CN103957247A - Equipment quality assessment score processing method and device - Google Patents
Equipment quality assessment score processing method and device Download PDFInfo
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- CN103957247A CN103957247A CN201410163547.3A CN201410163547A CN103957247A CN 103957247 A CN103957247 A CN 103957247A CN 201410163547 A CN201410163547 A CN 201410163547A CN 103957247 A CN103957247 A CN 103957247A
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Abstract
The embodiment of the invention discloses an equipment quality assessment score processing method and device. The method includes the steps that quality assessment is conducted on at least one state attribute related to equipment on the basis of a corresponding project assessment algorithm so as to determine quality assessment scores of the state attributes; the determined quality assessment scores of the state attributes are counted so as to generate a quality assessment score of the equipment; the quality assessment score of the equipment is displayed. According to the technical scheme, the equipment quality assessment score processing method and device can dynamically extend the assessment algorithm used when quality assessment is conducted on the equipment and the equipment state attributes, and improve the effectiveness of quality assessment of the equipment.
Description
Technical field
The embodiment of the present invention relates to field of computer technology, relates in particular to processing method and the device of equipment quality assessment mark.
Background technology
At present, equipment such as computer, smart mobile phone and personal digital assistant is commonly used.If these equipment are protected in time, be easy to be subject to viral infringement, and the rubbish producing when equipment can not be cleared up in time time the speed of service of equipment also can be affected.Therefore, conventionally can the assistant software with functions such as security protection, system optimization and software administrations be installed on equipment, for real-time monitoring and the management to equipment.
In the prior art, when equipment is monitored in real time and managed, conventionally can, according to the assessment algorithm of static state setting, a plurality of status attributes of equipment be assessed, and then complete the quality evaluation to equipment, and obtain its corresponding quality evaluation mark.Wherein, a plurality of status attributes of the equipment of assessing are also static state settings, and the scope of quality evaluation mark is 0 minute-100 minutes.
The defect that above-mentioned prior art exists is: the quality evaluation mark dividing for 0-100, need default assessment algorithm and equipment state attribute, to make scoring meet the fraction levels requirement in hundred-mark system by weighting ratio, therefore the assessment algorithm and the equipment state attribute that are difficult to adopting when the assessment apparatus quality carry out dynamic expansion, thereby have reduced the validity of equipment quality assessment.
Summary of the invention
The embodiment of the present invention provides processing method and the device of a kind of equipment quality assessment mark, to realize assessment algorithm and the equipment state attribute can dynamic expansion being adopted when equipment is carried out to quality evaluation.
First aspect, the embodiment of the present invention provides a kind of processing method of equipment quality assessment mark, and the method comprises:
Project evaluation algorithm at least one status attribute of equipment association based on corresponding carries out quality evaluation, to determine the quality evaluation mark of described status attribute;
The quality evaluation mark of determined status attribute is added up, to generate the quality evaluation mark of described equipment;
The quality evaluation mark of described equipment is shown.
Second aspect, the embodiment of the present invention also provides a kind of processing unit of equipment quality assessment mark, and this device comprises:
Status attribute quality evaluation unit, at least one status attribute of equipment association, the project evaluation algorithm based on corresponding carries out quality evaluation, to determine the quality evaluation mark of described status attribute;
Equipment quality assessment unit, for the quality evaluation mark of determined status attribute is added up, to generate the quality evaluation mark of described equipment;
Equipment quality assessment mark display unit, for showing the quality evaluation mark of described equipment.
The beneficial effect of embodiment of the present invention technical scheme is: the project evaluation algorithm of each equipment state attribute and correspondence thereof is separate, by each equipment state attribute quality evaluation mark being added up to obtain equipment quality assessment mark, greatly improved the extensibility of the project evaluation algorithm of equipment state attribute and correspondence thereof, realized when increase and decrease equipment state attribute without the algorithm that resets equipment quality assessment mark.
Accompanying drawing explanation
Figure 1A is the schematic flow sheet of the processing method of a kind of equipment quality assessment mark that provides of the embodiment of the present invention one;
Figure 1B is that a kind of equipment quality assessment result that the embodiment of the present invention one provides shows schematic diagram;
Fig. 2 is the schematic flow sheet of the processing method of a kind of equipment quality assessment mark that provides of the embodiment of the present invention two;
Fig. 3 A is the structural representation of the processing unit of a kind of equipment quality assessment mark that provides of the embodiment of the present invention three;
Fig. 3 B is the structural representation of status attribute quality evaluation unit in the processing unit of a kind of equipment quality assessment mark that provides of the embodiment of the present invention three.
