CN105469833A - Memory life early-warning method and system - Google Patents
Memory life early-warning method and system Download PDFInfo
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- CN105469833A CN105469833A CN201410459777.4A CN201410459777A CN105469833A CN 105469833 A CN105469833 A CN 105469833A CN 201410459777 A CN201410459777 A CN 201410459777A CN 105469833 A CN105469833 A CN 105469833A
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Abstract
The present invention is applicable to the technical field of communication and provides a memory life early-warning method. The method comprises the steps of: a communication terminal sending a currently used parameter of a memory to a server; the server evaluating whether the memory reaches a pre-determined service life threshold according to the currently used parameter and a pre-determined first used parameter threshold; and if the memory reaches the service life threshold, the server sending a life early-warning message of the memory to the communication terminal. Accordingly, the present invention further provides a memory life early-warning system. According to the method and system provided by the present invention, life evaluation of the memory of the communication terminal is performed by the server, so the applicability is improved; data of the server is more easily updated, which facilitates updating of an evaluation parameter and an evaluation policy of the memory; it is also more convenient for a user to query a current usage condition of the memory in real time; and in addition, data of the memory can be conveniently backed up into the server so that user information security can be ensured.
Description
Technical field
The present invention relates to communication technical field, particularly relate to a kind of life-span method for early warning and system of storer.
Background technology
Along with the fast development of the communication terminal technology such as mobile phone, the life of people more and more be unable to do without communication terminal, and the storage space of communication terminal is increasing, the data stored also get more and more, but also mean that risk is increasing simultaneously, because once storer breaks down, and user does not have enough time to carry out the data backup of storer, the a lot of important information of user will be caused to lose, therefore, it is possible to inquire about the life-span of storer exactly and point out early warning to user to seem particularly important.
Chinese patent CN200780003613.9 discloses a kind of method of expected life for estimating and report flash-disk memory, the life parameter value of memory device after carrying out data manipulation on a storage device by monitoring, wherein said monitoring is performed by memory device.Be worth the grade of memory device from this.Preferably, described life parameter comprises the data after successfully processing and the ratio of the data of unsuccessful process and the deviation in equipment power dissipation.Grade is used as the forecast to storer expected life.Preferred grade comprises: comparison scale, greatest level and average rank.The method comprises the following steps: value a) monitoring the life parameter of memory device after carrying out data program operation on a storage device, and described monitoring is performed by memory device; And b) deriving the grade of memory device from described value, wherein said value is relevant to described data program operation, the quantity of the programming pulse needed for logic state of at least one unit in one page of changing memory device.And when evaluating memory device and being risky, understand reminding user by data batchmove to new storage medium.But CN200780003613.9 exists following several shortcoming: 1, applicability is not good, because be not that often kind of storer all can have this testing mechanism.2, promptness is not good, and when memory data upgrades or detection method renewal, this storer can not upgrade in time accordingly.3, the current behaviour in service of user's real-time query storer is unfavorable for.4, when storer prompting early warning information, user can not fast back up.
In summary, obviously there is inconvenience and defect in actual use in prior art, so be necessary to be improved.
Summary of the invention
For above-mentioned defect, the object of the present invention is to provide a kind of life-span method for early warning and system of storer, carry out life appraisal by server to the storer of communication terminal, do not need to carry out excessive transformation to communication terminal, therefore applicability is better; And server data easily upgrades, be convenient to upgrade the evaluate parameter of storer and assessment strategy in time; The current behaviour in service of user's real-time query storer can be facilitated simultaneously; In addition, when storer reaches threshold value in serviceable life, be convenient to user and the data of storer are backuped in server, thus fully ensure user information safety.
To achieve these goals, the invention provides a kind of life-span method for early warning of storer, comprising step has:
The current operation parameter of storer is sent to server by described communication terminal;
Described server, according to described current operation parameter and the first predetermined operation parameter threshold value, assesses the threshold value in serviceable life whether described storer reaches predetermined;
If described storer reaches threshold value in described serviceable life, described server sends the life-span early warning information of described storer to described communication terminal.
According to life-span method for early warning of the present invention, described server, according to described current operation parameter and the first predetermined operation parameter threshold value, is assessed after whether described storer reaches the step of threshold value in predetermined serviceable life and is also comprised:
If described storer reaches threshold value in described serviceable life, described server sends the data backup prompting of described storer to described communication terminal;
If the backup receiving user confirms instruction, the data upload of described storer backs up to described server by described communication terminal.
