CN105760657A - Detection scheme selecting method and device for likelihood ratio calculation - Google Patents
Detection scheme selecting method and device for likelihood ratio calculation Download PDFInfo
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- CN105760657A CN105760657A CN201610070754.3A CN201610070754A CN105760657A CN 105760657 A CN105760657 A CN 105760657A CN 201610070754 A CN201610070754 A CN 201610070754A CN 105760657 A CN105760657 A CN 105760657A
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Abstract
The invention relates to a detection scheme selecting method for likelihood ratio calculation.The detection scheme selecting method comprises the steps that a detection operation instruction is received, input detection item information is obtained according to the detection operation instruction, and corresponding detection item identifications are obtained according to the detection item information; one or more schemes to be matched are generated according to the detection item identifications; one or more schemes to be matched and corresponding priority levels are obtained; the current preset schemes are determined step by step from the preset schemes of the highest priority level and are compared with one or more schemes to be matched till the current preset schemes matched with one or more schemes to be matched are obtained, and the matched current preset schemes are selected as target detection schemes.The detection scheme selecting method can automatically obtain the best detection schemes only by needing the input detection item information, the requirement for the profession of a user is reduced, the applicability is improved, and the accuracy of detection results is further improved.In addition, the invention further provides a detection scheme selecting device for likelihood ratio calculation.
Description
Technical field
The present invention relates to medicine technology field, particularly relate to a kind of detection scheme choosing method for likelihood ratio calculating and device.
Background technology
When carrying out antenatal detection, it is that testing result is affected a very big factor that likelihood ratio calculates, it usually needs chooses detection scheme, then calls corresponding likelihood ratio formula according to detection scheme and carry out likelihood ratio calculating.But tradition carry out likelihood ratio calculate time, being that testing staff relies on the Professional knowledge of oneself manually to choose the detection scheme calculated for likelihood ratio in inspection software, the project to be detected of typing is carried out likelihood ratio calculating by the detection scheme that inspection software is chosen according to testing staff.It is appreciated that the likelihood ratio computing formula that different detection schemes is corresponding is likely to difference, and then the accuracy of the testing result obtained is also different.So, the professional requirement of testing staff is just very high, if testing staff's is professional not high enough, then the detection scheme chosen is it is possible to not properly, will directly affect the accuracy of testing result.
Obviously, this to choose the traditional method suitability of detection scheme calculated for likelihood ratio manually non-normally low, and the accuracy of testing result can be caused not high enough.
Summary of the invention
Based on this, it is necessary to for the problems referred to above, it is provided that a kind of suitability is high and can improve the detection scheme choosing method calculated for likelihood ratio of testing result accuracy, additionally, also provide for a kind of detection scheme selecting device calculated for likelihood ratio.
A kind of detection scheme choosing method calculated for likelihood ratio, described method includes:
Receive detection operational order, obtain the detection project information of input according to described detection operational order, according to the detection project label that described detection project acquisition of information is corresponding；
At least one scheme to be matched is generated according to described detection project label；
Obtain at least one presupposed solution and the priority level of correspondence；
Start to determine current preset scheme step by step from the other presupposed solution of limit priority, described current preset scheme is compared with at least one scheme to be matched described, until comparison goes out the current preset scheme mated with at least one scheme to be matched described, the current preset scheme choosing described coupling is target detection scheme.
Wherein in an embodiment, described comparison goes out the step of the current preset scheme mated with at least one scheme to be matched described, including:
Judge whether described current preset scheme is contained at least one scheme to be matched described, if, it is determined that described current preset scheme is mated with at least one scheme to be matched described.
Wherein in an embodiment, before receiving the step of detection operational order, also include:
Obtain the detection project label of input；
Obtain the presupposed solution information of at least one according to described detection project label combination producing；
Obtain corresponding the priority level information that described presupposed solution information is arranged of input；
The priority level information of described presupposed solution information and correspondence is preserved to configuration file.
Wherein in an embodiment, described corresponding the priority level information that described presupposed solution information is arranged obtaining input, including:
Obtain corresponding the priority level information described presupposed solution information arranged according to the use weight detecting project label quantity and/or described presupposed solution information in described presupposed solution information of input.
Wherein in an embodiment, described acquisition at least one presupposed solution and correspondence priority level step before, also include: according to described detection operational order obtain input pregnancy period information；
Described acquisition at least one presupposed solution and the step of priority level of correspondence include:
At least one presupposed solution corresponding according to described pregnancy period acquisition of information and the priority level of correspondence.
