CN111581912A - Word reciting familiarity marking method, storage device and mobile terminal - Google Patents
Word reciting familiarity marking method, storage device and mobile terminal Download PDFInfo
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Abstract
The invention discloses a word reciting familiarity marking method, which comprises the following steps: s1, establishing a word list to be recited; s2, displaying the words to be recited; s3, setting a feedback option; s4, generating a word learning list; s5, displaying a word learning list; s6, word sorting; the invention sets the attribute of the word to be recited and the feedback option, generates a word learning list according to the familiarity degree marks of the user on the feedback of the word to be recited and the word not recited, and performs classification display according to the familiarity degree marks of the word, thereby performing classification recitation learning on the word and effectively improving the efficiency of the user in reciting the word.
Description
Technical Field
The invention relates to the field of word learning, in particular to a word reciting familiarity marking method, a storage device and a mobile terminal.
Background
With the enhancement of the consciousness of English learning of the whole people, more and more people start English learning, and various English learning software is generated. The word learning mode of the existing learning software is that a user selects a word list to be recited, then the software recommends to the user according to the word list to be recited selected by the user in sequence or at random, the word reviewing mode usually causes the user to review words of a complete word list before reviewing, or all words learned on the first day are reviewed on the second day, and the word reviewing mode usually causes the user to forget the words which are mostly reviewed when the user backs the last word of the word list; it may also occur that some of the user's fully familiar words also appear in the user's recitation list in word list order, or that they still need to be reviewed the next day, wasting the user's recitation time; and a word learning plan cannot be provided according to recitation feedback of a user to a specific word, and the word recitation efficiency is greatly reduced, so that a word recitation familiarity marking method, a storage device and a mobile terminal are necessarily provided, and a word learning list is generated by marking and classifying according to the familiarity of the user to the word, and the word recitation efficiency is improved.
Disclosure of Invention
The invention aims to overcome the defects of the prior art and provides a word reciting familiarity marking method, a storage device and a mobile terminal, wherein by setting the attribute of a word to be recived and feedback options, a word learning list is generated according to the familiarity marking of a user on reciting the word and the word not being recived, and the word learning list is displayed in a classified mode according to the familiarity marking of the word, so that the words are learned by classified reciting, and the word reciting efficiency of the user is improved.
In order to achieve the above purpose, the technical scheme of the invention is as follows: a word recitation familiarity marking method is suitable for being executed in intelligent terminal equipment and comprises the following steps:
s1, establishing a word list to be recited:
acquiring the words which are selected by the user and need to be recited, and establishing a word list to be recited according to the words which are selected by the user and need to be recited; sorting the words in the list of words to be recited according to the order of the selected words, and recording the time t1 for establishing the list of words to be recited; taking the moment t1 of establishing the word list to be recited as a time starting point, and taking full 24 hours after the moment t1 as a cycle day;
s2, displaying the words to be recited:
s2-1, word attribute setting step:
setting the familiarity of each word in the word list as M, the occurrence frequency as T, the number of next occurring interval words as X and the state of the word;
the initial value of the familiarity M of the word is 0;
the initial value of the occurrence frequency T is 0, and 1 is added on the basis of the last occurrence frequency T every time the occurrence frequency T of the word occurs, namely T is T + 1;
the initial value of the number X of next appearing interval words is 0;
the initial state of the word is an unlearned state;
s2-2, displaying the word to be recited step:
displaying the words in the word list to be recited to a user one by one according to the sequence of the words in the word list to be recited, and acquiring the familiarity M and the occurrence times T of the words being recited;
s3, setting feedback options:
setting five familiar feedback options of understanding, blurring, unconcognition, forgetting and marking according to the words being recited;
s4, generating a word learning list:
s4-1, obtaining the feedback option selected by the user and the state of the word:
if the feedback option selected by the user is acquired as 'identification is well known', the word is marked as 'acquaintance';
if the feedback option selected by the user is acquired as 'know', the word is marked as 'know';
if the feedback option selected by the user is acquired as fuzzy, marking the word as fuzzy;
if the feedback option selected by the user is acquired as 'not know', the word is marked as 'not know';
if the feedback option selected by the user is 'forget', recording the number of times Z that the word is clicked to 'forget' in the period day, acquiring the occurrence number T of the word being recited, if T is 1 and Z is 2, marking the word as 'stubborn',
if the obtained word is in an unlearned state, marking the word as 'not pressed for planning';
recording the time t2 when each word is marked;
s4-2, generating a word learning list according to the marked words;
s5, displaying a word learning list:
acquiring a word learning list, wherein the word learning list is classified and displayed according to six labels of 'knowing, blurring, not knowing, stubborn, acquaintance and not according to a plan';
s6, word sorting:
s6-1, setting the word sorting option:
setting six sorting options of time from near to far, time from far to near, familiarity from high to low sorting, familiarity from low to high sorting, letter sequence sorting and letter reverse sorting according to all words in the word list;
s6-2. word rank:
and acquiring a sorting option selected by the user, and sorting the words under the corresponding labels according to the sorting option selected by the user.