According to life-span method for early warning of the present invention, the current operation parameter of storer sends to the step of server to comprise by described communication terminal:
The described current operation parameter of the local described storer of described communication terminal record;
Described communication terminal judges the second operation parameter threshold value whether described current operation parameter reaches predetermined;
If judge, described current operation parameter reaches described second operation parameter threshold value, and described current operation parameter is sent to described server by described communication terminal.
According to life-span method for early warning of the present invention, the current operation parameter of storer sends to the step of server to comprise by described communication terminal:
The described current operation parameter of the local described storer of described communication terminal record;
If receive the life-span query statement of user, described current operation parameter is sent to described server by described communication terminal.
According to life-span method for early warning of the present invention, described current operation parameter comprises current service time of described storer, current read-write number of times and/or current erroneous frequency;
Described server, according to described current operation parameter and the first predetermined operation parameter threshold value, is assessed the step whether described storer reach threshold value in predetermined serviceable life and is comprised:
Described server, according to the described current service time of described storer and predetermined threshold value service time, assesses the threshold value in serviceable life whether described storer reaches predetermined; And/or
Described server, according to the described current read-write number of times of described storer and predetermined read-write frequency threshold value, assesses the threshold value in serviceable life whether described storer reaches predetermined; And/or
Described server, according to the described current erroneous frequency of described storer and predetermined error frequency threshold value, assesses the threshold value in serviceable life whether described storer reaches predetermined;
If described storer reaches threshold value in described serviceable life, described server sends step from the life-span early warning information of described storer to described communication terminal comprises:
If go out described storer according to the described current service time of described storer, described current read-write number of times and/or described current erroneous frequency estimation to reach threshold value in described serviceable life, described server sends the life-span early warning information of described storer to described communication terminal.
The present invention also provides a kind of life-span early warning system of storer, includes communication terminal and server;
Described communication terminal includes:
Parameter sending module, the current operation parameter for the storer by described communication terminal sends to described server;
Described server includes:
Life appraisal module, for according to described current operation parameter and the first predetermined operation parameter threshold value, assesses the threshold value in serviceable life whether described storer reaches predetermined;
Life-span warning module, if when reaching described threshold value in serviceable life for described storer, sends the life-span early warning information of described storer to described communication terminal.
According to life-span early warning system of the present invention, described server also comprises:
Backup reminding module, if when reaching described threshold value in serviceable life for described storer, sends the data backup prompting of described storer to described communication terminal;
Described communication terminal also comprises:
Data backup module, if when the backup for receiving user confirms instruction, back up the data upload of the described storer of described communication terminal to described server.
According to life-span early warning system of the present invention, the described parameter sending module of described communication terminal comprises further:
First record submodule, for recording the described current operation parameter of storer described in described communication terminal;
Parameter judges submodule, for judging the second operation parameter threshold value whether described current operation parameter reaches predetermined;
First send submodule, if for judging that described current operation parameter reaches described second operation parameter threshold value time, described current operation parameter is sent to described server.
According to life-span early warning system of the present invention, the described parameter sending module of described communication terminal comprises further:
Second record submodule, for recording the described current operation parameter of the described storer of described communication terminal;
First send submodule, if for receive user life-span query statement time, described current operation parameter is sent to described server.
According to life-span early warning system of the present invention, described current operation parameter comprises current service time of described storer, current read-write number of times and/or current erroneous frequency;
The described life appraisal module of described server comprises further:
First assessment submodule, for according to described current service time of described storer and predetermined threshold value service time, assesses the threshold value in serviceable life whether described storer reaches predetermined; And/or
Second assessment submodule, for according to the described current read-write number of times of described storer and predetermined read-write frequency threshold value, assesses the threshold value in serviceable life whether described storer reaches predetermined; And/or
3rd assessment submodule, for according to the described current erroneous frequency of described storer and predetermined error frequency threshold value, assesses the threshold value in serviceable life whether described storer reaches predetermined;
The described life-span warning module of described server, if for the described current service time according to described storer, described current read-write number of times and/or described current erroneous frequency estimation go out described storer reach described threshold value in serviceable life time, send the life-span early warning information of described storer to described communication terminal.
