CN104267918A - Picture display method and system - Google Patents
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- CN104267918A CN104267918A CN201410474979.6A CN201410474979A CN104267918A CN 104267918 A CN104267918 A CN 104267918A CN 201410474979 A CN201410474979 A CN 201410474979A CN 104267918 A CN104267918 A CN 104267918A
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Abstract
The invention relates to a picture display method and system. The method comprises the following steps: scanning pictures to obtain the sizes of the pictures; dividing the pictures into a plurality of categories according to the regions where the pictures of different sizes are positioned; arranging the plurality of categories in an interpenetrating manner and then storing to specific positions; firstly caching the pictures with the sizes of exceeding a set value; searching and displaying the pictures from the cache if the pictures are cached pictures during display of the pictures, and otherwise directly searching and displaying from the specific positions. According to the method and the system, the pictures are firstly rearranged, are classified according to the sizes and then arranged in the interpenetrating manner, so that the problem of serious time delay caused by centralized display of a large number of continuously arranged big pictures in the centralized manner is avoided, meanwhile the pictures with the sizes exceeding the set value are cached, and the picture display efficiency is improved; thus the pictures are displayed quickly without time delay, great convenience is brought to viewing of users, and the viewing experience of the users is greatly enhanced.
Description
Technical field
The present invention relates to the communications field, particularly relate to a kind of image display method and system.
Background technology
Along with the intelligent development of mobile terminal, above present market, there is increasing intelligent terminal.Further, the function of intelligent terminal is also more and more abundanter, and by intelligent terminal, people can surf the Net, play games, watch local audio frequency and video and picture etc.
Nowadays, souvenir of taking pictures has become the one way of life custom of people, the photo taken is presented on television screen by intelligent terminal, shares also become a kind of fashion with family and friends.Along with advancing by leaps and bounds of intelligent terminal technology, the pixel that camera is taken pictures and image quality more and more higher.In intelligent terminal, the general size of high-quality picture is all very large, display means more resolving, the cost longer time is needed to the parsing of high-quality large picture, specifically be rendered as and show slower, have obvious time delay to the display of picture, this just brings great inconvenience to user's viewing, has a strong impact on the viewing experience of user.
Summary of the invention
In view of this, be necessary problem that is slow for above-mentioned picture display, time delay, a kind of image display method and system are provided.
The invention provides a kind of image display method, comprise the steps:
S10: scanned picture, obtains the size of picture, according to the region residing for picture size, picture is divided into multiple classification, multiple classification is interted mutually and arranges, be stored into assigned address after arrangement;
S20: first picture size being exceeded to setting value carries out buffer memory;
S30: when showing picture, if the picture of buffer memory, then searches display by buffer memory, otherwise directly searches display by assigned address.
The present invention also provides a kind of picture display system, comprising:
Picture arrangement unit, scanned picture, obtains the size of picture, according to the region residing for picture size, picture is divided into multiple classification, multiple classification is interted mutually and arranges, be stored into assigned address after arrangement;
Image cache unit, first picture size being exceeded to setting value carries out buffer memory;
Picture display unit, when showing picture, if the picture of buffer memory, then searching display by buffer memory, otherwise directly searching display by assigned address.
First the present invention rearranges picture, by picture according to carrying out interting arrangement after magnitude classification, avoid arranging in a large amount of large picture continuum, centralized displaying causes the problem of serious time delay, buffer memory is carried out to the picture that size exceedes setting value simultaneously, improve the efficiency of picture display, thus picture is shown there is no time delay fast, bring great convenience to user's viewing, greatly strengthen the viewing experience of user.
Accompanying drawing explanation
Fig. 1 is the process flow diagram of the image display method in an embodiment;
Fig. 2 is the structural drawing of the picture display system in an embodiment.
Embodiment
In order to make object of the present invention, technical scheme and advantage clearly understand, below in conjunction with drawings and Examples, the present invention is further elaborated.Should be appreciated that specific embodiment described herein only in order to explain the present invention, be not intended to limit the present invention.
Fig. 1 is the process flow diagram of the image display method in an embodiment, and as shown in Figure 1, this image display method comprises the steps:
S10: scanned picture, obtains the size of picture, according to the region residing for picture size, picture is divided into multiple classification, multiple classification is interted mutually and arranges, be stored into assigned address after arrangement.