Preferably, the familiarity M of a word is calculated from the tags of the word;
if the word is marked as 'acquaintance', the familiarity M of the word is added with a on the basis of the original familiarity M, namely M is M + a;
if the word is marked as 'know', the familiarity M of the word is added with b on the basis of the original familiarity M, namely M is M + b;
if the word is marked as fuzzy, c is added to the original familiarity M of the word, namely M is M + c;
if the word is marked as 'unrecognized', the familiarity M of the word is reduced by d on the basis of the original familiarity M, namely M-d;
if the word is marked as 'stubborn', the familiarity M of the word is reduced by e on the basis of the original familiarity M, namely M-e;
if the word is marked as "not planned," the familiarity M of the word remains unchanged.
Preferably, the value range of a is { a |14 ≦ a ≦ 34 and a }, the optimal value of a is 30, and the value range of b is { b |8 ≦ b ≦ 24 and b < a }; the optimal value of b is 20; the value range of c is { c |4 is more than or equal to c is less than or equal to 14, c < b }, and the optimal value of c is 10; the value range of d is { d |2 is more than or equal to d is less than or equal to 10, d < c }, and the optimal value of d is 4; the value range of e is { e |2 is more than or equal to e and less than or equal to 14, c is less than e and less than b }, and the optimal value of e is 8.
Preferably, the number of words X between the next occurrence of the word is calculated according to the familiarity M of the word; if the word familiarity M < a, calculating the number X of next appearing interval words of the word: if 2< M < a, the number X of the next appearing interval words of the word is M; if M is less than or equal to 2, the number of interval words appearing next time in the word is 2, namely X is 2.
A storage device having stored therein a plurality of instructions adapted to be loaded by a processor and to perform the following operations:
s1, establishing a word list to be recited:
acquiring the words which are selected by the user and need to be recited, and establishing a word list to be recited according to the words which are selected by the user and need to be recited; sorting the words in the list of words to be recited according to the order of the selected words, and recording the time t1 for establishing the list of words to be recited; taking the moment t1 of establishing the word list to be recited as a time starting point, and taking full 24 hours after the moment t1 as a cycle day;
s2, displaying the words to be recited:
s2-1, word attribute setting step:
setting the familiarity of each word in the word list as M, the occurrence frequency as T, the number of next occurring interval words as X and the state of the word;
the initial value of the familiarity M of the word is 0;
the initial value of the occurrence frequency T is 0, and 1 is added on the basis of the last occurrence frequency T every time the occurrence frequency T of the word occurs, namely T is T + 1;
the initial value of the number X of next appearing interval words is 0;
the initial state of the word is an unlearned state;
s2-2, displaying the word to be recited step:
displaying the words in the word list to be recited to a user one by one according to the sequence of the words in the word list to be recited, and acquiring the familiarity M and the occurrence times T of the words being recited;
s3, setting feedback options:
setting five familiar feedback options of understanding, blurring, unconcognition, forgetting and marking according to the words being recited;
s4, generating a word learning list:
s4-1, obtaining the feedback option selected by the user and the state of the word:
if the feedback option selected by the user is acquired as 'identification is well known', the word is marked as 'acquaintance';
if the feedback option selected by the user is acquired as 'know', the word is marked as 'know';
if the feedback option selected by the user is acquired as fuzzy, marking the word as fuzzy;
if the feedback option selected by the user is acquired as 'not know', the word is marked as 'not know';
if the feedback option selected by the user is 'forget', recording the number of times Z that the word is clicked to 'forget' in the period day, acquiring the occurrence number T of the word being recited, if T is 1 and Z is 2, marking the word as 'stubborn',
if the obtained word is in an unlearned state, marking the word as 'not pressed for planning';
recording the time t2 when each word is marked;
s4-2, generating a word learning list according to the marked words;
s5, displaying a word learning list:
acquiring a word learning list, wherein the word learning list is classified and displayed according to six labels of 'knowing, blurring, not knowing, stubborn, acquaintance and not according to a plan';
s6, word sorting:
s6-1, setting the word sorting option:
setting six sorting options of time from near to far, time from far to near, familiarity from high to low sorting, familiarity from low to high sorting, letter sequence sorting and letter reverse sorting according to all words in the word list;
s6-2. word rank:
and acquiring a sorting option selected by the user, and sorting the words under the corresponding labels according to the sorting option selected by the user.