The current operation parameter of local storage is sent to server by communication terminal by the present invention, server is according to current operation parameter and operation parameter threshold value, assess described storer and whether reach threshold value in serviceable life, if then send life-span early warning information to communication terminal.Preferably, if storer reaches threshold value in serviceable life, server also can send the data backup prompting of storer to communication terminal, user confirms that the rear direct data upload by storer backs up to server.Whereby, the present invention carries out life appraisal by server to the storer of communication terminal, does not need to carry out excessive transformation to communication terminal, and therefore applicability is better; And server data easily upgrades, be convenient to upgrade the evaluate parameter of storer and assessment strategy in time; The current behaviour in service of user's real-time query storer can be facilitated simultaneously; In addition, when storer reaches threshold value in serviceable life, be convenient to user and the data of storer are backuped in server, thus fully ensure user information safety.
Accompanying drawing explanation
Fig. 1 is the structural representation of the life-span early warning system of storer of the present invention;
Fig. 2 is the structural representation of the life-span early warning system of the preferred storer of the present invention;
Fig. 3 is the process flow diagram of the life-span method for early warning of storer of the present invention;
Fig. 4 is the process flow diagram of the life-span method for early warning of storer in first embodiment of the invention;
Fig. 5 is the process flow diagram of the life-span method for early warning of storer in second embodiment of the invention.
Embodiment
In order to make object of the present invention, technical scheme and advantage clearly understand, below in conjunction with drawings and Examples, the present invention is further elaborated.Should be appreciated that specific embodiment described herein only in order to explain the present invention, be not intended to limit the present invention.
Fig. 1 is the structural representation of the life-span early warning system of storer of the present invention, the life-span early warning system 100 of described storer includes communication terminal 10 and server 20, described communication terminal 10 can be mobile phone, PDA (PersonalDigitalAssistant, personal digital assistant), panel computer etc., described server 20 is preferably the powerful Cloud Server of arithmetic capability.
Described communication terminal 10 includes:
Parameter sending module 11, the current operation parameter for the storer by communication terminal 10 sends to server 20.The current operation parameter that communication terminal 10 needs pre-recorded local storage relevant to service time, comprise the current service time of storer, current read-write number of times and/or current erroneous frequency etc., then current operation parameter is sent to server 20 according to predetermined condition or timing by communication terminal 10.Certainly, current operation parameter also can be sent to server 20 according to user instruction by communication terminal 10.
Described server 20 includes:
Life appraisal module 21, for according to current operation parameter and the first predetermined operation parameter threshold value, assesses storer and whether reaches predetermined threshold value in serviceable life.Preferably, the first operation parameter threshold value and the life appraisal algorithm of various storer is previously stored with in server 20, described first operation parameter threshold value can be threshold value service time of various storer, read-write frequency threshold value, error frequency threshold value etc., after server 20 receives the current operation parameter of the storer that communication terminal 10 is sent, judge the type of this poke device, and transfer the first operation parameter threshold value of the type storer, predetermined threshold value in serviceable life whether is reached according to the first operation parameter threshold value and current operation parameter and life appraisal algorithm evaluation storer.Preferably, server 20 is according to the current service time of storer and predetermined threshold value service time, and whether assessment storer reaches predetermined threshold value in serviceable life; And/or server 20 is according to the current read-write number of times of storer and predetermined read-write frequency threshold value, and whether assessment storer reaches predetermined threshold value in serviceable life; And/or server 20 is according to the current erroneous frequency of storer and predetermined error frequency threshold value, and whether assessment storer reaches predetermined threshold value in serviceable life.
Life-span warning module 22, if when reaching threshold value in serviceable life for storer, sends the life-span early warning information of storer to communication terminal 10.Preferably, if go out storer according to current service time of storer, current read-write number of times and/or current erroneous frequency estimation to reach threshold value in serviceable life, server 20 sends the life-span early warning information of storer to communication terminal 10.Described life-span early warning information will present on communication terminal 10.If storer reaches threshold value in serviceable life, then represent and probably equipment failure occurs in the future, therefore need to user's early warning, user can carry out the data backup of storer according to actual conditions, in case storer damages the risk of rear information dropout.
Fig. 2 is the structural representation of the life-span early warning system of the preferred storer of the present invention, the life-span early warning system 100 of described storer includes communication terminal 10 and server 20, described communication terminal 10 can be mobile phone, PDA, panel computer etc., and described server 20 is preferably Cloud Server.
