CN102664030A - Method and system for monitoring hard disk - Google Patents
Method and system for monitoring hard disk Download PDFInfo
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- CN102664030A CN102664030A CN2012100502314A CN201210050231A CN102664030A CN 102664030 A CN102664030 A CN 102664030A CN 2012100502314 A CN2012100502314 A CN 2012100502314A CN 201210050231 A CN201210050231 A CN 201210050231A CN 102664030 A CN102664030 A CN 102664030A
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Abstract
The invention provides a method and a system for monitoring a hard disk. The method includes configuring indexes and parameters of the hard disk required to be monitored so that the hard disk can run at standards set in advance by the aid of the indexes and the parameters; monitoring resources of the hard disk after the indexes and the parameters are configured, carrying out learning and analyzing by the aid of artificial intelligent technology to obtain hard disk monitoring experience information, and storing the experience information into an experience database set in advance; calling the experience information in the experience database when the quantity of the experience information in the experience database reaches a preset value, and generating an artificial intelligent hard disk monitoring strategy by the aid of the experience information; and managing the hard disk by the aid of the generated hard disk monitoring strategy. The experience information includes optimal property values corresponding to the various indexes or parameters in a certain running scene.
Description
Technical field
The present invention relates to computer application field, relate in particular to a kind of hard disk method for supervising and system.
Background technology
Current, to the applied more and more of hard disk monitoring,, can not generate monitoring strategies automatically because traditional hard disk monitoring strategies needs artificial the setting, manage intelligently.But in practical application, when particularly extensive hard disk resource being managed, artificial setting harddisk monitoring strategies can not change along with the actual conditions of hard disk voluntarily, and the wasting manpower and material resources can not improve hard disk is carried out efficiency for monitoring.
Summary of the invention
The present invention provides a kind of hard disk method for supervising and system, and the technical matters that solve is how to improve hard disk is carried out efficiency for monitoring.
For solving the problems of the technologies described above, the invention provides following technical scheme:
A kind of hard disk method for supervising comprises:
Index and parameter to the hard disk of required monitoring are configured, so that said index and parameter can make the operation of hard disk reach the operation standard that is provided with in advance;
After index and parameter all dispose completion; The hard disk resource is monitored; Utilize the technology of artificial intelligence to learn, analyze; Obtain the posterior infromation of hard disk monitoring, and said posterior infromation is saved in the experience storehouse that is provided with in advance, wherein said posterior infromation is the property value of each index or the pairing the best of parameter under a certain operation scene;
When the posterior infromation in the experience storehouse reaches the quantity that is provided with in advance, call the posterior infromation in the experience storehouse, adopt said posterior infromation to generate the hard disk monitoring strategies of artificial intelligence;
Adopt the hard disk monitoring strategies that generates that hard disk is managed.
Preferably, said method also has following characteristics: the said posterior infromation of said employing generates the hard disk monitoring strategies of artificial intelligence, comprising:
According to the posterior infromation of index or parameter, the posterior infromation that obtains is classified;
Select each index or the corresponding experience information of parameter under the same operation scene, form one group of empirical value to be measured;
Test this and organize the monitored results of empirical value to be measured, obtain test result said hard disk;
According to said test result, this is organized empirical value to be measured adjust, satisfy the pairing condition that is provided with in advance under this operation scene up to the pairing test result of final adjusted test empirical value;
Adopt said final adjusted test empirical value, generate and to move pairing hard disk monitoring strategies under the scene.
Preferably, said method also has following characteristics: the hard disk monitoring strategies that said employing generates is managed hard disk, comprising:
Ruuning situation to hardware is monitored, and obtains the current operation scene of hardware;
Obtain and the pairing hard disk monitoring strategies of this operation scene;
The hard disk monitoring strategies that employing gets access to is managed current hard disk.
Preferably, said method also has following characteristics: said index or said parameter are the data transmission rate or the continuous failure free time of capacity, rotating speed, buffer memory, average seek time, hard disk.
A kind of hard disk supervisory system comprises:
Inking device is used for the index and the parameter of the hard disk of required monitoring are configured, so that said index and parameter can make the operation of hard disk reach the operation standard that is provided with in advance;
Deriving means; Link to each other with said configuration, be used for after index and parameter all dispose completion, the hard disk resource being monitored; Utilize the technology of artificial intelligence to learn, analyze; Obtain the posterior infromation of hard disk monitoring, and said posterior infromation is saved in the experience storehouse that is provided with in advance, wherein said posterior infromation is the property value of each index or the pairing the best of parameter under a certain operation scene;
Generating apparatus links to each other with said deriving means, is used for when the posterior infromation in the experience storehouse reaches the quantity that is provided with in advance, calling the posterior infromation in the experience storehouse, adopts said posterior infromation to generate the hard disk monitoring strategies of artificial intelligence;
Management devices links to each other with said generating apparatus, adopts the hard disk monitoring strategies that generates that hard disk is managed.