Preferably, the familiarity M of a word is calculated from the tags of the word;
if the word is marked as 'acquaintance', the familiarity M of the word is added with a on the basis of the original familiarity M, namely M is M + a;
if the word is marked as 'know', the familiarity M of the word is added with b on the basis of the original familiarity M, namely M is M + b;
if the word is marked as fuzzy, c is added to the original familiarity M of the word, namely M is M + c;
if the word is marked as 'unrecognized', the familiarity M of the word is reduced by d on the basis of the original familiarity M, namely M-d;
if the word is marked as 'stubborn', the familiarity M of the word is reduced by e on the basis of the original familiarity M, namely M-e;
if the word is marked as "not planned," the familiarity M of the word remains unchanged.
Preferably, the value range of a is { a |14 ≦ a ≦ 34 and a }, the optimal value of a is 30, and the value range of b is { b |8 ≦ b ≦ 24 and b < a }; the optimal value of b is 20; the value range of c is { c |4 is more than or equal to c is less than or equal to 14, c < b }, and the optimal value of c is 10; the value range of d is { d |2 is more than or equal to d is less than or equal to 10, d < c }, and the optimal value of d is 4; the value range of e is { e |2 is more than or equal to e and less than or equal to 14, c is less than e and less than b }, and the optimal value of e is 8.
Preferably, the number of words X between the next occurrence of the word is calculated according to the familiarity M of the word; if the word familiarity M < a, calculating the number X of next appearing interval words of the word: if 2< M < a, the number X of the next appearing interval words of the word is M; if M is less than or equal to 2, the number of interval words appearing next time in the word is 2, namely X is 2.
A mobile terminal comprising a processor for executing instructions and a storage device for storing a plurality of instructions, the instructions being adapted to be loaded and executed by the processor:
s1, establishing a word list to be recited:
acquiring the words which are selected by the user and need to be recited, and establishing a word list to be recited according to the words which are selected by the user and need to be recited; sorting the words in the list of words to be recited according to the order of the selected words, and recording the time t1 for establishing the list of words to be recited; taking the moment t1 of establishing the word list to be recited as a time starting point, and taking full 24 hours after the moment t1 as a cycle day;
s2, displaying the words to be recited:
s2-1, word attribute setting step:
setting the familiarity of each word in the word list as M, the occurrence frequency as T, the number of next occurring interval words as X and the state of the word;
the initial value of the familiarity M of the word is 0;
the initial value of the occurrence frequency T is 0, and 1 is added on the basis of the last occurrence frequency T every time the occurrence frequency T of the word occurs, namely T is T + 1;
the initial value of the number X of next appearing interval words is 0;
the initial state of the word is an unlearned state;
s2-2, displaying the word to be recited step:
displaying the words in the word list to be recited to a user one by one according to the sequence of the words in the word list to be recited, and acquiring the familiarity M and the occurrence times T of the words being recited;
s3, setting feedback options:
setting five familiar feedback options of understanding, blurring, unconcognition, forgetting and marking according to the words being recited;
s4, generating a word learning list:
s4-1, obtaining the feedback option selected by the user and the state of the word:
if the feedback option selected by the user is acquired as 'identification is well known', the word is marked as 'acquaintance';
if the feedback option selected by the user is acquired as 'know', the word is marked as 'know';
if the feedback option selected by the user is acquired as fuzzy, marking the word as fuzzy;
if the feedback option selected by the user is acquired as 'not know', the word is marked as 'not know';
if the feedback option selected by the user is 'forget', recording the number of times Z that the word is clicked to 'forget' in the period day, acquiring the occurrence number T of the word being recited, if T is 1 and Z is 2, marking the word as 'stubborn',
if the obtained word is in an unlearned state, marking the word as 'not pressed for planning';
recording the time t2 when each word is marked;
s4-2, generating a word learning list according to the marked words;
s5, displaying a word learning list:
acquiring a word learning list, wherein the word learning list is classified and displayed according to six labels of 'knowing, blurring, not knowing, stubborn, acquaintance and not according to a plan';
s6, word sorting:
s6-1, setting the word sorting option:
setting six sorting options of time from near to far, time from far to near, familiarity from high to low sorting, familiarity from low to high sorting, letter sequence sorting and letter reverse sorting according to all words in the word list;
s6-2. word rank:
and acquiring a sorting option selected by the user, and sorting the words under the corresponding labels according to the sorting option selected by the user.
