the system works, the task center monitors in task pool whether the task groups that satisfies trigger condition is arranged, if having then execution in step (d); Just do not continue (c);
Usually, system can at first begin to carry out corresponding timing type task groups when certain time of arrival.
(d) task groups that satisfies trigger condition is carried out at the task center, obtains the task groups execution result, and the task center feeds back to the user with execution result; When occurring representing that task groups is carried out correct execution result, the task center issues the instruction of the said task groups of deletion and gives task pool, and task pool is deleted said task groups; Return (c).
The task center also can require task pool to delete corresponding task groups when receiving user command.After the mind-set task pool issues the instruction of deletion task groups in the task, whether task groups is deleted the successful anti user that feeds.
Said task center is to the actual operation that is decomposed into each task in the task groups of the operation of task groups.Said operation comprises definition, additions and deletions, monitoring and execution one of them or its combination in any at least.When one or more tasks satisfy trigger condition in the task groups, think that promptly this task groups satisfies trigger condition; The task center is according to the trigger condition of each task in the task groups; Execution result such as a last task or task groups---success or failure; Or be to arrive preset time, satisfy above two conditions again or simultaneously, decide task groups whether to need to start.The task center also can feed back to the user with the task executions result.Because the task in task groups is related mutually, obtain a task executions as a result the time so can also be set in, whether need this execution result trigger, and satisfy the task of trigger condition if at first searching to have in the task groups at its place; If no, remove to monitor task pool again.
Existing in the superincumbent description of execution result of the mode of executing the task in the trigger condition of said task and type, task center and task and task groups, repeat no more.
The channel board edition upgrading of this exemplary application in CDMA (code division multiple access) system further is described with an application example of the present invention below.
A common BTS is made up of a plurality of channel boards, is described in for ease to suppose in this instance that a BTS has two channel boards.At first carry out mission planning; The upgrading of channel board needs version loading, version activation, three steps of board resetting at least; Situation for the edition upgrading failure also needs the version rollback, so task groups of being made up of version loading tasks, version activate a task, board resetting task, version rollback task of definition.
Wherein the version loading tasks is regularly the type task, and its trigger condition is for reaching the scheduled time.Other tasks are the sequence type task entirely; The trigger condition of version activate a task is version loading tasks success, and the trigger condition of promptly carrying out the correct and trigger condition of board resetting task and be the success of version activate a task, version rollback task is the board resetting mission failure, promptly carries out unsuccessful.
This task groups is carried out correct when version loading tasks, version activate a task, board resetting task are all successful; When having one among this three when incorrect, carry out incorrect.
Since in the task pool in the traversal of task groups and the task groups traversal of task implement basic identically, the flow process realization of upgrading task groups is only described here, as shown in Figure 3:
Step 1, task center detect timer and arrive, and the trigger condition of version loading tasks satisfies, and initiate the instruction of version loading tasks, carry out the version loading tasks;
The instruction of version activate a task is initiated at step 3, task center, carries out the version activate a task;
Step 4, task center judge whether the version activate a task is carried out correctly, if trigger condition correct then the board resetting task satisfies execution in step 5; Otherwise, execution in step 8;
Board resetting assignment instructions, fill order's sheet reset task are initiated in step 5, task center;
Version rollback task is carried out at step 7, task center;
Again carry out when incorrect if want to set to carry out when this task groups, then can the trigger condition of version loading tasks be made as satisfy below any trigger condition: reach the scheduled time, or this task groups execution is incorrect.
Industrial applicibility
The invention has the advantages that User Defined task and task groups further realize operating process standardization, operating process intellectuality; And avoid artificial frequent shortcoming of intervening as much as possible and progressively make part operation can realize the unattended duty function; It is more flexible to make the user use; Technical scheme of the present invention not only be applicable to a module task groups, be applicable to and the task groups of a veneer or a plurality of veneers also be applicable to the task groups of a base station or a plurality of base stations etc.The present invention has reference to the research and development and the enforcement of other similar functions.