A kind of detection scheme selecting device calculated for likelihood ratio, described device includes:
Acquisition module, is used for receiving detection operational order, obtains the detection project information of input according to described detection operational order, according to the detection project label that described detection project acquisition of information is corresponding；
Schemes generation module to be matched, for generating at least one scheme to be matched according to described detection project label；
Described acquisition module is additionally operable to obtain the priority level of at least one presupposed solution and correspondence；
Target protocol determines module, for starting to determine current preset scheme step by step from the other presupposed solution of limit priority, described current preset scheme is compared with at least one scheme to be matched described, until comparison goes out the current preset scheme mated with at least one scheme to be matched described, the current preset scheme choosing described coupling is target detection scheme.
Wherein in an embodiment, described target protocol determines that module is additionally operable to judge whether described current preset scheme is contained at least one scheme to be matched described, if, it is determined that described current preset scheme is mated with at least one scheme to be matched described.
Wherein in an embodiment, described device also includes:
Configuration module, for obtaining the detection project label of input；Obtain the presupposed solution information of at least one according to described detection project label combination producing；Obtain corresponding the priority level information that described presupposed solution information is arranged of input；The priority level information of described presupposed solution information and correspondence is preserved to configuration file.
Wherein in an embodiment, described configuration module is additionally operable to obtain the priority level information that described presupposed solution information arranges correspondence according to the use weight of detection project label quantity and/or described presupposed solution information in described presupposed solution information of input.
Wherein in an embodiment, described acquisition module is additionally operable to obtain the pregnancy period information of input according to described detection operational order；At least one presupposed solution corresponding according to described pregnancy period acquisition of information and the priority level of correspondence.
The above-mentioned detection scheme choosing method for likelihood ratio calculating and device, by pre-setting the priority level of presupposed solution and correspondence, when obtaining detection project label, at least one scheme to be matched is generated according to described detection project label, start to determine current preset scheme step by step from the other presupposed solution of limit priority, described current preset scheme is compared with at least one scheme to be matched described, until comparison goes out the current preset scheme mated with at least one scheme to be matched described, the current preset scheme choosing described coupling is target detection scheme.User only need to input detection project information, then the detection scheme that acquisition is best automatically, reduces the requirement that user is professional, improves the suitability, and can be improved the accuracy of testing result by the intelligent detection scheme obtaining the best further.
Accompanying drawing explanation
Fig. 1 is the schematic flow sheet of the detection scheme choosing method calculated for likelihood ratio in an embodiment；
Fig. 2 is the method flow schematic diagram that in an embodiment, configuration file generates；
Fig. 3 is the structural representation of the detection scheme selecting device calculated for likelihood ratio in an embodiment；
Fig. 4 is the structural representation of the detection scheme selecting device calculated for likelihood ratio in another embodiment.
Detailed description of the invention
In order to make the purpose of the present invention, technical scheme and advantage clearly understand, below in conjunction with drawings and Examples, the present invention is described in further detail.Should be appreciated that specific embodiment described herein is only for explaining the present invention, is not intended to limit the present invention.
As shown in Figure 1, it is provided that a kind of detection scheme choosing method calculated for likelihood ratio, the method specifically includes following steps:
Step 102, receives detection operational order, obtains the detection project information of input according to detection operational order, according to the detection project label that detection project acquisition of information is corresponding.
In the present embodiment, user (such as testing staff) inputs detection project information by the detection interface of terminal demonstration, and initiate detection operational order by modes such as the detection button on triggering display interface or shortcuts, terminal receives detection operational order, the detection project information of input the detection project label corresponding with detection project according to detecting project acquisition of information is obtained according to detection operational order.It should be noted that detection project label is for unique label detection project, it is possible to being numeral, it is also possible to be character string, the concrete form of detection project label is not construed as limiting by the embodiment of the present invention.
It is appreciated that, the detection project label that detection project automatic acquisition of scientific information that can be terminal input according to user is corresponding with detection project, can also be that the detection project information that inputs of user comprises the detection project label corresponding with detection project, this is not construed as limiting by the embodiment of the present invention.
