CN107590129A - A kind of vocabulary weight testing method that can check result at any time and its test system, mobile test terminal - Google Patents

A kind of vocabulary weight testing method that can check result at any time and its test system, mobile test terminal Download PDF

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CN107590129A
CN107590129A CN201710875496.0A CN201710875496A CN107590129A CN 107590129 A CN107590129 A CN 107590129A CN 201710875496 A CN201710875496 A CN 201710875496A CN 107590129 A CN107590129 A CN 107590129A
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vocabulary
sample
affirmative
item
wheel
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CN107590129B (en
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曹译珑
岳校
谭锦钿
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Qingyuan Ink Education Technology Co Ltd
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Qingyuan Ink Education Technology Co Ltd
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Abstract

The present invention relates to a kind of vocabulary weight testing method and its test system that can check result at any time, mobile test terminal, the vocabulary in database is first ranked up simultaneously subregion, a vocabulary is extracted from each area to test for tester, according to the test result of tester, draw interim vocabulary, one wheel redefines test zone after terminating in the positive and negative amplification of last round of test result, and by the interval division into the section than last round of more one, again a vocabulary is extracted from each area to test for tester, continued with this rule, until the vocabulary in each section is 40 after division, draw final test result.The method have the characteristics that tester terminates test at any time can check result at any time, and increase that the degree of accuracy is higher with test vocabulary, conveniently draw the vocabulary of tester.

Description

A kind of vocabulary weight testing method that can check result at any time and its test system, movement Test terminal
Technical field
The present invention relates to field of computer technology, and in particular to a kind of vocabulary weight testing method that can check result at any time and Its test system, mobile test terminal.
Background technology
It is currently needed for by PC Tools CAL language, such as the language proficiency of learner is done by computer Evaluation, can facilitate learner to grasp the study schedule of itself, be advantageous to learner's reasonable arrangement learning tasks；Check at any time Range of driving degree may also help in learner and find small progress, be a kind of encouragement to learner.But in the prior art, to learner It is extremely complex to learn the horizontal checkout of language, be in particular in test time-consuming (such as need completely to finish a set of test and appraisal paper, It is time-consuming to take energy and test and appraisal item difficulty is big), it is unfavorable for real-time testing and provides test result in real time, it is too long of time-consuming, often So that learner is unwilling to carry out test, method of testing is too impracticable；Test content type is more, difficulty is big, existing test side Case often combine various types of test questions (such as fill a vacancy, option, read understand etc.), on surface its beautiful name be will be by multi-party The level of learning of learner is investigated in face, but actually hell to pay, substantially no one are ready itself current to learn just to know Xishui County is flat and carries out this measures wasted time and energy.The also testing scheme of some self-service suggestions, i.e., inscribe only by option To test and assess, but this test and appraisal needs do complete a set of test and appraisal program and can just obtain wanting to accurate evaluating result, it is impossible to half Way is abandoned, if halfway exits test and appraisal program, result does not have reference value；In addition, what is obtained after finishing test and appraisal is also only Relatively accurate evaluating result, it is impossible to further accurate determination result, if test and appraisal person's performance error can also be to evaluating result There is critical influence, this measures limit to very much.
The content of the invention
In order to overcome deficiency of the prior art so that vocabulary test becomes easier, can meet different testers Requirement, it is whole that the present invention devises a kind of vocabulary weight testing method that can check result at any time and its test system, mobile test End, no matter tester tests how many individual words, can draw test result, and, the word that draws more with the word number of test Remittance amount result is more accurate.
One of scheme is used by realize the object of the invention：A kind of vocabulary test side that can check result at any time Method, suitable for being performed using computer equipment, this method includes：
Vocabulary in Computer Database is ranked up successively, the total quantity of vocabulary is W0, each vocabulary is marked successively Natural number sequence number forms manifold [1, W0]；
Vocabulary sample is sequentially output, while is provided for each sample and comprises at least the set of choices for having 1 affirmative item, and extremely Few selection data for collecting item certainly；
It is sequentially output vocabulary sample in order in the following manner：
1) the 1st wheel sample output, by manifold [1, W0] it is divided into S1Individual Interval Set, S1>=3, in order successively from each The vocabulary that Interval Set randomly selects 1 reference numeral exports as sample, collects the affirmative item selection data N of the first round1, calculate The vocabulary of 1st wheel
2) the n-th wheel sample output, n >=2, forms new manifold [(1-k) * Wn-1, (1+k) * Wn-1], 10%≤k≤50% will New manifold is divided into SnIndividual Interval Set, Sn=Sn-1+ 1, randomly select 1 reference numeral from each Interval Set successively in order Vocabulary exported as sample, collect the affirmative item selection data N of the n-th wheeln, calculate the n-th vocabulary taken turnsWherein Wn-1For the vocabulary of the (n-1)th wheel；
When checking that being often collected into any one affirms the current vocabulary of item data, the affirmative item data not being collected into will ought be taken turns Statistics is zero.
Preferably, during any wheel output vocabulary sample, if including what is formerly exported in a certain Interval Set when taking turns Vocabulary sample, then skip the sample output that the Interval Set carries out next Interval Set；If the sample formerly exported it Preceding affirmative item data is 1, then the affirmative item selection data of the Interval Set skipped add up into when the affirmative item number of wheel as 1 According to；If the affirmative item data before the sample formerly exported is 0, the affirmative item selection number of the Interval Set skipped According to for 0, not adding up into when the affirmative item data of wheel.
Preferably, if including multiple word samples formerly exported in a certain Interval Set, wherein before certainly The sample that item data is 1 has b, and the sample that item data is 0 certainly has c, then using the affirmative item data of the Interval Set as Add up into when the affirmative item data of wheel.
Preferably, calculate in real time and be often collected into the current vocabulary of any one affirmative item data, vocabulary result is with actively The mode passively shown after display request is shown or receives to be shown on screen.
Preferably, the set of choices also includes negative item and/or fuzzy item.