Terminal itself or be connected to external unit in terminal need to show picture time, first scanning obtains the picture of storage in external unit or terminal itself.Because the display of smaller picture does not have time delay, and larger picture can take the more time when resolving display, needs the cost longer time, time delay can be caused, if arranged in multiple larger picture continuums, meeting centralized displaying during display, this just will cause serious time delay.Therefore in this embodiment, after scanned picture, obtain the size of picture, then according to picture size classification, carry out the picture of multiple classification to intert arrangement, to make large picture can not arrange in continuum, avoid serious time delay.
In further embodiment, this step S10 is specially: the size obtaining picture is four classifications according to the Region dividing residing for picture size, is respectively little picture, middle picture, large picture and super large picture, four classifications is interted mutually and arranges.Further, the picture of 0-1M size divides little picture into; The picture of 1M-5M size divides middle picture into; The picture of 5M-10M size divides large picture into; The picture of more than 10M size divides super large picture into.
Further.The step of carrying out arranging of multiple classification being interted mutually is specially: little picture and super large picture are divided into one group, and little picture and super large picture first carry out evenly interting arrangement; Middle picture and large picture are divided into one group, and middle picture and large picture carry out evenly interting arrangement; Then two groups after arrangement are carried out evenly interting arrangement again.Like this by carrying out evenly interting arrangement to multiclass picture, the problem that large picture is too concentrated effectively can be avoided.
Concrete, suppose that the quantity of little picture is a, the quantity of middle picture is b, and the quantity of large picture is c, and the quantity of super large picture is d.Little picture, middle picture, large picture, super large picture are divided into two groups, and little picture and super large picture are group A, and middle picture and large picture are group B.Like this, the quantity of A picture group sheet is the quantity of a+d, B picture group sheet is b+c.
In order to improve the efficiency of arrangement, first in A group and B group inside, respectively little picture and super large picture, middle picture and large picture being carried out evenly interting arrangement, then the even arrangement that interts being carried out to A group and B group.
A group arranges:
If a>=d, and a unequal to 0, d unequal to 0, a/d=n, n is integer.Namely little picture number is n times of super large picture quantity, so opens little picture just interspersed 1 super large picture every n, if there is remaining little picture, is placed on the last of A group.
If a<d, and a unequal to 0, d unequal to 0, d/a=m, m is integer.Namely super large picture quantity is m times of little picture number, so opens super large picture just interspersed 1 little picture every m, if there is remaining super large picture, is placed on the last of A group.
For the situation of a=0 or d=0, A group is without the need to arrangement.
B group arranges:
If b>=c, and b/c=p, p are integer.Namely in, picture number is p times of large picture number, so opens middle picture just interspersed 1 large picture every p, if there is remaining middle picture, is placed on the last of B group.
If b<c, and c/b=q, q are integer.Namely large picture number is p times of middle picture number, so opens large picture just interspersed 1 middle picture every q, if there is remaining large picture, is placed on the last of B group.
For the situation of b=0 or c=0, B group is without the need to arrangement.
A group and the arrangement of B group:
If (a+d) >=(b+c), and (a+d)/(b+c)=N, N is integer.Namely A group picture number is N times of B group picture number, so every N group A picture group sheet just interspersed 1 group of B picture group sheet, if there is remaining A picture group sheet, is placed on last.
If (a+d) < (b+c), and (b+c)/(a+d)=M, M is integer.Namely B group picture number is M times of A group picture number, so every M group B picture group sheet just interspersed 1 group of A picture group sheet, if there is remaining B picture group sheet, is placed on last.
For the situation of (a+d)=0 or (b+c)=0, without the need to arrangement between A, B group.
S20: first picture size being exceeded to setting value carries out buffer memory.
After picture scanning being carried out to interspersed arrangement, be the efficiency improving display when showing picture, in this embodiment, to the advanced row cache of picture.Meanwhile, there is not latency issue in the display little due to picture, in order to save more internal memory and reduce unnecessary buffer memory and releasing operation, according to the size of picture, only carries out buffer memory to the picture that size exceedes setting value.Concrete, picture size being exceeded to setting value arranges cashing indication, arranges not cashing indication to other pictures.Preferably, buffer memory is carried out to the picture of more than 1M.
In further embodiment, step S20 is specially: in internal memory, create an image cache district.Inquired about the picture arranged by assigned address, picture size being exceeded setting value according to picture size is resolved and is stored into image cache district, or is resolved by the picture with image cache mark and be stored into image cache district.