Preferably, said system also has following characteristics: said generating apparatus comprises:
Sort module is used for the posterior infromation according to index or parameter, and the posterior infromation that obtains is classified;
Select module, link to each other, be used to select each index or the corresponding experience information of parameter under the same operation scene, form one group of empirical value to be measured with said sort module;
Test module links to each other with said selection module, is used to test this and organizes the monitored results of empirical value to be measured to said hard disk, obtains test result;
Adjusting module links to each other with said test module, according to said test result, this is organized empirical value to be measured adjust, and satisfies the pairing condition that is provided with in advance under this operation scene up to the pairing test result of final adjusted test empirical value;
Generation module links to each other with said adjusting module, is used to adopt said final adjusted test empirical value, generates to move pairing hard disk monitoring strategies under the scene.
Preferably, said system also has following characteristics: said generating apparatus comprises:
Monitoring modular is used for the ruuning situation of hardware is monitored, and obtains the current operation scene of hardware;
Acquisition module links to each other with said monitoring modular, is used to obtain and the pairing hard disk monitoring strategies of this operation scene;
Administration module links to each other with said acquisition module, is used to adopt the hard disk monitoring strategies that gets access to that current hard disk is managed.
Preferably, said system also has following characteristics: said index or said parameter are the data transmission rate or the continuous failure free time of capacity, rotating speed, buffer memory, average seek time, hard disk.
Compared with prior art; Need not artificially set monitoring strategies when extensive hard disk resource being managed in order to solve; Make the monitoring of hard disk accomplish intelligence, rationally, efficient, through artificial intelligence, rationally generate the hard disk monitoring strategies efficiently; Accomplish reasonable monitoring, and then improve the utilization factor and the service efficiency of hard disk hard disk.
Description of drawings
Fig. 1 is the schematic flow sheet of hard disk method for supervising embodiment provided by the invention;
Fig. 2 is the structural representation of hard disk supervisory system embodiment provided by the invention.
Embodiment
For making the object of the invention, technical scheme and advantage clearer, will combine accompanying drawing and specific embodiment that the present invention is made further detailed description below.Need to prove that under the situation of not conflicting, embodiment among the application and the characteristic among the embodiment be combination in any each other.
Fig. 1 is the schematic flow sheet of hard disk method for supervising embodiment provided by the invention.Method embodiment shown in Figure 1 comprises:
Wherein should the operation standard can be a safety, rationally, high usage, high efficiency resource operating position;
Said index and parameter can be the data transmission rate of capacity, rotating speed, buffer memory, average seek time, hard disk, continuous failure free time etc.
For instance; Can obtain the best attributes value of a certain index under difference operation scene; And along with the growth gradually of learning time; Under identical operation scene, the best attributes value of this index also can change, and the best attributes value of promptly same index under identical operation scene might be for a plurality of.
Wherein said posterior infromation is the property value of each index or the pairing the best of parameter under a certain operation scene.Wherein moving scene can rule of thumb be provided with voluntarily.
Specifically, can realize through following mode:
Steps A 1, according to the posterior infromation of index or parameter, the posterior infromation that obtains is classified;
Each index or the corresponding experience information of parameter are formed one group of empirical value to be measured under steps A 2, the same operation scene of selection;
Steps A 3, test this and organize the monitored results of empirical value to be measured, obtain test result said hard disk;
For instance, the hard disk performance that obtains after the test is carried out quantification treatment, obtain a numerical value, this numerical value is exported as test result;
Steps A 4, according to said test result, this is organized empirical value to be measured adjusts, satisfy the pairing condition that is provided with in advance under this operation scene up to the pairing test result of final adjusted test empirical value;
Specifically, be exactly through revising the property value of certain or some indexs or parameter, make the numerical value of test result more approach the expectation value that is provided with in advance.
Steps A 5, the said final adjusted test empirical value of employing generate and should move pairing hard disk monitoring strategies under the scene.
From on can find out that the empirical value that utilizes artificial intelligence technology will learn, analyze simulates, improves, the process of simulation again, finally generates the hard disk monitoring strategies and generates required empirical value or experience collection
The hard disk monitoring strategies that step 104, employing generate is managed hard disk; Specifically:
Step B1, the ruuning situation of hardware is monitored, obtain the current operation scene of hardware;
Step B2, obtain and the pairing hard disk monitoring strategies of this operation scene;
The hard disk monitoring strategies that step B3, employing get access to is managed current hard disk.