Embodiment
Below in conjunction with drawings and Examples, the present invention is described in further detail.Be understandable that, specific embodiment described herein is only for explaining the present invention, but not limitation of the invention.It also should be noted that, for convenience of description, in accompanying drawing, only show part related to the present invention but not entire infrastructure.
Embodiment mono-
Figure 1A is the schematic flow sheet of the processing method of a kind of equipment quality assessment mark that provides of the embodiment of the present invention one.The present embodiment is applicable to the situation of equipment quality being assessed and generated equipment quality assessment mark, and wherein said equipment includes but not limited to it is the electronic equipment that computer, smart mobile phone or personal digital assistant etc. have operating system.The processing unit that the method can be assessed mark by equipment quality is carried out, and described device is realized by software and/or hardware.Referring to Figure 1A, the processing method of this equipment quality assessment mark specifically comprises following operation:
110, at least one status attribute of equipment association, the project evaluation algorithm based on corresponding carries out quality evaluation, to determine the quality evaluation mark of described status attribute.
Wherein, the status attribute associated with equipment can, for attribute any and that equipment is associated, can arrange according to changes such as the demand of quality evaluation increase and decrease.Preferably, status attribute can comprise: acceleration mode attribute A, cleaning status attribute B and safe condition attribute C.The present embodiment can carry out quality evaluation at least one in the status attribute associated with the equipment project evaluation algorithm based on corresponding, to determine the quality evaluation mark of corresponding states attribute.The project evaluation algorithm that each status attribute adopts is relatively independent, and needn't be as prior art, because needs are limited to gross score in hundred-mark system, so the weight proportion of every assessment algorithm must association be set.
For example, project evaluation algorithm at least one status attribute of equipment association based on corresponding carries out quality evaluation, be specially: the first project evaluation algorithm to the acceleration mode attribute A associated with equipment based on corresponding carries out quality evaluation, to obtain the quality evaluation mark of acceleration mode attribute A; The second project evaluation algorithm to the cleaning status attribute B associated with equipment based on corresponding carries out quality evaluation, to obtain clearing up the quality evaluation mark of status attribute B; The 3rd project evaluation algorithm to the safe condition attribute C associated with equipment based on corresponding carries out quality evaluation, to obtain the quality evaluation mark of safe condition attribute C.
120, the quality evaluation mark of determined status attribute is added up, to generate the quality evaluation mark of equipment.
Wherein, the quality evaluation mark of determined status attribute is added up, to generate the quality evaluation mark of equipment, can be comprised: the quality evaluation mark of determined status attribute is superposeed or multiplied each other, to generate the quality evaluation mark of described equipment.
In an embodiment of the present embodiment, can be directly to carrying out the quality evaluation mark of every status attribute that quality evaluation obtains, carry out overlap-add operation and obtain a total mark, the quality evaluation mark using resulting total mark as equipment.This overlap-add operation can be the direct addition of numerical value, also can after weighting, be added.
Wherein, the weight coefficient of the quality evaluation mark of each status attribute can equate, for example, be all set to 1; Or the weight coefficient of the quality evaluation mark of every status attribute is set according to the significance level of different item status attribute, and for example, for the higher status attribute item of significance level, its corresponding weight coefficient is larger.Because the quality evaluation mark of equipment is that quality evaluation mark by every status attribute superposes or multiplies each other and obtains, therefore it is not within a number range of setting that the computational methods that this kind generates the quality evaluation mark of equipment can make the quality evaluation mark of equipment, it is best to be that the quality of equipment does not exist, like this can the further optimized device of indicating equipment user.
130, the quality evaluation mark of equipment is shown.
The beneficial effect of embodiment of the present invention technical scheme is: the project evaluation algorithm of each equipment state attribute and correspondence thereof is separate, by each equipment state attribute quality evaluation mark being added up to obtain equipment quality assessment mark, greatly improved on the one hand the extensibility of the project evaluation algorithm of equipment state attribute and correspondence thereof, realized when increase and decrease equipment state attribute without the algorithm that resets equipment quality assessment mark, equipment quality is not assessed to score limit within the number range of setting on the other hand, can the further optimized device of indicating equipment user.
The scheme of the present embodiment is particularly useful in the project of status attribute is changed, and the situation that project evaluation algorithm is changed.For example, if get newly-increased status attribute item and corresponding project evaluation algorithm, to the newly-increased status attribute of equipment, the project evaluation algorithm based on corresponding carries out quality evaluation, to determine the quality evaluation mark of newly-increased status attribute, and the newly-increased quality evaluation mark of status attribute and the quality evaluation mark of existing status attribute are added up, to generate the new quality evaluation mark of equipment.Because the assessment of each status attribute is relatively independent, mark directly superposes or multiplies each other, and needn't consider relevance, so be conducive to the dynamic expansion of status attribute and assessment algorithm.