For taking into account the spatial disparity existed in picture release and process of caching, image cache district comprises conventional buffer area and reserved buffer area, and image cache is to conventional buffer area, and reserved buffer area uses when the insufficient space of conventional buffer area.Such as, suppose that the maximum space value in image cache district is the free space that C, C are less than internal memory.The conventional buffer area of picture, spatial value is D, then meet 0<D<C.The value of C-D is as the reserved buffer area (value of C, D needs to determine according to actual conditions) of picture.
Due to image cache district limited space, when picture is too much, image cache district may be taken.If figure sector-meeting takes image cache district, when showing picture, for improving the efficiency of buffer memory and release, this step S20 is specially: obtain the minimum position of picture in arrangement and maximum position that are cached to image cache district, and need the position of photo current in arrangement of display.Judge whether the distance between the position of photo current in arrangement and minimum position or maximum position is setpoint distance, if, then discharge in the middle of minimum position and maximum position with the buffer memory picture in a photo current distance set distance range relatively far away, simultaneously by minimum position and maximum position when needing the image cache of buffer memory in internal memory in the relatively nearly set distance range of middle distance photo current.
Concrete, in the conventional buffer area in image cache district, the maximum position in the arrangement that the picture be buffered stores at assigned address is j, and the minimum position of the picture be buffered in arrangement is i.When Showing Picture, the position of picture in arrangement of current display is h.
If, the position h of current display picture is setpoint distance k from maximum position j or minimum position i, then start to discharge in maximum position j and minimum position i the buffer memory picture of offing normal and putting in a h distance k distance range relatively far away, to the image cache of buffer memory be needed in internal memory in the k distance range of maximum position j and minimum position i middle distance position h distance relatively near one end, and corresponding adjustment be done in the position of record simultaneously.Such as, when position h distance and position i only has k distance, will buffer memory picture between off-position j-k to position j, simultaneously by the image cache in arrangement between position i-k to position i in internal memory, now the value of position i is adjusted to i-k, i.e. i=i-k, the value of position j is adjusted to j-k, i.e. j=j-k.When position h distance and position j only has k distance, will buffer memory picture between off-position i to position i+k, simultaneously by the image cache in arrangement between position j to position j+k in internal memory, now the value of position i is adjusted to i+k, i.e. i=i+k; The value of position j is adjusted to j+k, i.e. j=j+k.Wherein, the maximum position of picture in 0<=i< arrangement, the maximum position of picture in 0<=j<=arrangement, i<=j, the maximum position of picture in j+k<=arrangement, 0<=i-k.If there is the situation of the condition that exceeds, just replace by extreme value.Such as when the maximum position of j+k> picture, the scope of release and buffer memory picture just gets the maximum position of j to picture.As i-k<0, the scope of release and buffer memory picture just gets the distance that 0 arrives i position.
S30: when showing picture, if the picture of buffer memory, then searches display by buffer memory, otherwise directly searches display by assigned address.
When user needs to carry out display navigation to picture, if this picture is buffered, then show by searching the picture be buffered in buffer memory, otherwise need to carry out searching display to assigned address, like this when showing large picture owing to being buffered, directly being shown by buffer memory when showing, and there will not be the situation of the large picture of centralized displaying, thus effectively avoid the generation of time delay, improve speed and the effect of display.
This image display method, first picture is rearranged, by picture according to carrying out interting arrangement after magnitude classification, avoid arranging in a large amount of large picture continuum, centralized displaying causes the problem of serious time delay, carries out buffer memory to the picture that size exceedes setting value simultaneously, improve the efficiency of picture display, thus make picture display there is no time delay fast, bringing great convenience to user's viewing, greatly strengthening the viewing experience of user.
Meanwhile, the present invention also provides a kind of picture display system.As shown in Figure 2, this picture display system comprises:
Picture arrangement unit 100, scanned picture, obtains the size of picture, according to the region residing for picture size, picture is divided into multiple classification, multiple classification is interted mutually and arranges, be stored into assigned address after arrangement.
Terminal itself or be connected to external unit in terminal need to show picture time, first picture arrangement unit 100 scans the picture obtaining storage in external unit or terminal itself.Because the display of smaller picture does not have time delay, and larger picture can take the more time when resolving display, needs the cost longer time, time delay can be caused, if arranged in multiple larger picture continuums, meeting centralized displaying during display, this just will cause serious time delay.Therefore in this embodiment, picture arrangement unit 100, after scanned picture, obtains the size of picture, then according to picture size classification, carry out the picture of multiple classification to intert arrangement, to make large picture can not arrange in continuum, avoid serious time delay.