Further, detection project includes blood serum designated object and/or Fetal nuchal translucency (NT, nuchaltranslucecy).Further, blood serum designated object includes AFP (alphafetoprotein, alpha-fetoprotein), HCG (Humanchorionicgonadotropin, chorionic-gonadotropin hormone), Free-β-HCG (free-β subunit-trophoblast hormone), PAPP-A (pregnancy-associated plasma protein), UE3 (FE3), Inhibin-A (INHA) etc..It is appreciated that the detection project label of acquisition can for one or more, it is also possible to for one or more.
Further, the detection project information of the input of acquisition includes detection purpose content value, it is possible to be concentration value, it is also possible to be one-tenth-value thickness 1/10, length value etc..
Step 104, generates at least one scheme to be matched according to detection project label.
After obtaining detection project label, at least one scheme to be matched can be generated further according to detection project label.Concrete, it is possible to generate at least one scheme to be matched according to detection project label random combine, such as, detect project label respectively T1, T2, T3, so can generate T1, T2, T3, T1, T2, T1, T3, T2 by random combine, seven kinds of schemes to be matched of T3 and T1, T2, T3.It can also be the scheme to be matched according to detection project label combination producing predetermined number.Can also is that the one to be matched scheme maximum according to detection project label combination producing number of inspection items, in conjunction with above-mentioned example, it is possible to be combined into item number and be up to scheme T1, T2, the T3 to be matched of 3.What needs were said is that this is not especially limited by the embodiment of the present invention, as long as meeting the detection project label according to obtaining to automatically generate scheme to be matched.
Step 106, obtains at least one presupposed solution and the priority level of correspondence.
In the present embodiment, storing at least one presupposed solution and the priority level information of correspondence in advance in configuration file, the description in integrating step 104 is appreciated that presupposed solution is formed by detecting project label.Further, it is possible to arrange, according to the use weight detecting project label quantity and/or presupposed solution in presupposed solution, the priority level that presupposed solution is corresponding.Wherein, the use weight of presupposed solution can be determined according to aspects such as the use frequency of presupposed solution information, the freshnesss using temperature, use, and this is not construed as limiting by the embodiment of the present invention.As shown in table 1, being the presupposed solution of storage in configuration file in an embodiment and corresponding the priority level information, such as table 1, priority level is up to 7, and corresponding presupposed solution is T1, T2, T3.
| Priority level | Presupposed solution |
| 1 | T1 |
| 2 | T2 |
| 3 | T3 |
| 4 | T1,T2 |
| 5 | T1,T3 |
| 6 | T2,T3 |
| 7 | T1,T2,T3 |
Table 1
It is appreciated that between step 104 and step 106 and is absent from precedence relationship, it is possible to be first carry out step 104 to perform step 106 again, it is also possible to performing step 106 and perform step 104 again, this is not construed as limiting by the embodiment of the present invention.
Step 108, start to determine current preset scheme step by step from the other presupposed solution of limit priority, current preset scheme is compared with at least one scheme to be matched, until comparison goes out the current preset scheme that the scheme to be matched with at least one is mated, the current preset scheme choosing coupling is target detection scheme.
nullIn the present embodiment，The priority level information according at least one the presupposed solution prestored and correspondence，Start to determine current preset scheme from the other presupposed solution of limit priority，Current preset scheme is compared with at least one scheme to be matched，Compare with at least one scheme to be matched by the other presupposed solution of limit priority，If mating with at least one scheme to be matched，Then stop comparison，Choosing the other presupposed solution of limit priority is target detection scheme，If not mating with at least one scheme to be matched，Then continue to be defined as next priority level presupposed solution current preset scheme to compare with at least one scheme to be matched，So compare step by step，Until comparison goes out the current preset scheme that the scheme to be matched with at least one is mated，The current preset scheme choosing coupling is target detection scheme.
In the present embodiment, by pre-setting the priority level of presupposed solution and correspondence, when obtaining detection project label, at least one scheme to be matched is generated according to described detection project label, start to determine current preset scheme step by step from the other presupposed solution of limit priority, described current preset scheme is compared with at least one scheme to be matched described, until comparison goes out the current preset scheme mated with described scheme to be matched, the current preset scheme choosing described coupling is target detection scheme.User only need to input detection project information, then the detection scheme that acquisition is best automatically, reduces the requirement that user is professional, improves the suitability, and can be improved the accuracy of testing result by the intelligent detection scheme obtaining the best further.Further, owing to presupposed solution information and the priority level information are stored in configuration file, user can change the priority level information of presupposed solution information and correspondence according to actual needs, improves the motility of use, convenience.