The two of scheme are used by realize the object of the invention：A kind of vocabulary test system that can check result at any time System, suitable for being run using computer equipment, the system includes：
Sequence forms manifold module：Vocabulary in Computer Database is ranked up successively, the total quantity of vocabulary is W0, Mark natural number sequence number successively to each vocabulary and form manifold [1, W0]；
Collect feedback module：Call output module to be sequentially output vocabulary sample, while provide for each sample and at least wrap Set of choices containing 1 affirmative item, and at least collect the selection data of item certainly；
Vocabulary sample is sequentially output according to following output module in order, output module is：
1) the 1st wheel sample output, by manifold [1, W0] it is divided into S1Individual Interval Set, S1>=3, in order successively from each The vocabulary that Interval Set randomly selects 1 reference numeral exports as sample, collects the affirmative item selection data N of the first round1, calculate The vocabulary of 1st wheel
2) the n-th wheel sample output, n >=2, forms new manifold [(1-k) * Wn-1, (1+k) * Wn-1], 10%≤k≤50% will New manifold is divided into SnIndividual Interval Set, Sn=Sn-1+ 1, randomly select 1 reference numeral from each Interval Set successively in order Vocabulary exported as sample, collect the affirmative item selection data N of the n-th wheeln, calculate the n-th vocabulary taken turnsWherein Wn-1For the vocabulary of the (n-1)th wheel；
Compensating module：When checking that being often collected into any one affirms the current vocabulary of item data, it will ought take turns what is be not collected into Certainly item number is zero according to statistics.
Preferably, in the output module, during any wheel output vocabulary sample, if included when taking turns in a certain Interval Set The vocabulary sample first exported, then skip the sample output that the Interval Set carries out next Interval Set；If this is formerly defeated Affirmative item data before the sample gone out is 1, then the affirmative item selection data of the Interval Set skipped add up into when wheel as 1 Affirmative item data；If the affirmative item data before the sample formerly exported is 0, the Interval Set skipped is agreed It is 0 to determine item selection data, is not added up into when the affirmative item data of wheel.
Preferably, in the output module, if including multiple word samples formerly exported in a certain Interval Set, The sample that item data is 1 certainly before wherein has b, and the sample that item data is 0 certainly has c, then by the affirmative of the Interval Set Item data conductAdd up into when the affirmative item data of wheel.
Preferably, in addition to real time settlement module：Calculate in real time and be often collected into the current vocabulary of any one affirmative item data Amount, vocabulary result are shown on screen in a manner of passively being shown after actively showing or receiving display request.
The three of scheme are used by realize the object of the invention：A kind of vocabulary mobile test that can check result at any time Terminal, including for performing the processor of each instruction and storage device for storing a plurality of instruction, it is characterised in that the end End is suitable to be loaded and performed by the processor：
Vocabulary in Computer Database is ranked up successively, the total quantity of vocabulary is W0, each vocabulary is marked successively Natural number sequence number forms manifold [1, W0]；
Vocabulary sample is sequentially output, while is provided for each sample and comprises at least the set of choices for having 1 affirmative item, and extremely Few selection data for collecting item certainly；
It is sequentially output vocabulary sample in order in the following manner：
1) the 1st wheel sample output, by manifold [1, W0] 3 Interval Sets are divided into, in order successively from each Interval Set The vocabulary for randomly selecting 1 reference numeral exports as sample, collects the affirmative item selection data N of the first round1, calculate the 1st wheel Vocabulary
2) the n-th wheel sample output, n >=2, forms new manifold [0.7Wn-1, 1.3Wn-1], new manifold is divided into n+2 Interval Set, the vocabulary for randomly selecting 1 reference numeral from each Interval Set successively in order export as sample, collect n-th The affirmative item selection data N of wheeln, calculate the n-th vocabulary taken turnsWherein Wn-1For n-th- The vocabulary of 1 wheel；
When checking that being often collected into any one affirms the current vocabulary of item data, the affirmative item data not being collected into will ought be taken turns Statistics is zero.
The four of scheme are used by realize the object of the invention：A kind of vocabulary test side that can check result at any time Method, including for performing the processor of each instruction and storage device for storing a plurality of instruction, it is characterised in that the test Method is suitable to be loaded and performed by processor：
1) sort：By total vocabulary W in database0It is ranked up according to word cognition degree, and reference number [1, W0]；
2) subregion：Vocabulary in database is divided into 3 sections；
3) sample：A word is randomly selected from each section, and 5 words are provided on a display screen and explain option：1 Individual the correct option, 3 interference options, 1 do not recognize option, for for tester select；
4) collect and judge：Collect tester selection option information, and judge tester select answer to mistake；
5) calculate：According to the correctness of result, the interim vocabulary W of tester is drawn1=W0* the correct vocabulary of result The vocabulary number of number/test；
6) new region is formed：Form new vocabulary region [0.7W1,1.3W1]；
7) subregion：By new vocabulary region [0.7W1,1.3W1] it is divided into 4 sections；
8) sample：A word is randomly selected from each section to test and provide for tester, and is carried on a display screen Option is explained for 5 words：1 the correct option, 3 interference options, 1 does not recognize option, for being selected for tester；
9) collect and judge：Collect tester's feedack, and judge tester select answer to mistake；
10) calculate：Test terminates, and according to feedback information, draws the interim vocabulary W2=0.7W1+0.6W1* of tester As a result the vocabulary number of correct vocabulary number/test；
11) new region is formed：Form new vocabulary region [0.7W2,1.3W2]；
More wheel circulations perform step 7) to step 11), and the vocabulary region that next round is formed is last round of interim vocabulary Positive and negative 30% scope, next round vocabulary region is divided into than last round of more sections, until be divided into W0/ 40 areas Between, draw final vocabulary；
After n wheel tests, a vocabulary result Wn can be now obtained, next round is by the shape in the range of positive and negative the 30% of Wn Cheng Xin vocabulary region [0.7Wn, 1.3Wn], and [0.7Wn, 1.3Wn] is divided into n+2 area, then extract one out from each area Word is tested for tester, and as tester terminates to test, then final testing result W is：The correct word of 0.7Wn+0.6Wn* results The vocabulary number of remittance number/test；
If tester terminates in being tested in the first round, the final vocabulary quantity algorithm of the result calculated is：(W0/ 3) * recognizes Vocabulary number/test vocabulary number；If tester in first round test result is mistake, then [1, W0/ 3] in section again 3 sections are divided, a word is randomly selected out of each section and is tested for tester；If tester terminates to survey halfway Examination, then the final vocabulary of tester is：(W0/ 9) the vocabulary number of vocabulary number/test of * understanding.