Preferably, the familiarity M of a word is calculated from the tags of the word;
if the word is marked as 'acquaintance', the familiarity M of the word is added with a on the basis of the original familiarity M, namely M is M + a;
if the word is marked as 'know', the familiarity M of the word is added with b on the basis of the original familiarity M, namely M is M + b;
if the word is marked as fuzzy, c is added to the original familiarity M of the word, namely M is M + c;
if the word is marked as 'unrecognized', the familiarity M of the word is reduced by d on the basis of the original familiarity M, namely M-d;
if the word is marked as 'stubborn', the familiarity M of the word is reduced by e on the basis of the original familiarity M, namely M-e;
if the word is marked as "not according to plan", the familiarity M of the word remains unchanged;
the value range of a is { a |14 is not less than a and not more than 34 and a }, the optimal value of a is 30, and the value range of b is { b |8 is not less than b and not more than 24 and b < a }; the optimal value of b is 20; the value range of c is { c |4 is more than or equal to c is less than or equal to 14, c < b }, and the optimal value of c is 10; the value range of d is { d |2 is more than or equal to d is less than or equal to 10, d < c }, and the optimal value of d is 4; the value range of e is { e |2 is more than or equal to e and less than or equal to 14, c is less than e and less than b }, and the optimal value of e is 8;
calculating the number X of the next appearing interval words of the words according to the familiarity M of the words; if the word familiarity M < a, calculating the number X of next appearing interval words of the word: if 2< M < a, the number X of the next appearing interval words of the word is M; if M is less than or equal to 2, the number of interval words appearing next time in the word is 2, namely X is 2.
Advantageous effects
Compared with the prior art, the invention has the following beneficial effects: the invention provides a word reciting familiarity marking method, which is characterized in that the attributes and feedback options of words to be recited are set, the familiarity marking is carried out according to the feedback of a user on reciting the words and the words which are not recited to generate a word learning list, and the word learning list is classified and displayed according to the familiarity marking of the words, so that the words are classified and recited to learn, and the efficiency of reciting the words by the user can be effectively improved.
Drawings
FIG. 1 is a flowchart of the operation of a word recitation familiarity marking method of the present invention;
Detailed Description
The following description of the embodiments of the present invention is provided with reference to the accompanying FIG. 1:
example 1
As shown in fig. 1, a word recitation familiarity marking method is suitable for being executed in an intelligent terminal device, and comprises the following steps:
s1, establishing a word list to be memorized:
obtaining words selected by a user and needing to be memorized, and establishing a word list to be memorized according to the words selected by the user and needing to be memorized; sorting the words in the word list to be memorized according to the sequence of the selected words, and recording the time t1 for establishing the word list to be memorized; taking the time t1 for establishing the word list to be memorized as a time starting point, and taking a full 24 hours after the time t1 as a cycle day;
s2, displaying words to be memorized:
s2-1, word attribute setting step:
setting the familiarity of each word in the word list as M, the occurrence frequency as T, the number of next occurring interval words as X and the state of the word;
the initial value of the familiarity M of the word is 0;
the initial value of the occurrence frequency T is 0, and 1 is added on the basis of the last occurrence frequency T every time the occurrence frequency T of the word occurs, namely T is T + 1;
the initial value of the number X of next appearing interval words is 0;
the initial state of the word is an unlearned state;
s2-2, displaying the word to be memorized:
displaying the word sequences in the word list to be memorized one by one for a user to memorize, and acquiring the familiarity M and the occurrence frequency T of the word being memorized;
s3, setting feedback options:
setting five familiar feedback options of recognition, fuzziness, unconcernibility, forgetting and identification according to the word being memorized;
s4, generating a word learning list:
s4-1, obtaining the feedback option selected by the user and the state of the word:
if the feedback option selected by the user is acquired as 'known mark', the word is marked as 'familiar' and the familiarity M of the word is added with a on the basis of the original familiarity M, namely M is M + a, the value range of the a is { a |14 ≦ a ≦ 34 and a }, and the optimal value of the a is 30; in the present embodiment, a is 30;
if the feedback option selected by the user is 'know', the word is marked as 'know', the familiarity M of the word is added with b on the basis of the original familiarity M, namely M is M + b, and the value range of b is { b |8 ≦ b ≦ 24 and b < a }; the optimal value of b is 20; in this embodiment, b is 20;
if the feedback option selected by the user is "fuzzy", the word is marked as "fuzzy", the familiarity M of the word is added with c on the basis of the original familiarity M, that is, M + c, the value range of c is { c |4 ≦ c ≦ 14 and c < b }, the optimal value of c is 10, in this embodiment, c ≦ 10;
if the feedback option selected by the user is "don't know", the word is marked as "don't know", the familiarity M of the word is decreased by d based on the original familiarity M, that is, M-d, the value range of d is { d |2 ≦ d ≦ 10 and d < c }, the optimal value of d is 4, and d is 4 in this embodiment.