In the present embodiment, acceleration mode attribute A comprises following at least one: starting state attribute, system configuration treatment state attribute and the network configuration treatment state attribute of a start program.A so-called start program refers to the program that need start when starting device, and the starting state of a start program can be specially: the quality of the starting duration of a start program, a start program; System configuration treatment state can be within the scope of setting-up time or during starting device whether to disk authority, local security policy setting, forbid unnecessary service, enable these system configuration projects such as fire compartment wall and process; Whether network configuration treatment state can be within the scope of setting-up time or the network configuration projects such as wan communication routing configuration, the configuration of local area network (LAN) operating system, network security configuration and network management configuration be processed during starting device.
In the situation that suppose that when the quality evaluation mark of equipment is lower, its quality is better, when the starting duration of start program is shorter, higher, the untreated system configuration of quality of a start program and network configuration item number be when fewer, the quality evaluation mark that can set acceleration mode attribute A is lower.Or, in the situation that suppose that when the quality evaluation mark of equipment is higher, its quality is better, when the starting duration of start program is shorter, higher, the untreated system configuration of quality of a start program and network configuration item number be when fewer, the quality evaluation mark that can set acceleration mode attribute A is higher.
Cleaning status attribute B comprises: to the quantity of refuse attribute of not clearing up after the scanning mode attribute of equipment and/or scanning device.Wherein, to the scanning mode of equipment, can be specially: whether within the scope of setting-up time or during starting device, equipment has been carried out to scan process, the quantity of refuse scanning during the time of scanning device, and/or the last scanning device recently etc.
In the situation that suppose that when the quality evaluation mark of equipment is lower, its quality is better, when within the scope of setting-up time or during starting device to equipment carried out scan process, the quantity of refuse that scans during nearer, the last scanning device of the time gap current time of scanning device is recently when fewer, the quality evaluation mark that can set cleaning status attribute B is lower.Or, in the situation that suppose that when the quality evaluation mark of equipment is higher, its quality is better, when within the scope of setting-up time or during starting device to equipment carried out scan process, the quantity of refuse that scans during nearer, the last scanning device of the time gap current time of scanning device is recently when fewer, the quality evaluation mark that can set cleaning status attribute B is higher.
Safe condition attribute C comprises: to the Hole Detection status attribute of equipment and/or to the system of equipment, repair status attribute.Wherein, to the Hole Detection state of equipment, can be specially: whether within the scope of setting-up time or during starting device, equipment has been carried out to Hole Detection, detected leak attribute, and/or detected leak quantity etc.So-called leak attribute is for describing the affiliated rank of leak, the leak that the rank under described leak can be followed successively by from high to low high-risk leak, common leak and not advise repairing; The system of equipment is repaired to state can be specially: the last time that equipment is carried out to system reparation operation, each repairs an attribute, and/or each repairs a quantity etc.A so-called reparation attribute is repaired an affiliated rank for describing, and described rank can be followed successively by high-risk reparation, safety problem reparation and optional reparation from high to low.
In the situation that suppose that when the quality evaluation mark of equipment is lower, its quality is better, when within the scope of setting-up time or during starting device, equipment having been carried out to Hole Detection or system reparation, detected leak or a reparation rank are lower, when detected leak or a reparation number are fewer, the quality evaluation mark that can set safe condition attribute C is lower.Or, in the situation that suppose that when the quality evaluation mark of equipment is higher, its quality is better, when within the scope of setting-up time or during starting device, equipment having been carried out to Hole Detection or system reparation, detected leak or a reparation rank are lower, when detected leak or a reparation number are fewer, the quality evaluation mark that can set safe condition attribute C is higher.
Certainly, the status attribute of carrying out quality evaluation in the embodiment of the present invention is not limited to acceleration, cleaning, three assessment dimensions of safety, the assessment that can also dynamic expansion adds other dimensions, for example, each dimensions such as new and old and safe coefficient that whether the machine software is updated to latest edition, the complete degree of popular software, operating system itself all can be included quality evaluation scope in flexibly.
On the basis of technique scheme, the quality evaluation mark of determined status attribute is being added up, after generating the quality evaluation mark of equipment, can also comprise: the grade classification algorithm based on setting, determine the evaluation grade under the quality evaluation mark of equipment; Word tag corresponding to evaluation grade and the quality evaluation mark of equipment are shown simultaneously.