Preferably, tester does not choose correct answer, is all considered as and does not recognize this word.
Preferably, when a certain wheel terminates test, interim vocabulary is final vocabulary.
Beneficial effects of the present invention：A kind of vocabulary weight testing method that can check result at any time provided by the invention and its survey Test system, mobile test terminal, by the method for subregion be randomly assigned word for tester test, no matter tester test how much Individual word, tester's vocabulary result can be drawn, and it is more with the word number of test, the vocabulary result drawn is more accurate Really, the drawbacks of test result is brought can just be drawn by effectively avoiding having to complete whole words tests.
Embodiment
With reference to embodiment, the invention will be further described.
Embodiment 1
A kind of vocabulary weight testing method that can check result at any time, suitable for being performed using computer equipment, this method includes：
Vocabulary in Computer Database is ranked up successively, the total quantity of vocabulary is W0, each vocabulary is marked successively Natural number sequence number forms manifold [1, W0]；
Vocabulary sample is sequentially output, while is provided for each sample and comprises at least the set of choices for having 1 affirmative item, and extremely Few selection data for collecting item certainly；
It is sequentially output vocabulary sample in order in the following manner：
1) the 1st wheel sample output, by manifold [1, W0] it is divided into S1Individual Interval Set, S1>=3, in order successively from each The vocabulary that Interval Set randomly selects 1 reference numeral exports as sample, collects the affirmative item selection data N of the first round1, calculate The vocabulary of 1st wheelMeanwhile S1In theory with W0Size it is relevant, but S1More preferably less than 8.
2) the n-th wheel sample output, n >=2, forms new manifold [(1-k) * Wn-1, (1+k) * Wn-1], 10%≤k≤50% will New manifold is divided into SnIndividual Interval Set, Sn=Sn-1+ 1, randomly select 1 reference numeral from each Interval Set successively in order Vocabulary exported as sample, collect the affirmative item selection data N of the n-th wheeln, calculate the n-th vocabulary taken turnsWherein Wn-1For the vocabulary of the (n-1)th wheel；
When checking that being often collected into any one affirms the current vocabulary of item data, the affirmative item data not being collected into will ought be taken turns Statistics is zero.
During any wheel output vocabulary sample, if including the first vocabulary sample exported in a certain Interval Set when taking turns This, then skip the sample output that the Interval Set carries out next Interval Set；If agree before the sample formerly exported It is 1 to determine item data, then the affirmative item selection data of the Interval Set skipped add up into when the affirmative item data of wheel as 1；If Affirmative item data before the sample formerly exported is 0, then the affirmative item selection data of the Interval Set skipped are 0, Do not add up into when the affirmative item data of wheel.
If including multiple word samples formerly exported in a certain Interval Set, wherein item data is certainly before 1 sample has b, and the sample that item data is 0 certainly has c, then using the affirmative item data of the Interval Set asAdd up into work as The affirmative item data of wheel.
Calculate in real time and be often collected into any one current vocabulary of affirmative item data, vocabulary result is actively to show or receive The mode passively shown after being asked to display is shown on screen.
According to above method, S is made1=3, k=30% is made, the above often takes turns subregion link, ensures each Interval Set protection Vocabulary quantity is no less than 40, or quantity substantially.
Embodiment 2
A kind of vocabulary weight testing method that can check result at any time, suitable for being performed using computer equipment, this method includes：
Vocabulary in Computer Database is ranked up successively, the total quantity of vocabulary is W0, each vocabulary is marked successively Natural number sequence number forms manifold [1, W0]；
Vocabulary sample is sequentially output, while is provided for each sample and comprises at least the set of choices for having 1 affirmative item, and extremely Few selection data for collecting item certainly；
It is sequentially output vocabulary sample in order in the following manner：
1) the 1st wheel sample output, by manifold [1, W0] it is divided into S1Individual Interval Set, S1>=3, in order successively from each The vocabulary that Interval Set randomly selects 1 reference numeral exports as sample, collects the affirmative item selection data N of the first round1, calculate The vocabulary of 1st wheelMeanwhile S1In theory with W0Size it is relevant, but S1More preferably less than 8.
2) the n-th wheel sample output, n >=2, forms new manifold [(1-k) * Wn-1, (1+k) * Wn-1], 10%≤k≤50% will New manifold is divided into SnIndividual Interval Set, Sn=Sn-1+ 1, randomly select 1 reference numeral from each Interval Set successively in order Vocabulary exported as sample, collect the affirmative item selection data N of the n-th wheeln, calculate the n-th vocabulary taken turnsWherein Wn-1For the vocabulary of the (n-1)th wheel；
When checking that being often collected into any one affirms the current vocabulary of item data, the affirmative item data not being collected into will ought be taken turns Statistics is zero.
During any wheel output vocabulary sample, if including the first vocabulary sample exported in a certain Interval Set when taking turns This, then skip the sample output that the Interval Set carries out next Interval Set；If agree before the sample formerly exported It is 1 to determine item data, then the affirmative item selection data of the Interval Set skipped add up into when the affirmative item data of wheel as 1；If Affirmative item data before the sample formerly exported is 0, then the affirmative item selection data of the Interval Set skipped are 0, Do not add up into when the affirmative item data of wheel.