If the feedback option selected by the user is 'forget', recording the number Z of times that the word is clicked to 'forget' in the period day, acquiring the occurrence number T of the word being memorized, and if T is 1 and Z is 2, marking the word as 'stubborn', the familiarity M of the word is reduced by e on the basis of the original familiarity M, namely M is M-e, the value range of e is { e |2 ≦ e ≦ 14 and c < e < b }, the optimal value of e is 8, and in the embodiment, e is 8.
If the obtained word is in an unlearned state, marking the word as 'not pressed for planning';
recording the time t2 when each word is marked;
s4-2, generating a word learning list according to the marked words;
s5, displaying a word learning list:
acquiring a word learning list, wherein the word learning list is classified and displayed according to six labels of 'knowing, blurring, not knowing, stubborn, acquaintance and not according to a plan';
s6, word sorting:
s6-1, setting the word sorting option:
setting six sorting options of time from near to far, time from far to near, familiarity from high to low sorting, familiarity from low to high sorting, letter sequence sorting and letter reverse sorting according to all words in the word list;
s6-2. word rank:
and acquiring a sorting option selected by the user, and sorting the words under the corresponding labels according to the sorting option selected by the user.
Calculating the number X of the next appearing interval words of the words according to the familiarity M of the words; if the word familiarity M < a, calculating the number X of next appearing interval words of the word: if 2< M < a, the number X of the next appearing interval words of the word is M; if M is less than or equal to 2, the number of interval words appearing next time in the word is 2, namely X is 2.
The invention sets the attribute and the feedback option of the word to be recited, generates the word learning list according to the familiarity degree marks of the user on the feedback of the word to be recited and the word not recited, and performs classified display according to the familiarity degree marks of the word, thereby performing classified recitation learning on the word and effectively improving the efficiency of the word recited by the user.
Variations and modifications to the above-described embodiments may occur to those skilled in the art, which fall within the scope and spirit of the above description. Therefore, the present invention is not limited to the specific embodiments disclosed and described above, and some modifications and variations of the present invention should fall within the scope of the claims of the present invention. Furthermore, although specific terms are employed herein, they are used in a generic and descriptive sense only and not for purposes of limitation.