Under following table 1 application scenarios that its quality is better when the quality evaluation mark of equipment is lower, show a kind of evaluation grade dividing mode and word tag corresponding to each evaluation grade:
Table 1
| The quality evaluation mark of equipment | Divided rank | Word tag |
| 0-50 | 1 grade excellent | In good state |
| 50-100 | 2 grades good | In good condition |
| 101-150 | 3 grades slight | There is risk |
| 151-200 | 4 grades of moderates | Moderate risk |
| 201-300 | 5 grades of severes | Material risk |
| Be greater than 300 | 6 grades serious | The quick-fried table of risk |
Figure 1B is that a kind of equipment quality assessment result that the embodiment of the present invention one provides shows schematic diagram.Referring to Figure 1B, equipment quality assessment mark 101 and affiliated word tag 102 corresponding to evaluation grade of this equipment quality assessment mark in this equipment quality assessment result, have been comprised.
Above-mentioned word tag corresponding to evaluation grade and the quality evaluation mark of equipment are shown simultaneously, can be more directly perceived, clear, visual expression equipment quality assessment result this time, improved end-user experience.
Embodiment bis-
Fig. 2 is the schematic flow sheet of the processing method of a kind of equipment quality assessment mark that provides of the embodiment of the present invention two.The present embodiment can be take above-described embodiment as basis, and when quality evaluation mark based on equipment is lower, the more such application scenarios of its quality, provides a kind of preferred embodiment.Referring to Fig. 2, the processing method of this equipment quality assessment mark specifically comprises following operation:
210, to the acceleration mode attribute associated with equipment, the first project evaluation algorithm based on corresponding carries out quality evaluation, to obtain the quality evaluation mark of acceleration mode attribute.
In the present embodiment, can be according to the number of untreated project in the number of untreated project in the quality of the starting duration of a start program, a start program, system configuration and/or network configuration, the acceleration mode attribute associated with equipment carried out to quality evaluation, to obtain the quality evaluation mark of acceleration mode attribute.
Concrete, the first project evaluation algorithm to the acceleration mode attribute of equipment association based on correspondence carries out quality evaluation, to determine the quality evaluation mark of described acceleration mode attribute, comprising:
According to formula:
generate the first quality evaluation mark score11 of acceleration mode attribute, wherein n is the number of a start program on equipment, i
qbe the corresponding rating fraction of quality of a q start program, j
qthe corresponding rating fraction of duration expending for starting a q start program, q is the natural number that is less than or equal to n.
Or, the second quality evaluation mark using the number of the untreated project in system configuration as acceleration mode attribute.
Again or, the 3rd quality evaluation mark using the number of the untreated project in network configuration as acceleration mode attribute.
One of the present embodiment preferred embodiment in, can in advance the quality of a start program be divided into Three Estate according to the function of a start program: high, medium and low, credit rating is higher, and its corresponding rating fraction is lower.For example, when setting credit rating is " height ", its corresponding rating fraction is 1 minute; Credit rating be " in " time, its corresponding rating fraction is 2 minutes; When credit rating is " low ", its corresponding rating fraction is 3 minutes.
Equally, can be in advance by starting a start program, expend duration and be divided into Three Estate: short, in, long, expend duration less, its corresponding rating fraction is lower.For example, set while expending duration grade for " short ", its corresponding rating fraction is 1 minute; Expend duration grade for " in " time, its corresponding rating fraction is 2 minutes; While expending duration grade for " length ", its corresponding rating fraction is 3 minutes.
And, except above-mentioned using the number of the untreated project in system configuration directly as the second quality evaluation mark of acceleration mode attribute, the significance level of untreated project that also can be based in system configuration, obtain the second quality evaluation mark of acceleration mode attribute, if for example in system configuration, the significance level of untreated project is higher, the second quality evaluation mark of acceleration mode attribute is also higher.The generating mode of the 3rd quality evaluation mark of acceleration mode attribute is also like this, similar with the second quality evaluation mark of acceleration mode attribute, the significance level of the untreated project in also can configuration Network Based, obtains the 3rd quality evaluation mark of acceleration mode attribute.
220, to the cleaning status attribute associated with equipment, the second project evaluation algorithm based on corresponding carries out quality evaluation, to obtain clearing up the quality evaluation mark of status attribute.
In the present embodiment, can, according to the quantity of refuse of not clearing up after recent sweep time and/or scanning device, to the cleaning status attribute associated with equipment, carry out quality evaluation, to obtain clearing up the quality evaluation mark of status attribute.
Concrete, the second project evaluation algorithm to the cleaning status attribute of equipment association based on correspondence carries out quality evaluation, to determine the quality evaluation mark of cleaning status attribute, comprising:
Calculate the difference of recent sweep time and current time, according to difference, determine the first quality evaluation mark of cleaning status attribute; And/or
Determine the corresponding rubbish grade of quantity of refuse of not clearing up after scanning device, obtain mark corresponding to determined rubbish grade as the second quality evaluation mark of cleaning status attribute.