If including multiple word samples formerly exported in a certain Interval Set, wherein item data is certainly before 1 sample has b, and the sample that item data is 0 certainly has c, then using the affirmative item data of the Interval Set asAdd up into work as The affirmative item data of wheel.
Calculate in real time and be often collected into any one current vocabulary of affirmative item data, vocabulary result is actively to show or receive The mode passively shown after being asked to display is shown on screen.
According to above method, S is made1=4, k=20% is made, the above often takes turns subregion link, ensures each Interval Set protection Vocabulary quantity is no less than 30, or quantity substantially.
Embodiment 3
A kind of vocabulary weight testing method that can check result at any time, suitable for being performed using computer equipment, this method includes：
Vocabulary in Computer Database is ranked up successively, the total quantity of vocabulary is W0, each vocabulary is marked successively Natural number sequence number forms manifold [1, W0]；
Vocabulary sample is sequentially output, while is provided for each sample and comprises at least the set of choices for having 1 affirmative item, and extremely Few selection data for collecting item certainly；
It is sequentially output vocabulary sample in order in the following manner：
1) the 1st wheel sample output, by manifold [1, W0] it is divided into S1Individual Interval Set, S1>=3, in order successively from each The vocabulary that Interval Set randomly selects 1 reference numeral exports as sample, collects the affirmative item selection data N of the first round1, calculate The vocabulary of 1st wheelMeanwhile S1In theory with W0Size it is relevant, but S1More preferably less than 8.
2) the n-th wheel sample output, n >=2, forms new manifold [(1-k) * Wn-1, (1+k) * Wn-1], 10%≤k≤50% will New manifold is divided into SnIndividual Interval Set, Sn=Sn-1+ 1, randomly select 1 reference numeral from each Interval Set successively in order Vocabulary exported as sample, collect the affirmative item selection data N of the n-th wheeln, calculate the n-th vocabulary taken turnsWherein Wn-1For the vocabulary of the (n-1)th wheel；
When checking that being often collected into any one affirms the current vocabulary of item data, the affirmative item data not being collected into will ought be taken turns Statistics is zero.
During any wheel output vocabulary sample, if including the first vocabulary sample exported in a certain Interval Set when taking turns This, then skip the sample output that the Interval Set carries out next Interval Set；If agree before the sample formerly exported It is 1 to determine item data, then the affirmative item selection data of the Interval Set skipped add up into when the affirmative item data of wheel as 1；If Affirmative item data before the sample formerly exported is 0, then the affirmative item selection data of the Interval Set skipped are 0, Do not add up into when the affirmative item data of wheel.
If including multiple word samples formerly exported in a certain Interval Set, wherein item data is certainly before 1 sample has b, and the sample that item data is 0 certainly has c, then using the affirmative item data of the Interval Set asAdd up into work as The affirmative item data of wheel.
Calculate in real time and be often collected into any one current vocabulary of affirmative item data, vocabulary result is actively to show or receive The mode passively shown after being asked to display is shown on screen.
According to above method, S is made1=5, k=40% is made, the above often takes turns subregion link, ensures each Interval Set protection Vocabulary quantity is no less than 35, or quantity substantially.
Embodiment 4
A kind of vocabulary weight testing method that can check result at any time, suitable for being performed using computer equipment, this method includes：
Vocabulary in Computer Database is ranked up successively, the total quantity of vocabulary is W0, each vocabulary is marked successively Natural number sequence number forms manifold [1, W0]；
Vocabulary sample is sequentially output, while is provided for each sample and comprises at least the set of choices for having 1 affirmative item, and extremely Few selection data for collecting item certainly；
It is sequentially output vocabulary sample in order in the following manner：
1) the 1st wheel sample output, by manifold [1, W0] 3 Interval Sets are divided into, in order successively from each Interval Set The vocabulary for randomly selecting 1 reference numeral exports as sample, collects the affirmative item selection data N of the first round1, calculate the 1st wheel Vocabulary
2) the n-th wheel sample output, n >=2, forms new manifold [0.7Wn-1, 1.3Wn-1], new manifold is divided into n+2 Interval Set, the vocabulary for randomly selecting 1 reference numeral from each Interval Set successively in order export as sample, collect n-th The affirmative item selection data N of wheeln, calculate the n-th vocabulary taken turnsWherein Wn-1For n-th- The vocabulary of 1 wheel；
When checking that being often collected into any one affirms the current vocabulary of item data, the affirmative item data not being collected into will ought be taken turns Statistics is zero.
Vocabulary in Computer Database is ranked up successively, grown according to the degree of awareness or word frequency of use or vocabulary Degree is ranked up, such as can be arranged according to teaching sequencing of the textbook that the departments such as relevant governmental announce to vocabulary Sequence, i.e. cognition degree sort, and in the other embodiment in specification, also refer to this sort method, this sort method is existing skill General sort method in art.
During any wheel output vocabulary sample, if including the first vocabulary sample exported in a certain Interval Set when taking turns This, then skip the sample output that the Interval Set carries out next Interval Set；If agree before the sample formerly exported It is 1 to determine item data, then the affirmative item selection data of the Interval Set skipped add up into when the affirmative item data of wheel as 1；If Affirmative item data before the sample formerly exported is 0, then the affirmative item selection data of the Interval Set skipped are 0, Do not add up into when the affirmative item data of wheel.
If including multiple word samples formerly exported in a certain Interval Set, wherein item data is certainly before 1 sample has b, and the sample that item data is 0 certainly has c, then using the affirmative item data of the Interval Set asAdd up into work as The affirmative item data of wheel.
Calculate in real time and be often collected into any one current vocabulary of affirmative item data, vocabulary result is actively to show or receive The mode passively shown after being asked to display is shown on screen.
The set of choices also includes negative item and/or fuzzy item.
According to above method, if tester terminates test in the 1st wheel test checks test result, then its vocabulary ForWherein W1For vocabulary structure, N1For the data of item selection certainly, W0For total vocabulary.
If tester just terminates test after the 1st wheel checks test result, then its vocabulary is Wherein Wn-1For the vocabulary of the (n-1)th wheel.