Claims (10)
1. A word recitation familiarity marking method is suitable for being executed in intelligent terminal equipment and is characterized by comprising the following steps:
s1, establishing a word list to be recited:
acquiring the words which are selected by the user and need to be recited, and establishing a word list to be recited according to the words which are selected by the user and need to be recited; sorting the words in the list of words to be recited according to the order of the selected words, and recording the time t1 for establishing the list of words to be recited; taking the moment t1 of establishing the word list to be recited as a time starting point, and taking full 24 hours after the moment t1 as a cycle day;
s2, displaying the words to be recited:
s2-1, word attribute setting step:
setting the familiarity of each word in the word list as M, the occurrence frequency as T, the number of next occurring interval words as X and the state of the word;
the initial value of the familiarity M of the word is 0;
the initial value of the occurrence frequency T is 0, and 1 is added on the basis of the last occurrence frequency T every time the occurrence frequency T of the word occurs, namely T is T + 1;
the initial value of the number X of next appearing interval words is 0;
the initial state of the word is an unlearned state;
s2-2, displaying the word to be recited step:
displaying the words in the word list to be recited to a user one by one according to the sequence of the words in the word list to be recited, and acquiring the familiarity M and the occurrence times T of the words being recited;
s3, setting feedback options:
setting five familiar feedback options of understanding, blurring, unconcognition, forgetting and marking according to the words being recited;
s4, generating a word learning list:
s4-1, obtaining the feedback option selected by the user and the state of the word:
if the feedback option selected by the user is acquired as 'identification is well known', the word is marked as 'acquaintance';
if the feedback option selected by the user is acquired as 'know', the word is marked as 'know';
if the feedback option selected by the user is acquired as fuzzy, marking the word as fuzzy;
if the feedback option selected by the user is acquired as 'not know', the word is marked as 'not know';
if the feedback option selected by the user is 'forget', recording the number of times Z that the word is clicked to 'forget' in the period day, acquiring the occurrence number T of the word being recited, if T is 1 and Z is 2, marking the word as 'stubborn',
if the obtained word is in an unlearned state, marking the word as 'not pressed for planning';
recording the time t2 when each word is marked;
s4-2, generating a word learning list according to the marked words;
s5, displaying a word learning list:
acquiring a word learning list, wherein the word learning list is classified and displayed according to six labels of 'knowing, blurring, not knowing, stubborn, acquaintance and not according to a plan';
s6, word sorting:
s6-1, setting the word sorting option:
setting six sorting options of time from near to far, time from far to near, familiarity from high to low sorting, familiarity from low to high sorting, letter sequence sorting and letter reverse sorting according to all words in the word list;
s6-2. word rank:
and acquiring a sorting option selected by the user, and sorting the words under the corresponding labels according to the sorting option selected by the user.
2. The method of claim 1 wherein the word reciting familiarity marking-up is characterized in that the familiarity M of the word is calculated based on the label of the word;
if the word is marked as 'acquaintance', the familiarity M of the word is added with a on the basis of the original familiarity M, namely M is M + a;
if the word is marked as 'know', the familiarity M of the word is added with b on the basis of the original familiarity M, namely M is M + b;
if the word is marked as fuzzy, c is added to the original familiarity M of the word, namely M is M + c;
if the word is marked as 'unrecognized', the familiarity M of the word is reduced by d on the basis of the original familiarity M, namely M-d;
if the word is marked as 'stubborn', the familiarity M of the word is reduced by e on the basis of the original familiarity M, namely M-e;
if the word is marked as "not planned," the familiarity M of the word remains unchanged.
3. The method of claim 2 wherein a is selected from the group consisting of a { a |14 ≦ a ≦ 34 and a }, preferably a is 30, and b is selected from the group consisting of b |8 ≦ b ≦ 24 and b < a }; the optimal value of b is 20; the value range of c is { c |4 is more than or equal to c is less than or equal to 14, c < b }, and the optimal value of c is 10; the value range of d is { d |2 is more than or equal to d is less than or equal to 10, d < c }, and the optimal value of d is 4; the value range of e is { e |2 is more than or equal to e and less than or equal to 14, c is less than e and less than b }, and the optimal value of e is 8.
4. The method of claim 2 wherein the number of next occurring spaced words X of said word is calculated based on the word's familiarity M; if the word familiarity M < a, calculating the number X of next appearing interval words of the word: if 2< M < a, the number X of the next appearing interval words of the word is M; if M is less than or equal to 2, the number of interval words appearing next time in the word is 2, namely X is 2.