Described communication terminal 10 includes parameter sending module 11:
Described parameter sending module 11, the current operation parameter for the storer by communication terminal 10 sends to server 20.Preferably, described parameter sending module 11 comprises further:
First record submodule 111, for the current operation parameter of recording communication terminal 10 storer.Server 20 can be the current operation parameter of timing or real time record local storage.Described current operation parameter comprises current service time, the current read-write number of times and/or current erroneous frequency etc. of storer.
Parameter judges submodule 112, for judging the second operation parameter threshold value whether recorded current operation parameter reaches predetermined.Described second operation parameter threshold value is that described second operation parameter threshold value and the first operation parameter threshold value can be identical or different to the condition of the current operation parameter of transmission of communication terminal 10 setting to server 20.Preferably, described second operation parameter threshold value is error frequency threshold value, if when the current erroneous frequency of storer reaches described error frequency threshold value, then at least one current operation parameter is sent to server 20 by triggered communication terminal 10.
First send submodule 113, if for judging that current operation parameter reaches the second operation parameter threshold value time, described current operation parameter is sent to server 20.Described current operation parameter comprises current service time, the current read-write number of times and/or current erroneous frequency etc. of storer.
Be more preferably, described parameter sending module 11 comprises further:
Second record submodule 114, for the current operation parameter of the storer of recording communication terminal 10.Server 20 can be the current operation parameter of timing or real time record local storage.Described current operation parameter comprises current service time, the current read-write number of times and/or current erroneous frequency etc. of storer.
First send submodule 115, if for receive user life-span query statement time, described current operation parameter is sent to server 20.Described current operation parameter comprises current service time, the current read-write number of times and/or current erroneous frequency etc. of storer.
Described server 20 includes life appraisal module 21 and life-span warning module 22:
Described life appraisal module 21, for according to current operation parameter and the first predetermined operation parameter threshold value, assesses storer and whether reaches predetermined threshold value in serviceable life.Described current operation parameter comprises current service time of storer, current read-write number of times and/or current erroneous frequency.Preferably, life appraisal module 21 comprises further:
First assessment submodule 211, for according to current service time of storer and predetermined threshold value service time, whether assessment storer reaches predetermined threshold value in serviceable life, such as preset serviceable life threshold value be 0.9, it is 90,000 hours when the current service time of storer, its, threshold value was 100,000 hours service time, and ratio between two reaches 0.9, then evaluate storer and reached threshold value in serviceable life; If do not reach 90,000 hours the current service time of storer, storer does not reach threshold value in serviceable life; And/or
Second assessment submodule 212, for according to the current read-write number of times of storer and predetermined read-write frequency threshold value, whether assessment storer reaches predetermined threshold value in serviceable life, such as preset serviceable life threshold value be 0.9, when the current read-write number of times of storer is 90,000 times, its read-write frequency threshold value is 100,000 times, and ratio between two reaches 0.9, then evaluate storer and reached threshold value in serviceable life; If the current read-write number of times of storer does not reach 90,000 times, storer does not reach threshold value in serviceable life; And/or
3rd assessment submodule 213, for according to the current erroneous frequency of storer and predetermined error frequency threshold value, whether assessment storer reaches predetermined threshold value in serviceable life, such as preset serviceable life threshold value be 0.9, when the current erroneous frequency of storer is 0.0009%, its error frequency threshold value is 0.001%, and ratio between two reaches 0.9, then evaluate storer and reached threshold value in serviceable life; If the current read-write number of times of storer does not reach 0.0009%, storer does not reach threshold value in serviceable life.
Described life-span warning module 22, if for the described current service time according to storer, current read-write number of times and/or current erroneous frequency estimation go out storer reach threshold value in serviceable life time, send the life-span early warning information of storer to communication terminal 10.If the present invention can to arrange in described current service time according to storer, current read-write number of times or current erroneous frequency a current operation parameter and evaluate storer when reaching threshold value in serviceable life, then send the life-span early warning information of storer to communication terminal 10.If two or three current operation parameters in the described current service time according to storer, current read-write number of times or current erroneous frequency can be arranged evaluate storer when reaching threshold value in serviceable life, then send the life-span early warning information of storer to communication terminal 10.
Be more preferably, described server 20 also comprises:
Backup reminding module 23, if when reaching threshold value in serviceable life for storer, sends the data backup prompting of storer to communication terminal 10.Described data backup prompting can adopt the forms such as text, image, audio frequency, video, backups to server 20 for pointing out user the need of by the data syn-chronization of storer.