Embodiment 5
A kind of vocabulary test system that can check result at any time, suitable for being run using computer equipment, the system includes：
Sequence forms manifold module：Vocabulary in Computer Database is ranked up successively, the total quantity of vocabulary is W0, Mark natural number sequence number successively to each vocabulary and form manifold [1, W0]；
Collect feedback module：Call output module to be sequentially output vocabulary sample, while provide for each sample and at least wrap Set of choices containing 1 affirmative item, and at least collect the selection data of item certainly；
Vocabulary sample is sequentially output according to following output module in order, output module is：
1) the 1st wheel sample output, by manifold [1, W0] 3 Interval Sets are divided into, in order successively from each Interval Set The vocabulary for randomly selecting 1 reference numeral exports as sample, collects the affirmative item selection data N of the first round1, calculate the 1st wheel Vocabulary
2) the n-th wheel sample output, n >=2, forms new manifold [0.7Wn-1, 1.3Wn-1], new manifold is divided into n+2 Interval Set, the vocabulary for randomly selecting 1 reference numeral from each Interval Set successively in order export as sample, collect n-th The affirmative item selection data N of wheeln, calculate the n-th vocabulary taken turnsWherein Wn-1For n-th- The vocabulary of 1 wheel；
Compensating module：When checking that being often collected into any one affirms the current vocabulary of item data, it will ought take turns what is be not collected into Certainly item number is zero according to statistics.
In the output module, during any wheel output vocabulary sample, if formerly defeated when including in a certain Interval Set of wheel The vocabulary sample gone out, then skip the sample output that the Interval Set carries out next Interval Set；What if this had formerly been exported Affirmative item data before sample is 1, then the affirmative item selection data of the Interval Set skipped add up into when the affirmative of wheel as 1 Item data；If the affirmative item data before the sample formerly exported is 0, the affirmative Xiang Xuan of the Interval Set skipped It is 0 to select data, is not added up into when the affirmative item data of wheel.
In the output module, if including multiple formerly word samples for having exported in a certain Interval Set, wherein it The sample that preceding item data certainly is 1 has b, and the sample that item data is 0 certainly has c, then by the affirmative item data of the Interval Set AsAdd up into when the affirmative item data of wheel.
Also include real time settlement module：Calculate in real time and be often collected into the current vocabulary of any one affirmative item data, vocabulary Amount result is shown on screen in a manner of passively being shown after actively showing or receiving display request.
Embodiment 6
A kind of vocabulary mobile test terminal that can check result at any time, including for performing the processor and use of each instruction In the storage device for storing a plurality of instruction, it is characterised in that the terminal is suitable to be loaded and performed by the processor：
Vocabulary in Computer Database is ranked up successively, the total quantity of vocabulary is W0, each vocabulary is marked successively Natural number sequence number forms manifold [1, W0]；
Vocabulary sample is sequentially output, while is provided for each sample and comprises at least the set of choices for having 1 affirmative item, and extremely Few selection data for collecting item certainly；
It is sequentially output vocabulary sample in order in the following manner：
1) the 1st wheel sample output, by manifold [1, W0] 3 Interval Sets are divided into, in order successively from each Interval Set The vocabulary for randomly selecting 1 reference numeral exports as sample, collects the affirmative item selection data N of the first round1, calculate the 1st wheel Vocabulary
2) the n-th wheel sample output, n >=2, forms new manifold [0.7Wn-1, 1.3Wn-1], new manifold is divided into n+2 Interval Set, the vocabulary for randomly selecting 1 reference numeral from each Interval Set successively in order export as sample, collect n-th The affirmative item selection data N of wheeln, calculate the n-th vocabulary taken turnsWherein Wn-1For n-th- The vocabulary of 1 wheel；
When checking that being often collected into any one affirms the current vocabulary of item data, the affirmative item data not being collected into will ought be taken turns Statistics is zero.
Embodiment 7
A kind of vocabulary weight testing method that can check result at any time, including for performing the processor of each instruction and for depositing Store up the storage device of a plurality of instruction, it is characterised in that the method for testing is suitable to be loaded and performed by processor：
1) sort：By total vocabulary W in database0It is ranked up according to word cognition degree, and reference number [1, W0]；
2) subregion：Vocabulary in database is divided into 3 sections；
3) sample：A word is randomly selected from each section, and 5 words are provided on a display screen and explain option：1 Individual the correct option, 3 interference options, 1 do not recognize option, for for tester select；
4) collect and judge：Collect tester selection option information, and judge tester select answer to mistake；
5) calculate：According to the correctness of result, the interim vocabulary W of tester is drawn1=W0* the correct vocabulary of result The vocabulary number of number/test；
6) new region is formed：Form new vocabulary region [0.7W1,1.3W1]；
7) subregion：By new vocabulary region [0.7W1,1.3W1] it is divided into 4 sections；
8) sample：A word is randomly selected from each section to test and provide for tester, and is carried on a display screen Option is explained for 5 words：1 the correct option, 3 interference options, 1 does not recognize option, for being selected for tester；
9) collect and judge：Collect tester's feedack, and judge tester select answer to mistake；
10) calculate：Test terminates, and according to feedback information, draws the interim vocabulary W2=0.7W1+0.6W1* of tester As a result the vocabulary number of correct vocabulary number/test；
11) new region is formed：Form new vocabulary region [0.7W2,1.3W2]；
More wheel circulations perform step 7) to step 11), and the vocabulary region that next round is formed is last round of interim vocabulary Positive and negative 30% scope, next round vocabulary region is divided into than last round of more sections, until be divided into W0/ 40 areas Between, draw final vocabulary；
After n wheel tests, a vocabulary result Wn can be now obtained, next round is by the shape in the range of positive and negative the 30% of Wn Cheng Xin vocabulary region [0.7Wn, 1.3Wn], and [0.7Wn, 1.3Wn] is divided into n+2 area, then extract one out from each area Word is tested for tester, and as tester terminates to test, then final testing result W is：The correct word of 0.7Wn+0.6Wn* results The vocabulary number of remittance number/test；
If tester terminates in being tested in the first round, the final vocabulary quantity algorithm of the result calculated is：(W0/ 3) * recognizes Vocabulary number/test vocabulary number；If tester in first round test result is mistake, then [1, W0/ 3] in section again 3 sections are divided, a word is randomly selected out of each section and is tested for tester；If tester terminates to survey halfway Examination, then the final vocabulary of tester is：(W0/ 9) the vocabulary number of vocabulary number/test of * understanding.