One of the present embodiment preferred embodiment in, calculate the difference of recent sweep time and current time, the first quality evaluation mark of determining cleaning status attribute according to difference, can be specially: the difference of calculating recent sweep time and current time; Calculate the corresponding number of days of described difference, according to calculated number of days, determine the first quality evaluation mark of cleaning status attribute.Number of days is more, and the first quality evaluation mark of cleaning status attribute is higher.Preferably, the first quality evaluation mark of cleaning status attribute is: number of days * 2 minutes.For example, apart from current time, have within 5 days, equipment has not been scanned, the first quality evaluation mark of clearing up status attribute is: 5*2 divides=and 10 minutes.
The rubbish grade classification mode of the quantity of refuse of not clearing up after scanning device, can be specially: after scanning device, the rubbish grade of the quantity of refuse of cleaning below 300M is not the first order, and the rubbish grade between 300M-800M is the second level; Rubbish grade between 800M-2G is the third level; Rubbish grade more than 2G is the fourth stage.
The mark corresponding to rubbish grade of the quantity of refuse of not clearing up after scanning device, can be specially: mark corresponding to the first order is 0 minute; Mark corresponding to the second level is 10 minutes; The mark that the third level is corresponding is 30 minutes; The mark that the fourth stage is corresponding is 40 minutes.
230, to the safe condition attribute associated with equipment, the 3rd project evaluation algorithm based on corresponding carries out quality evaluation, to obtain the quality evaluation mark of safe condition attribute.
In the present embodiment, can repair an attribute and/or a system reparation number according to leak attribute, leak number, system, the cleaning status attribute associated with equipment be carried out to quality evaluation, to obtain the quality evaluation mark of safe condition attribute.
Concrete, the 3rd project evaluation algorithm to the safe condition attribute of equipment association based on correspondence carries out quality evaluation, to determine the quality evaluation mark of safe condition attribute, comprising:
According to formula:
Generate the first quality evaluation mark score31 of safe condition attribute, wherein a1 is high-risk leak number, t1 is the natural number that is less than or equal to a1, first mark of A1 for setting, second mark of B1 for setting, b1 is common leak number, and k1 is the natural number that is less than or equal to b1, three mark of C1 for setting; And/or
According to formula:
Generate the second quality evaluation mark score32 of safe condition attribute, wherein a2 is a high-risk reparation number, t2 is the natural number that is less than or equal to a2, four mark of A2 for setting, five mark of B2 for setting, b2 is that safety problem is repaired number, and k2 is the natural number that is less than or equal to b2, six mark of C2 for setting.
In the present embodiment, the initial value of the first quality evaluation mark score31 of safe condition attribute is 0, the generating mode of the first quality evaluation mark score31 of safe condition attribute is: while first high-risk leak being detected, give the cumulative A1 of the first quality evaluation mark score31 of safe condition attribute, a high-risk leak often detected afterwards to the cumulative B1 of the first quality evaluation mark score31 of safe condition attribute; While a common leak being detected, give the cumulative C1 of the first quality evaluation mark score31 of safe condition attribute.Preferably, A1 is 80 minutes, and B1 is 20 minutes, and C1 is 10 minutes.
The initial value of the second quality evaluation mark score32 of safe condition attribute is 0, the generating mode of the second quality evaluation mark score32 of the safe condition attribute of safe condition attribute is: while first high-risk reparation item being detected, give the cumulative A2 of the second quality evaluation mark score32 of safe condition attribute, a high-risk reparation often detected afterwards, give the cumulative B2 of the second quality evaluation mark score32 of safe condition attribute; While a safety problem being detected, give the cumulative C2 of the second quality evaluation mark score32 of safe condition attribute.Preferably, A2 is 20 minutes, and B2 is 5 minutes, and C2 is 3 minutes.
240, the quality evaluation mark, cleaning the quality evaluation mark of status attribute and the quality evaluation mark of safe condition attribute that will speed up status attribute superpose, to generate the quality evaluation mark of equipment.
250, the grade classification algorithm based on setting, determines the evaluation grade under the quality evaluation mark of equipment.
260, word tag corresponding to evaluation grade and the quality evaluation mark of equipment are shown simultaneously.
It should be noted that, above-mentioned implementation is to be only introduced as an instantiation, and the present embodiment is to the priority execution sequence of aforesaid operations 210-230 and be not construed as limiting.For example, the generative process of the quality evaluation mark of safe condition attribute, prior to the generative process of the quality evaluation mark of acceleration mode attribute and the quality evaluation mark of cleaning status attribute.