The method that the embodiment of the invention provides; The irrationality that conventional artificial setting monitoring strategies causes, artificial mechanism property etc. have been broken; Carry out the accumulation of experience through artificial intelligence; Realize that artificial intelligence generates the hard disk monitoring strategies, accomplish reasonable monitoring, and then improve the utilization factor and the service efficiency of hard disk hard disk.Specifically; Through study to hard disk monitoring experience; Generating the empirical value that hard disk is monitored through regular hour and accumulation back, space, so that the use of monitoring hard disk that can be rational, intelligent, thereby utilization factor, service efficiency and the serviceable life of improving hard disk.
Fig. 2 is the structural representation of hard disk supervisory system embodiment provided by the invention.System shown in Figure 2 embodiment comprises:
Deriving means 202; Link to each other with said inking device 201, be used for after index and parameter all dispose completion, the hard disk resource being monitored; Utilize the technology of artificial intelligence to learn, analyze; Obtain the posterior infromation of hard disk monitoring, and said posterior infromation is saved in the experience storehouse that is provided with in advance, wherein said posterior infromation is the property value of each index or the pairing the best of parameter under a certain operation scene;
Preferably, said generating apparatus 203 comprises:
Sort module is used for the posterior infromation according to index or parameter, and the posterior infromation that obtains is classified;
Select module, link to each other, be used to select each index or the corresponding experience information of parameter under the same operation scene, form one group of empirical value to be measured with said sort module;
Test module links to each other with said selection module, is used to test this and organizes the monitored results of empirical value to be measured to said hard disk, obtains test result;
Adjusting module links to each other with said test module, according to said test result, this is organized empirical value to be measured adjust, and satisfies the pairing condition that is provided with in advance under this operation scene up to the pairing test result of final adjusted test empirical value;
Generation module links to each other with said adjusting module, is used to adopt said final adjusted test empirical value, generates to move pairing hard disk monitoring strategies under the scene.
Preferably, said generating apparatus 204 comprises:
Monitoring modular is used for the ruuning situation of hardware is monitored, and obtains the current operation scene of hardware;
Acquisition module links to each other with said monitoring modular, is used to obtain and the pairing hard disk monitoring strategies of this operation scene;
Administration module links to each other with said acquisition module, is used to adopt the hard disk monitoring strategies that gets access to that current hard disk is managed.
Wherein, said index or said parameter are the data transmission rate or the continuous failure free time of capacity, rotating speed, buffer memory, average seek time, hard disk.
The system that the embodiment of the invention provides; The irrationality that conventional artificial setting monitoring strategies causes, artificial mechanism property etc. have been broken; Carry out the accumulation of experience through artificial intelligence; Realize that artificial intelligence generates the hard disk monitoring strategies, accomplish reasonable monitoring, and then improve the utilization factor and the service efficiency of hard disk hard disk.Specifically; Through study to hard disk monitoring experience; Generating the empirical value that hard disk is monitored through regular hour and accumulation back, space, so that the use of monitoring hard disk that can be rational, intelligent, thereby utilization factor, service efficiency and the serviceable life of improving hard disk.
The above; Be merely embodiment of the present invention, but protection scope of the present invention is not limited thereto, any technician who is familiar with the present technique field is in the technical scope that the present invention discloses; Can expect easily changing or replacement, all should be encompassed within protection scope of the present invention.Therefore, protection scope of the present invention should be as the criterion with the described protection domain of claim.
Claims (8)
1. a hard disk method for supervising is characterized in that, comprising:
Index and parameter to the hard disk of required monitoring are configured, so that said index and parameter can make the operation of hard disk reach the operation standard that is provided with in advance;
After index and parameter all dispose completion; The hard disk resource is monitored; Utilize the technology of artificial intelligence to learn, analyze; Obtain the posterior infromation of hard disk monitoring, and said posterior infromation is saved in the experience storehouse that is provided with in advance, wherein said posterior infromation is the property value of each index or the pairing the best of parameter under a certain operation scene;
When the posterior infromation in the experience storehouse reaches the quantity that is provided with in advance, call the posterior infromation in the experience storehouse, adopt said posterior infromation to generate the hard disk monitoring strategies of artificial intelligence;
Adopt the hard disk monitoring strategies that generates that hard disk is managed.