Further, the method also includes: carry out the step of likelihood ratio calculating according to the target detection scheme chosen and detection project information.
In the present embodiment, terminal pre-sets the corresponding relation between detection scheme and likelihood ratio computing formula, after choosing target detection scheme, can further according to the corresponding relation between the detection scheme and the likelihood ratio computing formula that pre-set, the likelihood ratio computing formula that the target detection scheme called and choose is corresponding, carries out the calculating of likelihood ratio in conjunction with the detection project information of the likelihood ratio computing formula called and acquisition.Utilizing the preferred target detection scheme automatically selected to carry out likelihood ratio calculating can make testing result more accurate.
In one embodiment, comparison goes out the step of the current preset scheme mated with scheme to be matched and includes: judge whether current preset scheme is contained at least one scheme to be matched, if, it is determined that current preset scheme is mated with at least one scheme to be matched.
Concrete, the current preset scheme determined is compared with all schemes in scheme to be matched, judge whether current preset scheme is contained in scheme to be matched, if, then determine that current preset scheme is mated with at least one scheme to be matched, if not, it is determined that current preset scheme is not mated with at least one scheme to be matched.
In the present embodiment, current preset scheme is contained in scheme to be matched, refers to that the detection project label in current preset scheme all can find in the detection project label of certain scheme at least one scheme to be matched.It should be noted that, here the number of the scheme to be matched of all detection project labels comprised in current preset scheme is not limited, as long as the scheme containing all detection project labels comprised in current preset scheme in scheme to be matched, then illustrate that current preset scheme is contained in scheme to be matched.
Now citing illustrates, and such as current preset scheme is T1, T2, and at least one scheme to be matched is T1, T2, T3, T1, T2, T1, T3, T2, T3 and T1, T2, T3, then current preset scheme T1, T2 had both been contained in the scheme T1 in scheme to be matched, T2, T3, be contained in again the scheme T1 in scheme to be matched, T2, then may determine that current preset scheme T1, T2 are contained in scheme to be matched, further, it is possible to determine that current preset scheme T1, T2 mate with scheme to be matched.
In conjunction with above-mentioned example, it will be understood that in one embodiment, current preset scheme is contained in scheme to be matched, it is possible to be that current preset scheme is identical with a certain scheme in scheme to be matched.
In another embodiment, current preset scheme is contained in scheme to be matched, it is also possible to be that current preset scheme is really contained in scheme at least one in scheme to be matched.Illustrating in conjunction with table 1, such as scheme to be matched is T1, T2, T3, T4, it is determined that the presupposed solution T1 of priority level 7 correspondence, T2, T3 are current preset scheme, then T1, T2, T3 are really contained in scheme T1, T2 to be matched, T3, T4, it is determined that current preset scheme T1, T2, T3 are contained in scheme to be matched.In the present embodiment, achieved by above-mentioned comparison method and automatically obtain best testing scheme, thus improve the accuracy of testing result.
As in figure 2 it is shown, before receiving the step of detection instruction, also include the step generating configuration file, specifically include following steps:
Step 202, obtains the detection project label of input.
Step 204, obtains the presupposed solution information of at least one according to detection project label combination producing.
In the present embodiment, when carrying out before project detection, presupposed information configuration personnel can pass through the configuration interface of inspection software and input the detection project label that detection project is corresponding, and the inspection software running on terminal obtains detection project label.Further, presupposed information configuration personnel be combined operating by the detection project label of input according to configuration interface, at least one presupposed solution information of combination producing, concrete, the presupposed solution information of at least one can be generated according to the detection project label random combine obtained, it should be noted that for not having the assembled scheme of the detection project label of clinical meaning to be left out.Run on the inspection software combination operation in response to user of terminal, obtain the presupposed solution information of at least one according to detection project label combination producing.
Further, detection project includes blood serum designated object and/or Fetal nuchal translucency (NT, nuchaltranslucecy).Further, blood serum designated object includes AFP (alphafetoprotein, alpha-fetoprotein), HCG (Humanchorionicgonadotropin, chorionic-gonadotropin hormone), Free-β-HCG (free-β subunit-trophoblast hormone), PAPP-A (pregnancy-associated plasma protein), UE3 (FE3), Inhibin-A (INHA) etc..It is appreciated that the detection project label of acquisition can for one or more, it is also possible to for one or more.Detection project label is for unique label detection project, it is possible to being numeral, it is also possible to be character string, the concrete form of detection project label is not construed as limiting by the embodiment of the present invention.