Claims (16)
1. the NMS that can accomplish self-defining operation automatically is characterized in that, comprising:
Task pool; Be the task container of depositing user-defined task groups, the instruction that issues according to the task center increases task groups, and task groups comprises a task at least; Comprise the task of being mutually related in the task groups, to the actual operation that is decomposed into each task in the task groups of the operation of task groups;
The task center; It is the Logical processing unit of execution and management role group; Be used for receiving user-defined task groups and issue the instruction that increases task groups, the task groups of monitoring task pool and the task groups that trigger condition is satisfied in execution to task pool; When said task center has one or more task to satisfy trigger condition, think that this task groups satisfies trigger condition in task groups.
2. the system of claim 1 is characterized in that: correct execution result issues instruction from this task groups of deletion to task pool is carried out according to user command or expression task groups in said task center; Task pool is according to this this task groups of instruction deletion.
3. the system of claim 1, it is characterized in that: said task center feeds back to the user with this execution result after obtaining the execution result of task groups.
4. system as claimed in claim 2 is characterized in that: said operation to each task comprises definition at least, increases, deletes, monitors, carries out one of them, or combination in any wherein.
5. the system of claim 1, it is characterized in that: said task comprises following key element:
Task number is the unique identification of task;
The task trigger condition comprises a kind of or its combination in the scenario: arrive the scheduled time, predetermined execution result occurs;
Task type, the affiliated type of task;
Task definition, the function that task need be carried out;
The criterion of task action result defines any situation and belongs to task and carry out correct or carry out incorrectly, and promptly task successfully still be to fail; And
The priority of task, this key element only just exist when independent executive mode is adopted at the task center, and urgent more or important more task, priority are high more.
6. like claim 1 or 5 described systems; It is characterized in that the type of said task is divided into following several kinds: the timing type task that the sequence type task that the execution result that need obtain being scheduled to could be carried out, needs start at the fixed time, need satisfy above two kinds of conditioned disjunctions simultaneously as long as satisfy the wherein mixed type task of any one condition;
Said task center or when arriving the scheduled time, or the execution result that had not only obtained being scheduled to but also when arriving the scheduled time, begins to carry out corresponding task when the execution result that obtains being scheduled to.
7. like claim 1 or 5 described systems, it is characterized in that the task center is according to a kind of the executing the task in the following dual mode:
Parallel action method, monitoring task pool when executing the task, the task of occurring satisfying trigger condition is with regard to executed in parallel; Or
Independent executive mode is once carried out the task of satisfying trigger condition, obtains beginning to monitor task pool again behind the execution result; When adopting independent executive mode, when two or above task satisfied trigger condition simultaneously, carried out according to the priority of task from high to low successively at said task center.
8. like claim 1 or 5 described systems, it is characterized in that each task groups comprises following key element:
Task group identification is used for unique sign task groups;
The task groups content, promptly which task is task groups comprise;
The criterion of task groups execution result, define what situation belong to task groups carry out correct or carry out incorrect, i.e. task groups success or failure; And
The task groups type is divided into regularly type task groups, sequence type task groups and mixed type task groups according to the trigger condition of task in the group.
9. the method that can accomplish self-defining operation automatically is characterized in that, said method comprising the steps of:
(a) user definition task groups and send to the task center, task groups comprises a task at least, comprises the task of being mutually related in the task groups, to the actual operation that is decomposed into each task in the task groups of the operation of task groups;
(b) the task center receives user-defined task groups, and issues the instruction that increases task groups to task pool; Task pool is preserved task groups;
(c) in the task center monitors task pool whether the task groups that satisfies trigger condition is arranged,,, then continue (c) if do not have if having then begin step (d); Wherein, when said task center has one or more task to satisfy trigger condition, think that this task groups satisfies trigger condition in task groups
(d) task groups that satisfies trigger condition is carried out at the task center, obtains execution result; Return (c).
10. method as claimed in claim 9 is characterized in that, said step (d) also comprises: the task center feeds back to the user with the execution result of task groups.
11. method as claimed in claim 9 is characterized in that: said task center is according to user instruction or represent that the correct execution result of task groups execution issues the instruction of deleting said task groups and gives task pool, and task pool is deleted said task groups.