In further embodiment, picture arrangement unit 100 obtains the size of picture, is four classifications according to the Region dividing residing for picture size, is respectively little picture, middle picture, large picture and super large picture, four classifications is interted mutually and arranges.Further, the picture of 0-1M size divides little picture into; The picture of 1M-5M size divides middle picture into; The picture of 5M-10M size divides large picture into; The picture of more than 10M size divides super large picture into.
Little picture and super large picture are divided into one group by picture arrangement unit 100, and little picture and super large picture first carry out evenly interting arrangement; Middle picture and large picture are divided into one group, and middle picture and large picture carry out evenly interting arrangement; Then two groups after arrangement are carried out evenly interting arrangement again.Like this by carrying out evenly interting arrangement to multiclass picture, the problem that large picture is too concentrated effectively can be avoided.
Concrete, suppose that the quantity of little picture is a, the quantity of middle picture is b, and the quantity of large picture is c, and the quantity of super large picture is d.Little picture, middle picture, large picture, super large picture are divided into two groups by picture arrangement unit 100, and little picture and super large picture are group A, and middle picture and large picture are group B.Like this, the quantity of A picture group sheet is the quantity of a+d, B picture group sheet is b+c.
In order to improve the efficiency of arrangement, picture arrangement unit 100, first in A group and B group inside, carries out evenly interting arrangement to little picture and super large picture, middle picture and large picture respectively, then carries out the even arrangement that interts to A group and B group.
A group arranges:
If a>=d, and a unequal to 0, d unequal to 0, a/d=n, n is integer.Namely little picture number is n times of super large picture quantity, so opens little picture just interspersed 1 super large picture every n, if there is remaining little picture, is placed on the last of A group.
If a<d, and a unequal to 0, d unequal to 0, d/a=m, m is integer.Namely super large picture quantity is m times of little picture number, so opens super large picture just interspersed 1 little picture every m, if there is remaining super large picture, is placed on the last of A group.
For the situation of a=0 or d=0, A group is without the need to arrangement.
B group arranges:
If b>=c, and b/c=p, p are integer.Namely in, picture number is p times of large picture number, so opens middle picture just interspersed 1 large picture every p, if there is remaining middle picture, is placed on the last of B group.
If b<c, and c/b=q, q are integer.Namely large picture number is p times of middle picture number, so opens large picture just interspersed 1 middle picture every q, if there is remaining large picture, is placed on the last of B group.
For the situation of b=0 or c=0, B group is without the need to arrangement.
A group and the arrangement of B group:
If (a+d) >=(b+c), and (a+d)/(b+c)=N, N is integer.Namely A group picture number is N times of B group picture number, so every N group A picture group sheet just interspersed 1 group of B picture group sheet, if there is remaining A picture group sheet, is placed on last.
If (a+d) < (b+c), and (b+c)/(a+d)=M, M is integer.Namely B group picture number is M times of A group picture number, so every M group B picture group sheet just interspersed 1 group of A picture group sheet, if there is remaining B picture group sheet, is placed on last.
For the situation of (a+d)=0 or (b+c)=0, without the need to arrangement between A, B group.
Image cache unit 200, first picture size being exceeded to setting value carries out buffer memory.
After picture scanning being carried out to interspersed arrangement, be the efficiency improving display when showing picture, in this embodiment, the advanced row caches of image cache unit 200 pairs of pictures.Meanwhile, there is not latency issue in the display little due to picture, in order to save more internal memory and reduce unnecessary buffer memory and releasing operation, according to the size of picture, only carries out buffer memory to the picture that size exceedes setting value.Concrete, the picture that image cache unit 200 pairs of sizes exceed setting value arranges cashing indication, arranges not cashing indication to other pictures.Preferably, buffer memory is carried out to the picture of more than 1M.
In further embodiment, image cache unit 200 creates an image cache district in internal memory.Inquired about the picture arranged by assigned address, picture size being exceeded setting value according to picture size is resolved and is stored into image cache district, or is resolved by the picture with image cache mark and be stored into image cache district.
For taking into account the spatial disparity existed in picture release and process of caching, image cache district comprises conventional buffer area and reserved buffer area, and image cache is to conventional buffer area, and reserved buffer area uses when the insufficient space of conventional buffer area.Such as, suppose that the maximum space value in image cache district is the free space that C, C are less than internal memory.The conventional buffer area of picture, spatial value is D, then meet 0<D<C.The value of C-D is as the reserved buffer area (value of C, D needs to determine according to actual conditions) of picture.