The technical scheme of the present embodiment, based on project evaluation algorithm independently mutually, calculate respectively the quality evaluation mark of acceleration mode attribute, cleaning status attribute and safe condition attribute, and calculated mark is superposeed to obtain equipment quality assessment mark.The beneficial effect of the present embodiment is:
On the one hand, can realize when increase and decrease equipment state attribute without the algorithm that resets equipment quality assessment mark, and can be according to the historical quality evaluation mark of acceleration mode attribute, cleaning status attribute and safe condition attribute, dynamically adjust corresponding project evaluation algorithm, to improve the validity of assessment apparatus quality;
On the other hand, to equipment quality assessment score limit within the number range of setting, can stimulate like this terminal use and other-end user to carry out equipment quality comparison, unrealistically compare spatial dimension very large;
On the one hand, in the quality evaluation mark of display device, be equipped with abundant visual perception word tag again, make like this equipment quality assessment result more directly perceived, clear and vivid;
Another aspect, if when equipment is detected certain pop-up threats of exist setting or accident, can dynamically issue quality evaluation mark and its corresponding project evaluation algorithm of each status attribute.For example, so when there is the status attribute that certain need to be paid close attention to, burst virus, can be designed to the assessment algorithm of this status attribute make weight of its assessment mark far to surpass other status attributes, thereby user is played to good warning function temporarily.
On the basis of above-mentioned each embodiment, the processing method of the equipment quality assessment mark that the embodiment of the present invention provides, also can comprise:
Show Color by the quality evaluation mark of word tag corresponding to evaluation grade and equipment based on setting shows simultaneously.
Embodiment tri-
Fig. 3 A is the structural representation of the processing unit of a kind of equipment quality assessment mark that provides of the embodiment of the present invention three.Referring to Fig. 3 A, the concrete structure of this device comprises:
Status attribute quality evaluation unit 310, at least one status attribute of equipment association, the project evaluation algorithm based on corresponding carries out quality evaluation, to determine the quality evaluation mark of described status attribute;
Equipment quality assessment unit 320, for the quality evaluation mark of determined status attribute is added up, to generate the quality evaluation mark of equipment;
Equipment quality assessment mark display unit 330, for showing the quality evaluation mark of equipment.
Further, equipment quality assessment unit 320, specifically for: the quality evaluation mark of determined status attribute is superposeed or multiplied each other, to generate the quality evaluation mark of described equipment.
Further, this device also comprises word tag display unit 340, at equipment quality assessment unit 320, the quality evaluation mark of determined status attribute being added up, after generating the quality evaluation mark of described equipment:
Grade classification algorithm based on setting, determines the evaluation grade under the quality evaluation mark of described equipment;
Word tag corresponding to described evaluation grade and the quality evaluation mark of described equipment are shown simultaneously.
Further, described status attribute comprises: acceleration mode attribute, cleaning status attribute and/or safe condition attribute;
Wherein, acceleration mode comprises following at least one: starting state, system configuration treatment state and the network configuration treatment state of a start program;
Cleaning state comprises: to the quantity of refuse of not clearing up after the scanning mode of equipment and/or scanning device;
Safe condition comprises: to the Hole Detection state of equipment and/or to the system of equipment, repair state.
Further, Fig. 3 B shows the structural representation of status attribute quality evaluation unit in the processing unit of a kind of equipment quality assessment mark that the embodiment of the present invention three provides.
Referring to Fig. 3 B, status attribute quality evaluation unit 310 comprises acceleration mode attribute assessment subelement 3101, for:
According to formula:
generate the first quality evaluation mark score11 of acceleration mode attribute, wherein n is the number of a start program on equipment, i
qbe the corresponding rating fraction of quality of a q start program, j
qthe corresponding rating fraction of duration expending for starting a q start program, q is the natural number that is less than or equal to n; And/or
The second quality evaluation mark using the number of the untreated project in system configuration as acceleration mode attribute; And/or
The 3rd quality evaluation mark using the number of the untreated project in network configuration as acceleration mode attribute.
Further, status attribute quality evaluation unit 310 comprises cleaning status attribute assessment subelement 3102, for:
Calculate the difference of recent sweep time and current time, according to described difference, determine the first quality evaluation mark of cleaning status attribute; And/or
Determine the corresponding rubbish grade of quantity of refuse of not clearing up after scanning device, obtain mark corresponding to determined rubbish grade as the second quality evaluation mark of cleaning status attribute.