5. A memory device having a plurality of instructions stored therein, the instructions adapted to be loaded by a processor and perform the operations of:
s1, establishing a word list to be recited:
acquiring the words which are selected by the user and need to be recited, and establishing a word list to be recited according to the words which are selected by the user and need to be recited; sorting the words in the list of words to be recited according to the order of the selected words, and recording the time t1 for establishing the list of words to be recited; taking the moment t1 of establishing the word list to be recited as a time starting point, and taking full 24 hours after the moment t1 as a cycle day;
s2, displaying the words to be recited:
s2-1, word attribute setting step:
setting the familiarity of each word in the word list as M, the occurrence frequency as T, the number of next occurring interval words as X and the state of the word;
the initial value of the familiarity M of the word is 0;
the initial value of the occurrence frequency T is 0, and 1 is added on the basis of the last occurrence frequency T every time the occurrence frequency T of the word occurs, namely T is T + 1;
the initial value of the number X of next appearing interval words is 0;
the initial state of the word is an unlearned state;
s2-2, displaying the word to be recited step:
displaying the words in the word list to be recited to a user one by one according to the sequence of the words in the word list to be recited, and acquiring the familiarity M and the occurrence times T of the words being recited;
s3, setting feedback options:
setting five familiar feedback options of understanding, blurring, unconcognition, forgetting and marking according to the words being recited;
s4, generating a word learning list:
s4-1, obtaining the feedback option selected by the user and the state of the word:
if the feedback option selected by the user is acquired as 'identification is well known', the word is marked as 'acquaintance';
if the feedback option selected by the user is acquired as 'know', the word is marked as 'know';
if the feedback option selected by the user is acquired as fuzzy, marking the word as fuzzy;
if the feedback option selected by the user is acquired as 'not know', the word is marked as 'not know';
if the feedback option selected by the user is 'forget', recording the number of times Z that the word is clicked to 'forget' in the period day, acquiring the occurrence number T of the word being recited, if T is 1 and Z is 2, marking the word as 'stubborn',
if the obtained word is in an unlearned state, marking the word as 'not pressed for planning';
recording the time t2 when each word is marked;
s4-2, generating a word learning list according to the marked words;
s5, displaying a word learning list:
acquiring a word learning list, wherein the word learning list is classified and displayed according to six labels of 'knowing, blurring, not knowing, stubborn, acquaintance and not according to a plan';
s6, word sorting:
s6-1, setting the word sorting option:
setting six sorting options of time from near to far, time from far to near, familiarity from high to low sorting, familiarity from low to high sorting, letter sequence sorting and letter reverse sorting according to all words in the word list;
s6-2. word rank:
and acquiring a sorting option selected by the user, and sorting the words under the corresponding labels according to the sorting option selected by the user.
6. A storage device according to claim 5, having instructions stored therein, wherein the familiarity M of a word is calculated from the tags of the word;
if the word is marked as 'acquaintance', the familiarity M of the word is added with a on the basis of the original familiarity M, namely M is M + a;
if the word is marked as 'know', the familiarity M of the word is added with b on the basis of the original familiarity M, namely M is M + b;
if the word is marked as fuzzy, c is added to the original familiarity M of the word, namely M is M + c;
if the word is marked as 'unrecognized', the familiarity M of the word is reduced by d on the basis of the original familiarity M, namely M-d;
if the word is marked as 'stubborn', the familiarity M of the word is reduced by e on the basis of the original familiarity M, namely M-e;
if the word is marked as "not planned," the familiarity M of the word remains unchanged.
7. A storage device according to claim 6, wherein a plurality of instructions are stored, wherein a is in a range of { a |14 ≦ a ≦ 34 and a }, wherein a is most preferred to be 30, and b is in a range of { b |8 ≦ b ≦ 24 and b < a }; the optimal value of b is 20; the value range of c is { c |4 is more than or equal to c is less than or equal to 14, c < b }, and the optimal value of c is 10; the value range of d is { d |2 is more than or equal to d is less than or equal to 10, d < c }, and the optimal value of d is 4; the value range of e is { e |2 is more than or equal to e and less than or equal to 14, c is less than e and less than b }, and the optimal value of e is 8.
8. A memory device according to claim 6, having stored therein instructions, wherein the number of words X between next occurrences of a word is calculated from the familiarity M of the word; if the word familiarity M < a, calculating the number X of next appearing interval words of the word: if 2< M < a, the number X of the next appearing interval words of the word is M; if M is less than or equal to 2, the number of interval words appearing next time in the word is 2, namely X is 2.