2. method according to claim 1 is characterized in that, the said posterior infromation of said employing generates the hard disk monitoring strategies of artificial intelligence, comprising:
According to the posterior infromation of index or parameter, the posterior infromation that obtains is classified;
Select each index or the corresponding experience information of parameter under the same operation scene, form one group of empirical value to be measured;
Test this and organize the monitored results of empirical value to be measured, obtain test result said hard disk;
According to said test result, this is organized empirical value to be measured adjust, satisfy the pairing condition that is provided with in advance under this operation scene up to the pairing test result of final adjusted test empirical value;
Adopt said final adjusted test empirical value, generate and to move pairing hard disk monitoring strategies under the scene.
3. method according to claim 2 is characterized in that, the hard disk monitoring strategies that said employing generates is managed hard disk, comprising:
Ruuning situation to hardware is monitored, and obtains the current operation scene of hardware;
Obtain and the pairing hard disk monitoring strategies of this operation scene;
The hard disk monitoring strategies that employing gets access to is managed current hard disk.
4. according to the arbitrary described method of claim 1 to 3, it is characterized in that said index or said parameter are the data transmission rate or the continuous failure free time of capacity, rotating speed, buffer memory, average seek time, hard disk.
5. a hard disk supervisory system is characterized in that, comprising:
Inking device is used for the index and the parameter of the hard disk of required monitoring are configured, so that said index and parameter can make the operation of hard disk reach the operation standard that is provided with in advance;
Deriving means; Link to each other with said configuration, be used for after index and parameter all dispose completion, the hard disk resource being monitored; Utilize the technology of artificial intelligence to learn, analyze; Obtain the posterior infromation of hard disk monitoring, and said posterior infromation is saved in the experience storehouse that is provided with in advance, wherein said posterior infromation is the property value of each index or the pairing the best of parameter under a certain operation scene;
Generating apparatus links to each other with said deriving means, is used for when the posterior infromation in the experience storehouse reaches the quantity that is provided with in advance, calling the posterior infromation in the experience storehouse, adopts said posterior infromation to generate the hard disk monitoring strategies of artificial intelligence;
Management devices links to each other with said generating apparatus, adopts the hard disk monitoring strategies that generates that hard disk is managed.
6. system according to claim 5 is characterized in that, said generating apparatus comprises:
Sort module is used for the posterior infromation according to index or parameter, and the posterior infromation that obtains is classified;
Select module, link to each other, be used to select each index or the corresponding experience information of parameter under the same operation scene, form one group of empirical value to be measured with said sort module;
Test module links to each other with said selection module, is used to test this and organizes the monitored results of empirical value to be measured to said hard disk, obtains test result;
Adjusting module links to each other with said test module, according to said test result, this is organized empirical value to be measured adjust, and satisfies the pairing condition that is provided with in advance under this operation scene up to the pairing test result of final adjusted test empirical value;
Generation module links to each other with said adjusting module, is used to adopt said final adjusted test empirical value, generates to move pairing hard disk monitoring strategies under the scene.
7. system according to claim 6 is characterized in that, said generating apparatus comprises:
Monitoring modular is used for the ruuning situation of hardware is monitored, and obtains the current operation scene of hardware;
Acquisition module links to each other with said monitoring modular, is used to obtain and the pairing hard disk monitoring strategies of this operation scene;
Administration module links to each other with said acquisition module, is used to adopt the hard disk monitoring strategies that gets access to that current hard disk is managed.
8. according to the arbitrary described system of claim 5 to 7, it is characterized in that said index or said parameter are the data transmission rate or the continuous failure free time of capacity, rotating speed, buffer memory, average seek time, hard disk.
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN112463247A (en) * | 2020-11-19 | 2021-03-09 | 苏州浪潮智能科技有限公司 | Method and system for switching master-slave relationship of file server |
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| CN101739215A (en) * | 2008-11-19 | 2010-06-16 | 成都市华为赛门铁克科技有限公司 | Method and device for determining input-output scheduling algorithm |
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Patent Citations (2)
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| CN101727293A (en) * | 2008-10-23 | 2010-06-09 | 成都市华为赛门铁克科技有限公司 | Method, device and system for setting solid state disk (SSD) memory |
| CN101739215A (en) * | 2008-11-19 | 2010-06-16 | 成都市华为赛门铁克科技有限公司 | Method and device for determining input-output scheduling algorithm |
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Effective date of registration: 20190716 Address after: 250000 North Third Floor of Building S05, No. 1036 Tidal Road, Jinan High-tech Zone, Shandong Province Patentee after: Shandong Yingxin Computer Technology Co., Ltd. Address before: 100085 Beijing, Haidian District on the road to information on the ground floor, building 2-1, No. 1, C Patentee before: Electronic information industry Co.,Ltd of the tide (Beijing) |