12. method as claimed in claim 9 is characterized in that: said operation to each task comprises definition at least, increases, deletes, monitors, carries out one of them, or combination in any wherein.
13. method as claimed in claim 9 is characterized in that: said task comprises following key element:
Task number is the unique identification of task;
The task trigger condition comprises a kind of or its combination in the scenario: arrive the scheduled time, predetermined execution result occurs;
Task type, the affiliated type of task;
Task definition, the function that task need be carried out;
The criterion of task action result defines any situation and belongs to task and carry out correct or carry out incorrectly, and promptly task successfully still be to fail; And
The priority of task, this key element only just exist when independent executive mode is adopted at the task center, and urgent more or important more task, priority are high more.
14. like claim 9 or 13 described methods; It is characterized in that the type of said task is divided into following several kinds: the timing type task that the sequence type task that the execution result that need obtain being scheduled to could be carried out, needs start at the fixed time, need satisfy above two kinds of conditioned disjunctions simultaneously as long as satisfy the wherein mixed type task of any one condition.
15., it is characterized in that the task center is according to a kind of the executing the task in the following dual mode like claim 9 or 13 described methods:
Parallel action method, monitoring task pool when executing the task, the task of occurring satisfying trigger condition is with regard to executed in parallel; Or
Independent executive mode is once carried out the task of satisfying trigger condition, obtains beginning to monitor task pool again behind the execution result; When adopting independent executive mode, when two or above task satisfied trigger condition simultaneously, carried out according to the priority of task from high to low successively at said task center.
16., it is characterized in that each task groups comprises following key element like claim 9 or 13 described methods:
Task group identification is used for unique sign task groups;
The task groups content, promptly which task is task groups comprise;
The criterion of task groups execution result, define what situation belong to task groups carry out correct or carry out incorrect, i.e. task groups success or failure; And
The task groups type is divided into regularly type task groups, sequence type task groups and mixed type task groups according to the trigger condition of task in the group.
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108228329A (en) * | 2018-02-02 | 2018-06-29 | 观相科技（上海）有限公司 | A kind of packet scheduling system |
Families Citing this family (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101883372A (en) * | 2010-06-28 | 2010-11-10 | 中兴通讯股份有限公司 | Automatically updating method and device of wireless communication equipment |
| CN102572896B (en) * | 2012-02-23 | 2018-11-09 | 南京中兴新软件有限责任公司 | A kind of wireless telecommunication system upgrade method and update device |
| CN112579279B (en) * | 2020-12-25 | 2024-02-09 | 广州威茨热能技术有限公司 | Boiler controller serial communication method, storage device and mobile terminal |
Citations (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN1773933A (en) * | 2004-11-11 | 2006-05-17 | 中兴通讯股份有限公司 | Real-time data inspection method based on multi-customer end and multi-task |
| CN1851735A (en) * | 2005-09-09 | 2006-10-25 | 华为技术有限公司 | Method and device for making mobile terminal automatic execute task |
Family Cites Families (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US20050120352A1 (en) * | 2003-11-28 | 2005-06-02 | Sun Microsystems, Inc. | Meta directory server providing users the ability to customize work-flows |
| US20050223046A1 (en) * | 2004-04-06 | 2005-10-06 | Smith Rick A | Method and system for balancing and scheduling database maintenance tasks |
-
2006
- 2006-11-14 CN CN 200680055524 patent/CN101502149B/en active Active
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Patent Citations (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN1773933A (en) * | 2004-11-11 | 2006-05-17 | 中兴通讯股份有限公司 | Real-time data inspection method based on multi-customer end and multi-task |
| CN1851735A (en) * | 2005-09-09 | 2006-10-25 | 华为技术有限公司 | Method and device for making mobile terminal automatic execute task |
Non-Patent Citations (1)
| Title |
|---|
| 同上. |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108228329A (en) * | 2018-02-02 | 2018-06-29 | 观相科技（上海）有限公司 | A kind of packet scheduling system |
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