Described communication terminal 10 also comprises:
Data backup module 12, if when the backup for receiving user confirms instruction, back up the data upload of the storer of communication terminal 10 to server 20.The data backup prompting of the storer that communication terminal 10 presence server 20 is sent, and point out user to select confirm backup or cancel backup, if user confirms backup, then the data upload of storer backs up to server 20 by communication terminal 10, and backup is got up very convenient.
The invention provides and to be assessed by the life-span of the storer of server 20 pairs of communication terminals 10 and to point out the technology of early warning information to user, mainly through increasing various types of memory information and determination methods to detect the behaviour in service of current storage at server 20 in advance, because the data of server 20 easily upgrade, new storer can be added timely or revise old memory data, facilitate user to understand storer operation conditions in real time simultaneously, when point out early warning information time, can quickly information back-up to server 20.
Fig. 3 is the process flow diagram of the life-span method for early warning of storer of the present invention, and can be realized by the life-span early warning system 100 of storer as shown in Figure 1 or 2, described method comprises step to be had:
Step S301, the current operation parameter of storer is sent to server 20 by communication terminal 10.
Described storer is the storer of communication terminal 10 this locality.The current operation parameter that communication terminal 10 needs pre-recorded storer relevant to service time, comprise the current service time of storer, current read-write number of times and/or current erroneous frequency etc., then current operation parameter is sent to server 20 according to predetermined condition or timing by communication terminal 10.Certainly, current operation parameter also can be sent to server 20 according to user instruction by communication terminal 10.
Step S302, server 20 is according to current operation parameter and the first predetermined operation parameter threshold value, and whether assessment storer reaches predetermined threshold value in serviceable life.
Preferably, the first operation parameter threshold value and the life appraisal algorithm of various storer is previously stored with in server 20, described first operation parameter threshold value can be threshold value service time of various storer, read-write frequency threshold value, error frequency threshold value etc., after server 20 receives the current operation parameter of the storer that communication terminal 10 is sent, judge the type of this poke device, and transfer the first operation parameter threshold value of the type storer, predetermined threshold value in serviceable life whether is reached according to the first operation parameter threshold value and current operation parameter and life appraisal algorithm evaluation storer.Preferably, server 20 is according to the current service time of storer and predetermined threshold value service time, and whether assessment storer reaches predetermined threshold value in serviceable life; And/or server 20 is according to the current read-write number of times of storer and predetermined read-write frequency threshold value, and whether assessment storer reaches predetermined threshold value in serviceable life; And/or server 20 is according to the current erroneous frequency of storer and predetermined error frequency threshold value, and whether assessment storer reaches predetermined threshold value in serviceable life.
Step S303, if storer reaches threshold value in serviceable life, server 20 sends the life-span early warning information of storer to communication terminal 10.
Preferably, if go out storer according to current service time of storer, current read-write number of times and/or current erroneous frequency estimation to reach threshold value in serviceable life, server 20 sends the life-span early warning information of storer to communication terminal 10.Described life-span early warning information will present on communication terminal 10.If storer reaches threshold value in serviceable life, then probably equipment failure occurs in the future, therefore need to user's early warning, user can carry out the backup of storer according to actual conditions, in case storer damages rear information dropout.
Fig. 4 is the process flow diagram of the life-span method for early warning of storer in first embodiment of the invention, and can be realized by the life-span early warning system 100 of storer as shown in Figure 2, described method comprises step to be had:
Step S401, communication terminal 10 records the current operation parameter of local storage.
Server 20 can be the current operation parameter of timing or real time record local storage.Preferably, described current operation parameter comprises current service time of storer, current read-write number of times and/or current erroneous frequency.
Step S402, communication terminal 10 judges the second operation parameter threshold value whether current operation parameter reaches predetermined, if then perform step S403, instead then turns back to step S401.
Described second operation parameter threshold value is that described second operation parameter threshold value and the first operation parameter threshold value can be identical or different to the condition of the current operation parameter of transmission of communication terminal 10 setting to server 20.Preferably, described second operation parameter threshold value is error frequency threshold value, if when the current erroneous frequency of storer reaches described error frequency threshold value, then at least one current operation parameter is sent to server 20 by triggered communication terminal 10.
Step S403, if judge, current operation parameter reaches the second operation parameter threshold value, and current operation parameter is sent to server 20 by communication terminal 10.
Described current operation parameter comprises current service time, the current read-write number of times and/or current erroneous frequency etc. of storer.