Step 206, obtains corresponding the priority level information that presupposed solution information is arranged of input.
Step 208, preserves the priority level information of presupposed solution information and correspondence to configuration file.
Further, presupposed information configuration personnel arrange, by configuration interface, the priority level information that each presupposed solution information is corresponding, and inspection software obtains the priority level information that presupposed solution information is corresponding further.And the priority level information of presupposed solution information and correspondence is preserved to configuration file.The corresponding relation of presupposed solution information and priority level can refer to table 1 and understands.In one embodiment, presupposed solution information can be arranged the priority level of correspondence by presupposed information configuration personnel according to the use weight of the detection project label quantity in presupposed solution information and/or presupposed solution information.
Concrete, in one embodiment, presupposed solution information can be arranged the priority level of correspondence by presupposed information configuration personnel according to the detection project label quantity in presupposed solution information.Preferably, it is possible to according to presupposed solution information detects project label quantity order from more to less, corresponding the priority level information arranging presupposed solution information from high to low.Such as presupposed solution information maximum for detection project label quantity being set to highest priority level, along with the minimizing of detection project label quantity, the corresponding precedence information by presupposed solution information does not reduce.
In another embodiment, presupposed solution information can be arranged the priority level of correspondence by presupposed information configuration personnel according to the use weight of presupposed solution information, preferably, can according to the use weight of presupposed solution information order from high to low, the corresponding priority level that presupposed solution information is set from high to low.Wherein, the use weight of presupposed solution information, it is possible to determining according to aspects such as the use frequency of presupposed solution information, the freshnesss using temperature, use, this is not construed as limiting by the embodiment of the present invention.
It is appreciated that, presupposed information configuration personnel individually can arrange, according to the use weight detecting project label quantity or presupposed solution information in presupposed solution information, the level of priority information that presupposed solution information is corresponding, the use weight detecting project label quantity and presupposed solution information in presupposed solution information can also be combined, carry out the setting of the priority level information of presupposed solution information.
In the present embodiment, the priority level information of presupposed solution is set according to the detection project label quantity in presupposed solution information and/or use weight, it is possible to more accurately, reasonably set out priority level.
In one embodiment, the priority level information corresponding to presupposed solution information that can arrange according to the detection project label quantity in presupposed solution information, when presupposed solution information detecting project label quantity being identical, then according to the use weight of presupposed solution information, the presupposed solution information that detection project label quantity is identical is arranged the priority level information of correspondence.
In the present embodiment, presupposed information configuration personnel, when arranging the priority level information corresponding to presupposed solution information, first arrange, according to the detection project label quantity in presupposed solution information, the priority level information that presupposed solution is corresponding.When presupposed solution information detecting project label quantity being identical, then according to the use weights of presupposed solution information, the presupposed solution that detection project label quantity is identical is arranged the priority level information of correspondence further, concrete, can according to the use weight of presupposed solution information order from high to low, corresponding the priority level information that the identical presupposed solution information of detection project label quantity is set from high to low.
In the present embodiment, the detection project label quantity in presupposed solution information and use weight are combined, carries out multiple consideration to arrange the priority level information of presupposed solution, it is possible to more accurately, reasonably set out priority level.
Further, it is to be appreciated that the presupposed solution information in configuration file and the priority level information can be modified by user according to the actual requirements.Thus improve motility and the convenience of use.
In one embodiment, also included before the step of the priority level of the presupposed solution and correspondence that obtain at least one: obtain the step of the pregnancy period information of input according to described detection operational order.
In the present embodiment, the step obtaining at least one presupposed solution and the priority level of correspondence includes: at least one presupposed solution corresponding according to pregnancy period acquisition of information and the priority level of correspondence.
In the present embodiment, while user inputs project information to be detected, also inputting pregnancy period information during detection, wherein, pregnancy period information refers to embody the information of gestation.Further, pregnancy period information can be pregnant week, such as, pregnant week during detection is 8 weeks, then user can directly input concrete pregnant all numbers, it is also possible to be pregnant all corresponding pregnant early stages or second trimester information, pregnant early stage is belonged to when such as judging detect according to pregnant all 8 weeks, then directly selecting or choose pregnant early stage, it is also possible to being, other can embody the information of gestation.The concrete form of pregnancy period information is not construed as limiting by the embodiment of the present invention.