9. A mobile terminal comprising a processor for executing instructions and a storage device for storing a plurality of instructions, further characterized in that the instructions are adapted to be loaded and executed by the processor:
s1, establishing a word list to be recited:
acquiring the words which are selected by the user and need to be recited, and establishing a word list to be recited according to the words which are selected by the user and need to be recited; sorting the words in the list of words to be recited according to the order of the selected words, and recording the time t1 for establishing the list of words to be recited; taking the moment t1 of establishing the word list to be recited as a time starting point, and taking full 24 hours after the moment t1 as a cycle day;
s2, displaying the words to be recited:
s2-1, word attribute setting step:
setting the familiarity of each word in the word list as M, the occurrence frequency as T, the number of next occurring interval words as X and the state of the word;
the initial value of the familiarity M of the word is 0;
the initial value of the occurrence frequency T is 0, and 1 is added on the basis of the last occurrence frequency T every time the occurrence frequency T of the word occurs, namely T is T + 1;
the initial value of the number X of next appearing interval words is 0;
the initial state of the word is an unlearned state;
s2-2, displaying the word to be recited step:
displaying the words in the word list to be recited to a user one by one according to the sequence of the words in the word list to be recited, and acquiring the familiarity M and the occurrence times T of the words being recited;
s3, setting feedback options:
setting five familiar feedback options of understanding, blurring, unconcognition, forgetting and marking according to the words being recited;
s4, generating a word learning list:
s4-1, obtaining the feedback option selected by the user and the state of the word:
if the feedback option selected by the user is acquired as 'identification is well known', the word is marked as 'acquaintance';
if the feedback option selected by the user is acquired as 'know', the word is marked as 'know';
if the feedback option selected by the user is acquired as fuzzy, marking the word as fuzzy;
if the feedback option selected by the user is acquired as 'not know', the word is marked as 'not know';
if the feedback option selected by the user is 'forget', recording the number of times Z that the word is clicked to 'forget' in the period day, acquiring the occurrence number T of the word being recited, if T is 1 and Z is 2, marking the word as 'stubborn',
if the obtained word is in an unlearned state, marking the word as 'not pressed for planning';
recording the time t2 when each word is marked;
s4-2, generating a word learning list according to the marked words;
s5, displaying a word learning list:
acquiring a word learning list, wherein the word learning list is classified and displayed according to six labels of 'knowing, blurring, not knowing, stubborn, acquaintance and not according to a plan';
s6, word sorting:
s6-1, setting the word sorting option:
setting six sorting options of time from near to far, time from far to near, familiarity from high to low sorting, familiarity from low to high sorting, letter sequence sorting and letter reverse sorting according to all words in the word list;
s6-2. word rank:
and acquiring a sorting option selected by the user, and sorting the words under the corresponding labels according to the sorting option selected by the user.
10. The mobile terminal according to claim 9, wherein the familiarity M of a word is calculated from the tags of the word;
if the word is marked as 'acquaintance', the familiarity M of the word is added with a on the basis of the original familiarity M, namely M is M + a;
if the word is marked as 'know', the familiarity M of the word is added with b on the basis of the original familiarity M, namely M is M + b;
if the word is marked as fuzzy, c is added to the original familiarity M of the word, namely M is M + c;
if the word is marked as 'unrecognized', the familiarity M of the word is reduced by d on the basis of the original familiarity M, namely M-d;
if the word is marked as 'stubborn', the familiarity M of the word is reduced by e on the basis of the original familiarity M, namely M-e;
if the word is marked as "not according to plan", the familiarity M of the word remains unchanged;
the value range of a is { a |14 is not less than a and not more than 34 and a }, the optimal value of a is 30, and the value range of b is { b |8 is not less than b and not more than 24 and b < a }; the optimal value of b is 20; the value range of c is { c |4 is more than or equal to c is less than or equal to 14, c < b }, and the optimal value of c is 10; the value range of d is { d |2 is more than or equal to d is less than or equal to 10, d < c }, and the optimal value of d is 4; the value range of e is { e |2 is more than or equal to e and less than or equal to 14, c is less than e and less than b }, and the optimal value of e is 8;
calculating the number X of the next appearing interval words of the words according to the familiarity M of the words; if the word familiarity M < a, calculating the number X of next appearing interval words of the word: if 2< M < a, the number X of the next appearing interval words of the word is M; if M is less than or equal to 2, the number of interval words appearing next time in the word is 2, namely X is 2.
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| CN112839133A (en) * | 2021-02-16 | 2021-05-25 | 刘家好 | Mobile phone management system for inhibiting long-time mobile phone watching through word-back |
| CN113111163A (en) * | 2021-05-17 | 2021-07-13 | 南京贝湾信息科技有限公司 | Word recommendation method and device and computing equipment |
| CN113192393A (en) * | 2021-04-28 | 2021-07-30 | 上海松鼠课堂人工智能科技有限公司 | Intelligent English word memory recitation management control method |
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| CN108897594A (en) * | 2018-06-27 | 2018-11-27 | 清远墨墨教育科技有限公司 | A method of word is generated according to user feedback and reviews list, stores equipment and mobile terminal |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN112839133A (en) * | 2021-02-16 | 2021-05-25 | 刘家好 | Mobile phone management system for inhibiting long-time mobile phone watching through word-back |
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