Further, status attribute quality evaluation unit 310 comprises safe condition attribute assessment subelement 3103, for:
According to formula:
Generate the first quality evaluation mark score31 of safe condition attribute, wherein a1 is high-risk leak number, t1 is the natural number that is less than or equal to a1, first mark of A1 for setting, second mark of B1 for setting, b1 is common leak number, and k1 is the natural number that is less than or equal to b1, three mark of C1 for setting; And/or
According to formula:
Generate the second quality evaluation mark score32 of safe condition attribute, wherein a2 is a high-risk reparation number, t2 is the natural number that is less than or equal to a2, four mark of A2 for setting, five mark of B2 for setting, b2 is that safety problem is repaired number, and k2 is the natural number that is less than or equal to b2, six mark of C2 for setting.
The said goods can be carried out the method that any embodiment of the present invention provides, and possesses the corresponding functional module of manner of execution and beneficial effect.
Note, above are only preferred embodiment of the present invention and institute's application technology principle.Skilled person in the art will appreciate that and the invention is not restricted to specific embodiment described here, can carry out for a person skilled in the art various obvious variations, readjust and substitute and can not depart from protection scope of the present invention.Therefore, although the present invention is described in further detail by above embodiment, the present invention is not limited only to above embodiment, in the situation that not departing from the present invention's design, can also comprise more other equivalent embodiment, and scope of the present invention is determined by appended claim scope.
Claims (14)
1. a processing method for equipment quality assessment mark, is characterized in that, comprising:
Project evaluation algorithm at least one status attribute of equipment association based on corresponding carries out quality evaluation, to determine the quality evaluation mark of described status attribute;
The quality evaluation mark of determined status attribute is added up, to generate the quality evaluation mark of described equipment;
The quality evaluation mark of described equipment is shown.
2. the processing method of equipment quality assessment mark according to claim 1, is characterized in that, the quality evaluation mark of determined status attribute is added up, and to generate the quality evaluation mark of described equipment, comprising:
The quality evaluation mark of determined status attribute is superposeed or multiplied each other, to generate the quality evaluation mark of described equipment.
3. the processing method of equipment quality assessment mark according to claim 1, is characterized in that, the quality evaluation mark of determined status attribute is being added up, and after generating the quality evaluation mark of described equipment, also comprises:
Grade classification algorithm based on setting, determines the evaluation grade under the quality evaluation mark of described equipment;
Word tag corresponding to described evaluation grade and the quality evaluation mark of described equipment are shown simultaneously.
4. according to the processing method of the equipment quality assessment mark described in any one in claim 1-3, it is characterized in that, described status attribute comprises: acceleration mode attribute, cleaning status attribute and/or safe condition attribute;
Wherein, described acceleration mode comprises following at least one: starting state, system configuration treatment state and the network configuration treatment state of a start program;
Described cleaning state comprises: the quantity of refuse of cleaning not to the scanning mode of described equipment and/or after scanning described equipment;
Described safe condition comprises: to the Hole Detection state of described equipment and/or to the system of described equipment, repair state.
5. equipment quality according to claim 4 is assessed the processing method of mark, it is characterized in that, project evaluation algorithm to the acceleration mode attribute of equipment association based on corresponding carries out quality evaluation, to determine the quality evaluation mark of described acceleration mode attribute, comprising:
According to formula:
generate the first quality evaluation mark score11 of described acceleration mode attribute, wherein n is the number of a start program on described equipment, i
qbe the corresponding rating fraction of quality of a q start program, j
qfor starting described q the corresponding rating fraction of duration that a start program expends, q is the natural number that is less than or equal to n; And/or
The second quality evaluation mark using the number of the untreated project in system configuration as described acceleration mode attribute; And/or
The 3rd quality evaluation mark using the number of the untreated project in network configuration as described acceleration mode attribute.
6. equipment quality according to claim 4 is assessed the processing method of mark, it is characterized in that, project evaluation algorithm to the cleaning status attribute of equipment association based on corresponding carries out quality evaluation, to determine the quality evaluation mark of described cleaning status attribute, comprising:
Calculate the difference of recent sweep time and current time, according to described difference, determine the first quality evaluation mark of described cleaning status attribute; And/or
Determine the corresponding rubbish grade of quantity of refuse of not clearing up after the described equipment of scanning, obtain mark corresponding to determined rubbish grade as the second quality evaluation mark of described cleaning status attribute.