Step S404, server 20 is according to current operation parameter and the first predetermined operation parameter threshold value, and whether assessment storer reaches predetermined threshold value in serviceable life, if then perform step S406, otherwise performs step S405.
Preferably, server 20 is according to the current service time of storer and predetermined threshold value service time, whether assessment storer reaches predetermined threshold value in serviceable life, such as preset serviceable life threshold value be 0.9, it is 90,000 hours when the current service time of storer, its, threshold value was 100,000 hours service time, and ratio between two reaches 0.9, then assess storer and reached threshold value in serviceable life; If do not reach 90,000 hours the current service time of storer, storer does not reach threshold value in serviceable life; And/or
Server 20 is according to the current read-write number of times of storer and predetermined read-write frequency threshold value, whether assessment storer reaches predetermined threshold value in serviceable life, such as preset serviceable life threshold value be 0.9, when the current read-write number of times of storer is 90,000 times, its read-write frequency threshold value is 100,000 times, ratio between two reaches 0.9, then evaluate storer and reached threshold value in serviceable life; If the current read-write number of times of storer does not reach 90,000 times, storer does not reach threshold value in serviceable life; And/or
Server 20 is according to the current erroneous frequency of storer and predetermined error frequency threshold value, whether assessment storer reaches predetermined threshold value in serviceable life, such as preset serviceable life threshold value be 0.9, when the current erroneous frequency of storer is 0.0009%, its error frequency threshold value is 0.001%, ratio between two reaches 0.9, then evaluate storer and reached threshold value in serviceable life; If the current read-write number of times of storer does not reach 0.0009%, storer does not reach threshold value in serviceable life.
Step S405, if storer does not reach threshold value in serviceable life, server 20 sends the using state normal information of storer to communication terminal 10.
Step S406, if storer reaches threshold value in serviceable life, server 20 sends the life-span early warning information of storer to communication terminal 10.
Preferably, if go out storer according to current service time of storer, current read-write number of times and/or current erroneous frequency estimation to reach threshold value in serviceable life, server 20 sends the life-span early warning information of storer to communication terminal 10.If the present invention can to arrange in described current service time according to storer, current read-write number of times or current erroneous frequency a current operation parameter and evaluate storer when reaching threshold value in serviceable life, then send the life-span early warning information of storer to communication terminal 10.If two or three current operation parameters in the described current service time according to storer, current read-write number of times or current erroneous frequency can be arranged evaluate storer when reaching threshold value in serviceable life, then send the life-span early warning information of storer to communication terminal 10.
Step S407, if storer reaches threshold value in serviceable life, server 20 sends the data backup prompting of storer to communication terminal 10.
Described data backup prompting can adopt the forms such as text, image, audio frequency, video, backups to server 20 for pointing out user the need of by the data syn-chronization of storer.
Step S408, if the backup receiving user confirms instruction, the data upload of storer backs up to server 20 by communication terminal 10.
The data backup prompting of the storer that communication terminal 10 presence server 20 is sent, and point out user to select confirm backup or cancel backup, if user confirms backup, then the data upload of storer backs up to server 20 by communication terminal 10, and backup is got up very convenient.
Fig. 5 is the process flow diagram of the life-span method for early warning of storer in second embodiment of the invention, and can be realized by the life-span early warning system 100 of storer as shown in Figure 2, described method comprises step to be had:
Step S501, communication terminal 10 records the current operation parameter of local storage.
Server 20 can be the current operation parameter of timing or real time record local storage.Preferably, described current operation parameter comprises current service time of storer, current read-write number of times and/or current erroneous frequency.
Step S502, if the life-span query statement receiving user, current operation parameter is sent to server 20 by communication terminal 10.
Described current operation parameter comprises current service time, the current read-write number of times and/or current erroneous frequency etc. of storer.
Step S503, server 20 is according to current operation parameter and the first predetermined operation parameter threshold value, and whether assessment storer reaches predetermined threshold value in serviceable life, if then perform step S505, otherwise performs step S504.