Then user can initiate detection operational order.After terminal receives detection operational order, the pregnancy period information of input can be obtained according to detection operational order.
In the present embodiment, configuration file prestores the corresponding relation between pregnancy period information with presupposed solution and corresponding priority level thereof, different presupposed solution that different pregnancy period information is corresponding and the priority level of correspondence thereof.Concrete, when pregnancy period information is pregnant week, then for pregnant early stage when pregnant week is 1 week～13 weeks+6 days, it is preferable that then for pregnant early stage when pregnant week is 8 weeks～13 weeks+6 days；Then for second trimester when pregnant week is 14 weeks～27 weeks, preferably, then for second trimester when pregnant week is 14 weeks～23 weeks, configuration file has then prestored pregnant all sections and the corresponding relation between presupposed solution and corresponding priority level thereof, the different corresponding different presupposed solutions of pregnant all sections and the priority level of correspondence thereof, when such as pregnant week is 1 week～13 weeks+6 days, the priority level information of corresponding a collection of presupposed solution and correspondence, when pregnant week is 14 weeks～27 weeks, the priority level information of corresponding another batch of presupposed solution and correspondence.
It is appreciated that, medical science testing requirement is different, the concrete time in the pregnant week that pregnant early stage is corresponding with second trimester can be different, such as, can be divided into pregnant early stage in 1 week～13 weeks by pregnant week according to medical science testing requirement, being then pregnant early stage when can also be 8 weeks～13 weeks+6 days by pregnant week, the concrete time that pregnant early stage is corresponding with second trimester be not construed as limiting by the embodiment of the present invention, as long as meeting pregnant early stage and the priority level of second trimester corresponding different presupposed solution and correspondence thereof respectively.
It is appreciated that, it is possible to the division according to the actual requirements pregnancy period information refined more.If the corresponding relation set up between pregnancy period information with presupposed solution and corresponding the priority level information thereof.
Further, the priority level according at least one presupposed solution corresponding to pregnancy period acquisition of information and correspondence.Concrete, according to the corresponding relation between the pregnancy period information prestored with presupposed solution and corresponding priority level thereof, at least one presupposed solution that the pregnancy period information of input searched and obtain is corresponding and corresponding the priority level information, at least one presupposed solution that acquisition finds and the priority level information of correspondence.
In the present embodiment, formulate the presupposed solution of correspondence and the priority level information of correspondence respectively for the different pregnancy periods, when choosing detection scheme, from the presupposed solution that the pregnancy period information obtained is corresponding, obtain target detection scheme, it is possible to more improve the accuracy of detection.
As it is shown on figure 3, in one embodiment, it is provided that a kind of detection scheme selecting device calculated for likelihood ratio, this device includes:
Acquisition module 302, is used for receiving detection operational order, obtains the detection project information of input according to described detection operational order, according to the detection project label that described detection project acquisition of information is corresponding.
Schemes generation module 304 to be matched, for generating at least one scheme to be matched according to described detection project label.
Described acquisition module 302 is additionally operable to obtain the priority level of at least one presupposed solution and correspondence.
Target protocol determines module 306, for starting to determine current preset scheme step by step from the other presupposed solution of limit priority, described current preset scheme is compared with at least one scheme to be matched described, until comparison goes out the current preset scheme mated with at least one scheme to be matched described, the current preset scheme choosing described coupling is target detection scheme.
In one embodiment, target protocol determines that module 306 is additionally operable to judge whether described current preset scheme is contained at least one scheme to be matched described, if, it is determined that described current preset scheme is mated with at least one scheme to be matched described.
As shown in Figure 4, in one embodiment, this device also includes:
Configuration module 301, for obtaining the detection project label of input；Obtain the presupposed solution information of at least one according to described detection project label combination producing；Obtain corresponding the priority level information that described presupposed solution information is arranged of input；The priority level information of described presupposed solution information and correspondence is preserved to configuration file.
In one embodiment, configuration module 301 is additionally operable to obtain the priority level information that described presupposed solution information arranges correspondence according to the use weight of detection project label quantity and/or described presupposed solution information in described presupposed solution information of input.
In one embodiment, acquisition module 302 is additionally operable to obtain the pregnancy period information of input according to described detection operational order；At least one presupposed solution corresponding according to described pregnancy period acquisition of information and the priority level of correspondence.