7. equipment quality according to claim 4 is assessed the processing method of mark, it is characterized in that, project evaluation algorithm to the safe condition attribute of equipment association based on corresponding carries out quality evaluation, to determine the quality evaluation mark of described safe condition attribute, comprising:
According to formula:
Generate the first quality evaluation mark score31 of described safe condition attribute, wherein a1 is high-risk leak number, t1 is the natural number that is less than or equal to a1, first mark of A1 for setting, second mark of B1 for setting, b1 is common leak number, and k1 is the natural number that is less than or equal to b1, three mark of C1 for setting; And/or
According to formula:
Generate the second quality evaluation mark score32 of described safe condition attribute, wherein a2 is a high-risk reparation number, t2 is the natural number that is less than or equal to a2, four mark of A2 for setting, five mark of B2 for setting, b2 is that safety problem is repaired number, and k2 is the natural number that is less than or equal to b2, six mark of C2 for setting.
8. a processing unit for equipment quality assessment mark, is characterized in that, comprising:
Status attribute quality evaluation unit, at least one status attribute of equipment association, the project evaluation algorithm based on corresponding carries out quality evaluation, to determine the quality evaluation mark of described status attribute;
Equipment quality assessment unit, for the quality evaluation mark of determined status attribute is added up, to generate the quality evaluation mark of described equipment;
Equipment quality assessment mark display unit, for showing the quality evaluation mark of described equipment.
9. the processing unit of equipment quality assessment mark according to claim 8, is characterized in that, described equipment quality assessment unit, specifically for:
The quality evaluation mark of determined status attribute is superposeed or multiplied each other, to generate the quality evaluation mark of described equipment.
10. equipment quality according to claim 8 is assessed the processing unit of mark, it is characterized in that, also comprise word tag display unit, for at described equipment quality assessment unit, the quality evaluation mark of determined status attribute being added up, after generating the quality evaluation mark of described equipment:
Grade classification algorithm based on setting, determines the evaluation grade under the quality evaluation mark of described equipment;
Word tag corresponding to described evaluation grade and the quality evaluation mark of described equipment are shown simultaneously.
The processing unit of the equipment quality assessment mark in 11. according to Claim 8-10 described in any one, is characterized in that, described status attribute comprises: acceleration mode attribute, cleaning status attribute and/or safe condition attribute;
Wherein, described acceleration mode comprises following at least one: starting state, system configuration treatment state and the network configuration treatment state of a start program;
Described cleaning state comprises: the quantity of refuse of cleaning not to the scanning mode of described equipment and/or after scanning described equipment;
Described safe condition comprises: to the Hole Detection state of described equipment and/or to the system of described equipment, repair state.
The processing unit of 12. equipment quality assessment marks according to claim 11, is characterized in that, described status attribute quality evaluation unit comprises acceleration mode attribute assessment subelement, for:
According to formula:
generate the first quality evaluation mark score11 of described acceleration mode attribute, wherein n is the number of a start program on described equipment, i
qbe the corresponding rating fraction of quality of a q start program, j
qfor starting described q the corresponding rating fraction of duration that a start program expends, q is the natural number that is less than or equal to n; And/or
The second quality evaluation mark using the number of the untreated project in system configuration as described acceleration mode attribute; And/or
The 3rd quality evaluation mark using the number of the untreated project in network configuration as described acceleration mode attribute.
The processing unit of 13. equipment quality assessment marks according to claim 11, is characterized in that, described status attribute quality evaluation unit comprises cleaning status attribute assessment subelement, for:
Calculate the difference of recent sweep time and current time, according to described difference, determine the first quality evaluation mark of described cleaning status attribute; And/or
Determine the corresponding rubbish grade of quantity of refuse of not clearing up after the described equipment of scanning, obtain mark corresponding to determined rubbish grade as the second quality evaluation mark of described cleaning status attribute.
The processing unit of 14. equipment quality assessment marks according to claim 11, is characterized in that, described status attribute quality evaluation unit comprises safe condition attribute assessment subelement, for:
According to formula:
Generate the first quality evaluation mark score31 of described safe condition attribute, wherein a1 is high-risk leak number, t1 is the natural number that is less than or equal to a1, first mark of A1 for setting, second mark of B1 for setting, b1 is common leak number, and k1 is the natural number that is less than or equal to b1, three mark of C1 for setting; And/or
According to formula:
Generate the second quality evaluation mark score32 of described safe condition attribute, wherein a2 is a high-risk reparation number, t2 is the natural number that is less than or equal to a2, four mark of A2 for setting, five mark of B2 for setting, b2 is that safety problem is repaired number, and k2 is the natural number that is less than or equal to b2, six mark of C2 for setting.
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| CN109784666A (en) * | 2018-12-20 | 2019-05-21 | 国网北京市电力公司 | The detection method and device of equipment quality |
| CN111124912A (en) * | 2019-12-23 | 2020-05-08 | 个体化细胞治疗技术国家地方联合工程实验室（深圳） | Quality evaluation method and device for software development project |
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