Preferably, tester does not choose correct answer, is all considered as and does not recognize this word.
Preferably, when a certain wheel terminates test, interim vocabulary is final vocabulary.
Embodiment 8
A kind of test case according to embodiment 1, it is assumed that the sum of the english vocabulary in Computer Database is 12000 It is individual, vocabulary is done according to the teaching sequence of textbook and sorted successively, gives and numbers [1,12000], each corresponding respective word of numbering Converge.
First round subregion, above vocabulary is divided into 3 areas, be respectively [Isosorbide-5-Nitrae 000], [4001,8000], [8001, 12000], from each area randomly select 1 vocabulary respectively and be presented to successively on display screen and selected to tester, provided Option is recognized, not recognized, obscure understanding；If tester selects " understanding ", as item, other options are negative item certainly； Assuming that tester is directed to 3 vocabulary that the first round provides, it is assumed that 3 vocabulary are A1, B1, C1, and first 2 have selected understanding, rear 1 Individual have selected does not recognize, then the affirmative item selection data N for the first round being collected into1=2, the vocabulary test of the wheel of statistics the 1st As a resultIf tester terminates to test at this moment, result presentation is exported To tester；If tester continues to test, the test result according to the first round carries out the test of next round subregion.
Second wheel subregion, according to first round W1=8000 test result, expanding is done to 8000, form new manifold [0.7*8000,1.3*8000]=[5600,10400], (such as running into the situation of decimal, round), 4 are divided into new manifold Area, i.e. [5600,6800], [6801,8000], [8001,9200], [9201,10400], randomly select 1 from each area respectively Individual vocabulary is presented on screen and selected for tester successively, epicycle totally 4 vocabulary, it is assumed that B1 in section [6801,8000], Then four vocabulary are A2, B2 (B1), C2, D2, because B1 is in second section, then in test, it is directly defeated to skip the section Go out C2 to test for tester, and because B1 in first round testee selection is understanding, then in epicycle, second section is agreed Determine item data and be designated as 1；Assume that tester have selected A2, C2 again not recognizing, D2 have selected obscure understanding, then be collected into The affirmative item data N of epicycle2=1 (i.e. only second interval is item certainly, and another 3 sections are negative item), calculates the survey of the 2nd wheel Test result is If tester exists Now terminate to test, then export the result and be presented to tester；If tester continues to test, the test knot according to the second wheel Fruit carries out the test of next round subregion.
Third round subregion, W is taken turns according to second2=6800 result, done to 6800 expanding formed new manifold [0.7*6800, 1.3*6800]=[4760,8840], be divided into 5 areas to new manifold, i.e., [4760,5576], [5577,6392], [6393,7208], [7209,8024], [8025,8840], 1 vocabulary is randomly selected from each area respectively it is presented to successively on screen and selected for tester Select, epicycle totally 5 vocabulary, it is assumed that A2 is in section [5577,6392], and B1 and C2 are in section [7209,8024], then 5 vocabulary are A3, B3 (A2), C3, D3 (B1 and C2), E3；B1 is marked as recognizing in the 1st wheel, and in the 2nd wheel, A2 and C2 are marked as not recognizing Know, it is assumed that tester have selected understanding to A3, and C3 have selected understanding, and E3 is not tested, i.e., tester stopped test at this moment, then The affirmative item data of epicycleBy In the affirmative item data for not being collected into E3, then E3 affirmative item data is designated as zero, then calculating the 3rd test result taken turns is The result is now exported as 7616 It is presented to tester；If tester continues to test, E3 is presented again and is made marks to tester.
Principle according to embodiment 1 calculates the test result of third round again, and continues according to the test result of third round Carry out the test of next round subregion --- until tester stops again or when the interval number of wheel reaches (12000/40)=300 is Only.
Embodiment 9
A kind of vocabulary weight testing method that can check result at any time, suitable for being performed computing device, the tool of this method Body step is：
1) sort：Total vocabulary 9000 in database is ranked up, and reference number [1,9000],；
2) subregion：Vocabulary in database is divided into 3 sections, be respectively [1,3000], [3001,6000], [6001,9000]；
3) sample：A word is randomly selected from each section, and 5 words are provided on a display screen and explain option：1 Individual the correct option, 3 interference options, 1 does not recognize option, for being selected for tester；
4) collect and judge：Collect the understanding of tester's feedback and do not recognize information, if the test result of tester is 2 Correctly, 1 mistake；
5) calculate：According to the correctness of result, the interim vocabulary W of tester is drawn1=9000 × 2/3=6000；
6) new region is formed：New vocabulary region [0.7 × 6000,1.3 × 6000] is formed, i.e., [4200,7800]；
7) subregion：New vocabulary region [4200,7800] is divided into 4 sections, i.e., [4200,5100], [5101, 6000]、[6001,6900]、[6901,7800]；
8) sample：A word is randomly selected from each section, and 5 words are provided on a display screen and explain option：1 Individual the correct option, 3 interference options, 1 does not recognize option, for being selected for tester；
9) collect and judge：Collect tester's feedack, and judge tester select answer to mistake；
10) calculate：Test terminates, and is understanding 3, does not recognize 1 according to feedback information, such as test result, then draws survey Interim vocabulary W2=4200+ (7800-4200) × 3/4=6900 of examination person；
11) new region is formed：Form new vocabulary region [4830,8970]；
……
The vocabulary region that next round is formed is positive and negative 30% scope of last round of interim vocabulary, by next round vocabulary Amount region is divided into than last round of more sections, until being divided into [9000/40] i.e. 225 section, draws final vocabulary；
After m wheel tests, a vocabulary result Wm can be now obtained, next round is by the shape in the range of positive and negative the 30% of Wm Cheng Xin vocabulary region [0.7Wm, 1.3Wm], and [0.7Wm, 1.3Wm] is divided into m+1 area, then extract one out from each area Word is tested for tester, and as tester terminates to test, then final testing result W is [0.7Wm+ (1.3Wm-0.7Wm) * results The vocabulary number of correct vocabulary number/test]；
If tester terminates in being tested in the first round, the result calculated is (vocabulary number/test of 9000/3* understanding Vocabulary number)；If tester in first round test result is mistake, then 3 areas are repartitioned in [1,9000/3] section Between, i.e. [1,1000], [1001,2000], [2001,3000], a word is randomly selected out of each section and is surveyed for tester Examination；If tester terminates to test halfway, the vocabulary of tester is the (vocabulary of vocabulary number/test of 9000/9* understanding Number).