Each technical characteristic of embodiment described above can combine arbitrarily, for making description succinct, the all possible combination of each technical characteristic in above-described embodiment is not all described, but, as long as the combination of these technical characteristics is absent from contradiction, all it is considered to be the scope that this specification is recorded.
Embodiment described above only have expressed the several embodiments of the present invention, and it describes comparatively concrete and detailed, but can not therefore be construed as limiting the scope of the patent.It should be pointed out that, for the person of ordinary skill of the art, without departing from the inventive concept of the premise, it is also possible to making some deformation and improvement, these broadly fall into protection scope of the present invention.Therefore, the protection domain of patent of the present invention should be as the criterion with claims.
Claims (10)
1. the detection scheme choosing method calculated for likelihood ratio, described method includes:
Receive detection operational order, obtain the detection project information of input according to described detection operational order, according to the detection project label that described detection project acquisition of information is corresponding；
At least one scheme to be matched is generated according to described detection project label；
Obtain at least one presupposed solution and the priority level of correspondence；
Start to determine current preset scheme step by step from the other presupposed solution of limit priority, described current preset scheme is compared with at least one scheme to be matched described, until comparison goes out the current preset scheme mated with at least one scheme to be matched described, the current preset scheme choosing described coupling is target detection scheme.
2. method according to claim 1, it is characterised in that described comparison goes out the step of the current preset scheme mated with at least one scheme to be matched described, including:
Judge whether described current preset scheme is contained at least one scheme to be matched described, if, it is determined that described current preset scheme is mated with at least one scheme to be matched described.
3. method according to claim 1, it is characterised in that before receiving the step of detection operational order, also include:
Obtain the detection project label of input；
Obtain the presupposed solution information of at least one according to described detection project label combination producing；
Obtain corresponding the priority level information that described presupposed solution information is arranged of input；
The priority level information of described presupposed solution information and correspondence is preserved to configuration file.
4. method according to claim 3, it is characterised in that corresponding the priority level information that described presupposed solution information is arranged of described acquisition input, including:
Obtain corresponding the priority level information described presupposed solution information arranged according to the use weight detecting project label quantity and/or described presupposed solution information in described presupposed solution information of input.
5. method according to claim 1, it is characterised in that described acquisition at least one presupposed solution and correspondence priority level step before, also include: according to described detection operational order obtain input pregnancy period information；
Described acquisition at least one presupposed solution and the step of priority level of correspondence include:
At least one presupposed solution corresponding according to described pregnancy period acquisition of information and the priority level of correspondence.
6. the detection scheme selecting device calculated for likelihood ratio, it is characterised in that described device includes:
Acquisition module, is used for receiving detection operational order, obtains the detection project information of input according to described detection operational order, according to the detection project label that described detection project acquisition of information is corresponding；
Schemes generation module to be matched, for generating at least one scheme to be matched according to described detection project label；
Described acquisition module is additionally operable to obtain the priority level of at least one presupposed solution and correspondence；
Target protocol determines module, for starting to determine current preset scheme step by step from the other presupposed solution of limit priority, described current preset scheme is compared with at least one scheme to be matched described, until comparison goes out the current preset scheme mated with at least one scheme to be matched described, the current preset scheme choosing described coupling is target detection scheme.
7. device according to claim 6, it is characterized in that, described target protocol determines that module is additionally operable to judge whether described current preset scheme is contained at least one scheme to be matched described, if, it is determined that described current preset scheme is mated with at least one scheme to be matched described.
8. device according to claim 6, it is characterised in that described device also includes:
Configuration module, for obtaining the detection project label of input；Obtain the presupposed solution information of at least one according to described detection project label combination producing；Obtain corresponding the priority level information that described presupposed solution information is arranged of input；The priority level information of described presupposed solution information and correspondence is preserved to configuration file.
9. device according to claim 8, it is characterized in that, described configuration module is additionally operable to obtain the priority level information that described presupposed solution information arranges correspondence according to the use weight of detection project label quantity and/or described presupposed solution information in described presupposed solution information of input.
10. device according to claim 6, it is characterised in that described acquisition module is additionally operable to obtain the pregnancy period information of input according to described detection operational order；At least one presupposed solution corresponding according to described pregnancy period acquisition of information and the priority level of correspondence.
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| CN101345759A (en) * | 2003-07-09 | 2009-01-14 | 思科技术公司 | Internet protocol security matching values in an associative memory |
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