Preferably, server 20 is according to the current service time of storer and predetermined threshold value service time, whether assessment storer reaches predetermined threshold value in serviceable life, such as preset serviceable life threshold value be 0.9, be 90,000 hours when the current service time of storer, its, threshold value was 100,000 hours service time, and ratio between two reaches 0.9, then assess storer and reached threshold value in serviceable life, if do not reach 90,000 hours the current service time of storer, storer does not reach threshold value in serviceable life; And/or
Server 20 is according to the current read-write number of times of storer and predetermined read-write frequency threshold value, whether assessment storer reaches predetermined threshold value in serviceable life, such as preset serviceable life threshold value be 0.9, when the current read-write number of times of storer is 90,000 times, its read-write frequency threshold value is 100,000 times, ratio between two reaches 0.9, then evaluate storer and reached threshold value in serviceable life; If the current read-write number of times of storer does not reach 90,000 times, storer does not reach threshold value in serviceable life; And/or
Server 20 is according to the current erroneous frequency of storer and predetermined error frequency threshold value, whether assessment storer reaches predetermined threshold value in serviceable life, such as preset serviceable life threshold value be 0.9, when the current erroneous frequency of storer is 0.0009%, its error frequency threshold value is 0.001%, ratio between two reaches 0.9, then evaluate storer and reached threshold value in serviceable life; If the current read-write number of times of storer does not reach 0.0009%, storer does not reach threshold value in serviceable life.
Step S504, if storer does not reach threshold value in serviceable life, server 20 sends the using state normal information of storer to communication terminal 10.
Step S505, if storer reaches threshold value in serviceable life, server 20 sends the life-span early warning information of storer to communication terminal 10.
Preferably, if go out storer according to current service time of storer, current read-write number of times and/or current erroneous frequency estimation to reach threshold value in serviceable life, server 20 sends the life-span early warning information of storer to communication terminal 10.If the present invention can to arrange in described current service time according to storer, current read-write number of times or current erroneous frequency a current operation parameter and evaluate storer when reaching threshold value in serviceable life, then send the life-span early warning information of storer to communication terminal 10.If two or three current operation parameters in the described current service time according to storer, current read-write number of times or current erroneous frequency can be arranged evaluate storer when reaching threshold value in serviceable life, then send the life-span early warning information of storer to communication terminal 10.
Step S506, if storer reaches threshold value in serviceable life, server 20 sends the data backup prompting of storer to communication terminal 10.
Described data backup prompting can adopt the forms such as text, image, audio frequency, video, backups to server 20 for pointing out user the need of by the data syn-chronization of storer.
Step S507, if the backup receiving user confirms instruction, the data upload of storer backs up to server 20 by communication terminal 10.
The data backup prompting of the storer that communication terminal 10 presence server 20 is sent, and point out user to select confirm backup or cancel backup, if user confirms backup, then the data upload of storer backs up to server 20 by communication terminal 10, and backup is got up very convenient.
In sum, the current operation parameter of local storage is sent to server by communication terminal by the present invention, server, according to current operation parameter and operation parameter threshold value, is assessed described storer and whether is reached threshold value in serviceable life, if then send life-span early warning information to communication terminal.Preferably, if storer reaches threshold value in serviceable life, server also can send the data backup prompting of storer to communication terminal, user confirms that the rear direct data upload by storer backs up to server.Whereby, the present invention carries out life appraisal by server to the storer of communication terminal, does not need to carry out excessive transformation to communication terminal, and therefore applicability is better; And server data easily upgrades, be convenient to upgrade the evaluate parameter of storer and assessment strategy in time; The current behaviour in service of user's real-time query storer can be facilitated simultaneously; In addition, when storer reaches threshold value in serviceable life, be convenient to user and the data of storer are backuped in server, thus fully ensure user information safety.
Certainly; the present invention also can have other various embodiments; when not deviating from the present invention's spirit and essence thereof; those of ordinary skill in the art are when making various corresponding change and distortion according to the present invention, but these change accordingly and are out of shape the protection domain that all should belong to the claim appended by the present invention.
Claims (10)
1. a life-span method for early warning for storer, is characterized in that, comprising step has:
The current operation parameter of storer is sent to server by communication terminal;
Described server, according to described current operation parameter and the first predetermined operation parameter threshold value, assesses the threshold value in serviceable life whether described storer reaches predetermined;
If described storer reaches threshold value in described serviceable life, described server sends the life-span early warning information of described storer to described communication terminal.
2. life-span method for early warning according to claim 1, is characterized in that, described server, according to described current operation parameter and the first predetermined operation parameter threshold value, is assessed after whether described storer reaches the step of threshold value in predetermined serviceable life and also comprised:
If described storer reaches threshold value in described serviceable life, described server sends the data backup prompting of described storer to described communication terminal;
If the backup receiving user confirms instruction, the data upload of described storer backs up to described server by described communication terminal.