Any section not repeated sampling, if the word that any section had been tested, need not be sampled, directly quote Sample results before, if a sampling range has multiple word samples, the word in sampling range is by understanding and does not recognize Ratio calculate this section understanding word quantity.Tester does not choose correct answer, is all considered as and does not recognize this list Word.When a certain wheel terminates test, interim vocabulary is final vocabulary.
By above step, an interim vocabulary result can be often drawn by a wheel test, when tester is in the wheel After test terminates, then interim vocabulary result is final vocabulary result, and more with the word quantity of test, is drawn Vocabulary result accuracy rate is higher.
In multiple embodiments of the present invention：The vocabulary weight testing method that can check result at any time provided respectively and its test System, mobile test terminal, word is randomly assigned by the method for subregion and tested for tester, no matter tester's test is how many individual Word, tester's vocabulary result can be drawn, and it is more with the word number of test, the vocabulary result drawn is more accurate, It is effective to avoid having to complete whole words tests just to draw the drawbacks of test result is brought.
The announcement and teaching of book according to the above description, those skilled in the art in the invention can also be to above-mentioned embodiment party Formula is changed and changed.Therefore, the invention is not limited in embodiment disclosed and described above, to the one of invention A little modifications and changes should also be as falling into the scope of the claims of the present invention.In addition, although used in this specification Some specific terms, but these terms are merely for convenience of description, do not form any restrictions to the present invention.

Claims (10)

  1. A kind of 1. vocabulary weight testing method that can check result at any time, suitable for being performed using computer equipment, it is characterised in that should Method includes：
    Vocabulary in Computer Database is ranked up successively, the total quantity of vocabulary is W0, natural number is marked successively to each vocabulary Sequence number forms manifold [1, W0]；
    Vocabulary sample is sequentially output, while is provided for each sample and comprises at least the set of choices for having 1 affirmative item, and is at least received The selection data of collection affirmative item；
    It is sequentially output vocabulary sample in order in the following manner：
    1) the 1st wheel sample output, by manifold [1, W0] it is divided into S1Individual Interval Set, S1>=3, in order successively from each section The vocabulary that collection randomly selects 1 reference numeral exports as sample, collects the affirmative item selection data N of the first round1, calculate the 1st The vocabulary of wheel
    2) the n-th wheel sample output, n >=2, forms new manifold [(1-k) * Wn-1, (1+k) * Wn-1], 10%≤k≤50%, by new manifold average mark Into SnIndividual Interval Set, Sn=Sn-1+ 1, the vocabulary for randomly selecting 1 reference numeral from each Interval Set successively in order is defeated as sample Go out, collect the affirmative item selection data N of the n-th wheeln, calculate the n-th vocabulary taken turns Wherein Wn-1For the vocabulary of the (n-1)th wheel；
    When checking that being often collected into any one affirms the current vocabulary of item data, the affirmative item number not being collected into will ought be taken turns according to statistics It is zero.
  2. 2. method of testing according to claim 1, it is characterised in that during any wheel output vocabulary sample, certain is taken turns if worked as Include the vocabulary sample formerly exported in one Interval Set, then the sample for skipping the next Interval Set of Interval Set progress is defeated Go out；If the affirmative item data before the sample formerly exported is 1, the affirmative item selection number of the Interval Set skipped Add up according to as 1 into when the affirmative item data of wheel；If the affirmative item data before the sample formerly exported is 0, The affirmative item selection data of the Interval Set skipped are 0, are not added up into when the affirmative item data of wheel.
  3. 3. method of testing according to claim 2, it is characterised in that if include in a certain Interval Set it is multiple formerly The word sample exported, wherein the sample that item data is 1 certainly before has b, item data has c for 0 sample certainly, then Using the affirmative item data of the Interval Set asAdd up into when the affirmative item data of wheel.
  4. 4. method of testing according to claim 1, it is characterised in that calculate often be collected into any one affirmative item data in real time Current vocabulary, vocabulary result are shown on screen in a manner of passively being shown after actively showing or receiving display request.
  5. A kind of 5. vocabulary test system that can check result at any time, suitable for being run using computer equipment, it is characterised in that should System includes：
    Sequence forms manifold module：Vocabulary in Computer Database is ranked up successively, the total quantity of vocabulary is W0, to each Vocabulary marks natural number sequence number and forms manifold [1, W successively0]；
    Collect feedback module：Call output module to be sequentially output vocabulary sample, while provide to comprise at least for each sample and have 1 The set of choices of individual item certainly, and at least collect the selection data of item certainly；
    Vocabulary sample is sequentially output according to following output module in order, output module is：
    1) the 1st wheel sample output, by manifold [1, W0] it is divided into S1Individual Interval Set, S1>=3, in order successively from each section The vocabulary that collection randomly selects 1 reference numeral exports as sample, collects the affirmative item selection data N of the first round1, calculate the 1st The vocabulary of wheel
    2) the n-th wheel sample output, n >=2, forms new manifold [(1-k) * Wn-1, (1+k) * Wn-1], 10%≤k≤50%, by new manifold average mark Into SnIndividual Interval Set, Sn=Sn-1+ 1, the vocabulary for randomly selecting 1 reference numeral from each Interval Set successively in order is defeated as sample Go out, collect the affirmative item selection data N of the n-th wheeln, calculate the n-th vocabulary taken turns Wherein Wn-1For the vocabulary of the (n-1)th wheel；
    Compensating module：When checking that being often collected into any one affirms the current vocabulary of item data, the affirmative not being collected into will ought be taken turns Item number is zero according to statistics.