3. life-span method for early warning according to claim 1, is characterized in that, the current operation parameter of storer sends to the step of server to comprise by described communication terminal:
The described current operation parameter of the local described storer of described communication terminal record;
Described communication terminal judges the second operation parameter threshold value whether described current operation parameter reaches predetermined;
If judge, described current operation parameter reaches described second operation parameter threshold value, and described current operation parameter is sent to described server by described communication terminal.
4. life-span method for early warning according to claim 1, is characterized in that, the current operation parameter of storer sends to the step of server to comprise by described communication terminal:
The described current operation parameter of the local described storer of described communication terminal record;
If receive the life-span query statement of user, described current operation parameter is sent to described server by described communication terminal.
5. the life-span method for early warning according to any one of Claims 1 to 4, is characterized in that, described current operation parameter comprises current service time of described storer, current read-write number of times and/or current erroneous frequency;
Described server, according to described current operation parameter and the first predetermined operation parameter threshold value, is assessed the step whether described storer reach threshold value in predetermined serviceable life and is comprised:
Described server, according to the described current service time of described storer and predetermined threshold value service time, assesses the threshold value in serviceable life whether described storer reaches predetermined; And/or
Described server, according to the described current read-write number of times of described storer and predetermined read-write frequency threshold value, assesses the threshold value in serviceable life whether described storer reaches predetermined; And/or
Described server, according to the described current erroneous frequency of described storer and predetermined error frequency threshold value, assesses the threshold value in serviceable life whether described storer reaches predetermined;
If described storer reaches threshold value in described serviceable life, described server sends step from the life-span early warning information of described storer to described communication terminal comprises:
If go out described storer according to the described current service time of described storer, described current read-write number of times and/or described current erroneous frequency estimation to reach threshold value in described serviceable life, described server sends the life-span early warning information of described storer to described communication terminal.
6. a life-span early warning system for storer, is characterized in that, includes communication terminal and server;
Described communication terminal includes:
Parameter sending module, the current operation parameter for the storer by described communication terminal sends to described server;
Described server includes:
Life appraisal module, for according to described current operation parameter and the first predetermined operation parameter threshold value, assesses the threshold value in serviceable life whether described storer reaches predetermined;
Life-span warning module, if when reaching described threshold value in serviceable life for described storer, sends the life-span early warning information of described storer to described communication terminal.
7. life-span early warning system according to claim 6, is characterized in that, described server also comprises:
Backup reminding module, if when reaching described threshold value in serviceable life for described storer, sends the data backup prompting of described storer to described communication terminal;
Described communication terminal also comprises:
Data backup module, if when the backup for receiving user confirms instruction, back up the data upload of the described storer of described communication terminal to described server.
8. life-span early warning system according to claim 6, is characterized in that, the described parameter sending module of described communication terminal comprises further:
First record submodule, for recording the described current operation parameter of storer described in described communication terminal;
Parameter judges submodule, for judging the second operation parameter threshold value whether described current operation parameter reaches predetermined;
First send submodule, if for judging that described current operation parameter reaches described second operation parameter threshold value time, described current operation parameter is sent to described server.
9. life-span early warning system according to claim 6, is characterized in that, the described parameter sending module of described communication terminal comprises further:
Second record submodule, for recording the described current operation parameter of the described storer of described communication terminal;
First send submodule, if for receive user life-span query statement time, described current operation parameter is sent to described server.
10. the life-span early warning system according to any one of claim 6 ~ 9, is characterized in that, described current operation parameter comprises current service time of described storer, current read-write number of times and/or current erroneous frequency;
The described life appraisal module of described server comprises further:
First assessment submodule, for according to described current service time of described storer and predetermined threshold value service time, assesses the threshold value in serviceable life whether described storer reaches predetermined; And/or
Second assessment submodule, for according to the described current read-write number of times of described storer and predetermined read-write frequency threshold value, assesses the threshold value in serviceable life whether described storer reaches predetermined; And/or
3rd assessment submodule, for according to the described current erroneous frequency of described storer and predetermined error frequency threshold value, assesses the threshold value in serviceable life whether described storer reaches predetermined;
The described life-span warning module of described server, if for the described current service time according to described storer, described current read-write number of times and/or described current erroneous frequency estimation go out described storer reach described threshold value in serviceable life time, send the life-span early warning information of described storer to described communication terminal.
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Application publication date: 20160406 |