  6. 6. test system according to claim 5, it is characterised in that in the output module, any wheel output vocabulary sample When, if including the first vocabulary sample exported in a certain Interval Set when taking turns, it is next to skip Interval Set progress The sample output of Interval Set；If the affirmative item data before the sample formerly exported is 1, the Interval Set skipped Affirmative item selection data as 1 add up into when wheel affirmative item data；If agree before the sample formerly exported It is 0 to determine item data, then the affirmative item selection data of the Interval Set skipped are 0, are not added up into when the affirmative item data of wheel.
  7. 7. test system according to claim 6, it is characterised in that in the output module, if wrapped in a certain Interval Set Containing multiple word samples formerly exported, wherein the sample that item data is 1 certainly before has b, item data is 0 certainly Sample have c, then using the affirmative item data of the Interval Set asAdd up into when the affirmative item data of wheel.
  8. 8. test system according to claim 5, it is characterised in that also including real time settlement module：Calculate and often receive in real time Collect the current vocabulary of any one affirmative item data, vocabulary result is passively shown actively to show or receive after display is asked Mode be shown on screen.
  9. 9. a kind of vocabulary mobile test terminal that can check result at any time, including for performing the processor of each instruction and being used for Store the storage device of a plurality of instruction, it is characterised in that the terminal is suitable to be loaded and performed by the processor：
    Vocabulary in Computer Database is ranked up successively, the total quantity of vocabulary is W0, natural number is marked successively to each vocabulary Sequence number forms manifold [1, W0]；
    Vocabulary sample is sequentially output, while is provided for each sample and comprises at least the set of choices for having 1 affirmative item, and is at least received The selection data of collection affirmative item；
    It is sequentially output vocabulary sample in order in the following manner：
    1) the 1st wheel sample output, by manifold [1, W0] 3 Interval Sets are divided into, taken out at random from each Interval Set successively in order Take the vocabulary of 1 reference numeral to be exported as sample, collect the affirmative item selection data N of the first round1, calculate the 1st vocabulary taken turns Amount
    2) the n-th wheel sample output, n >=2, forms new manifold [0.7Wn-1, 1.3Wn-1], new manifold is divided into n+2 section Collection, the vocabulary for randomly selecting 1 reference numeral from each Interval Set successively in order export as sample, collect the n-th wheel Certainly item selection data Nn, calculate the n-th vocabulary taken turnsWherein Wn-1For the (n-1)th wheel Vocabulary；
    When checking that being often collected into any one affirms the current vocabulary of item data, the affirmative item number not being collected into will ought be taken turns according to statistics It is zero.
  10. 10. a kind of vocabulary weight testing method that can check result at any time, including for performing the processor of each instruction and for depositing Store up the storage device of a plurality of instruction, it is characterised in that the method for testing is suitable to be loaded and performed by processor：
    1) sort：By total vocabulary W in database0It is ranked up according to word cognition degree, and reference number [1, W0]；
    2) subregion：Vocabulary in database is divided into 3 sections；
    3) sample：A word is randomly selected from each section, and 5 words are provided on a display screen and explain option：1 just True option, 3 interference options, 1 do not recognize option, for being selected for tester；
    4) collect and judge：Collect tester selection option information, and judge tester select answer to mistake；
    5) calculate：According to the correctness of result, the interim vocabulary W of tester is drawn1=W0* the correct vocabulary number/survey of result The vocabulary number of examination；
    6) new region is formed：Form new vocabulary region [0.7W1,1.3W1]；
    7) subregion：By new vocabulary region [0.7W1,1.3W1] it is divided into 4 sections；
    8) sample：A word is randomly selected from each section to test and provide for tester, and provides 5 on a display screen Word explains option：1 the correct option, 3 interference options, 1 does not recognize option, for being selected for tester；
    9) collect and judge：Collect tester's feedack, and judge tester select answer to mistake；
    10) calculate：Test terminates, and according to feedback information, draws the interim vocabulary W2=0.7W1+0.6W1* results of tester The vocabulary number of correct vocabulary number/test；
    11) new region is formed：Form new vocabulary region [0.7W2,1.3W2]；
    More wheel circulations perform steps 7) to step 11), the vocabulary region that next round is formed for last round of interim vocabulary just Minus 30% scope, next round vocabulary region is divided into than last round of more sections, until being divided into W0/ 40 sections, are obtained Go out final vocabulary；
    After n wheel tests, a vocabulary result Wn can be now obtained, next round will form new in the range of positive and negative the 30% of Wn Vocabulary region [0.7Wn, 1.3Wn], and [0.7Wn, 1.3Wn] is divided into n+2 area, then a word is extracted out from each area Tested for tester, as tester terminates to test, then final testing result W is：The correct vocabulary number of 0.7Wn+0.6Wn* results/ The vocabulary number of test；
    If tester terminates in being tested in the first round, the final vocabulary quantity algorithm of the result calculated is：(W0/ 3) word of * understanding The vocabulary number of remittance number/test；If tester in first round test result is mistake, then [1, W0/ 3] repartitioned in section 3 sections, a word is randomly selected out of each section and is tested for tester；If tester terminates to test halfway, The final vocabulary of tester is：(W0/ 9) the vocabulary number of vocabulary number/test of * understanding.
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