Due to image cache district limited space, when picture is too much, image cache district may be taken.If figure sector-meeting takes image cache district, when showing picture, for improving the efficiency of buffer memory and release, image cache unit 200 obtains the minimum position of picture in arrangement and maximum position that are cached to image cache district, and need the position of photo current in arrangement of display, judge whether the distance between the position of photo current in arrangement and minimum position or maximum position is setpoint distance, if, then discharge in the middle of minimum position and maximum position with the buffer memory picture in a photo current distance set distance range relatively far away, simultaneously by minimum position and maximum position when needing the image cache of buffer memory in internal memory in the relatively nearly set distance range of middle distance photo current.
Concrete, setting, in the conventional buffer area in image cache district, the maximum position in the arrangement that the picture be buffered stores at assigned address is j, and the minimum position of the picture be buffered in arrangement is i.When Showing Picture, the position of picture in arrangement of current display is h.
If, the position h of current display picture is setpoint distance k from maximum position j or minimum position i, then start to discharge in maximum position j and minimum position i the buffer memory picture of offing normal and putting in a h distance k distance range relatively far away, to the image cache of buffer memory be needed in internal memory in the k distance range of maximum position j and minimum position i middle distance position h distance relatively near one end, and corresponding adjustment be done in the position of record simultaneously.Such as, when position h distance and position i only has k distance, will buffer memory picture between off-position j-k to position j, simultaneously by the image cache in arrangement between position i-k to position i in internal memory, now the value of position i is adjusted to i-k, i.e. i=i-k, the value of position j is adjusted to j-k, i.e. j=j-k.When position h distance and position j only has k distance, will buffer memory picture between off-position i to position i+k, simultaneously by the image cache in arrangement between position j to position j+k in internal memory, now the value of position i is adjusted to i+k, i.e. i=i+k; The value of position j is adjusted to j+k, i.e. j=j+k.Wherein, the maximum position of picture in 0<=i< arrangement, the maximum position of picture in 0<=j<=arrangement, i<=j, the maximum position of picture in j+k<=arrangement, 0<=i-k.If there is the situation of the condition that exceeds, just replace by extreme value.Such as when the maximum position of j+k> picture, the scope of release and buffer memory picture just gets the maximum position of j to picture.As i-k<0, the scope of release and buffer memory picture just gets the distance that 0 arrives i position.
Picture display unit 300, when showing picture, if the picture of buffer memory, then searching display by buffer memory, otherwise directly searching display by assigned address.
When user needs to carry out display navigation to picture, if this picture is buffered, picture display unit 300 shows by searching the picture be buffered in buffer memory, otherwise need to carry out searching display to assigned address, like this when showing large picture owing to being buffered, directly being shown by buffer memory when showing, and there will not be the situation of the large picture of centralized displaying, thus effectively avoid the generation of time delay, improve speed and the effect of display.
This picture display system, first picture is rearranged, by picture according to carrying out interting arrangement after magnitude classification, avoid arranging in a large amount of large picture continuum, centralized displaying causes the problem of serious time delay, carries out buffer memory to the picture that size exceedes setting value simultaneously, improve the efficiency of picture display, thus make picture display there is no time delay fast, bringing great convenience to user's viewing, greatly strengthening the viewing experience of user.
Image display method of the present invention and system, first picture is rearranged, by picture according to carrying out interting arrangement after magnitude classification, avoid arranging in a large amount of large picture continuum, centralized displaying causes the problem of serious time delay, carries out buffer memory to the picture that size exceedes setting value simultaneously, improve the efficiency of picture display, thus make picture display there is no time delay fast, bringing great convenience to user's viewing, greatly strengthening the viewing experience of user.
These are only preferred embodiment of the present invention, not in order to limit the present invention, all any amendments done within the spirit and principles in the present invention, equivalent replacement and improvement etc., all should be included within protection scope of the present invention.
Claims (10)
1. an image display method, is characterized in that, comprises the steps:
S10: scanned picture, obtains the size of picture, according to the region residing for picture size, picture is divided into multiple classification, multiple classification is interted mutually and arranges, be stored into assigned address after arrangement;
S20: first picture size being exceeded to setting value carries out buffer memory;
S30: when showing picture, if the picture of buffer memory, then searches display by buffer memory, otherwise directly searches display by assigned address.
2. image display method according to claim 1, is characterized in that, described step S10 is specially: the size obtaining picture is four classifications according to the Region dividing residing for picture size, is respectively little picture, middle picture, large picture and super large picture; Little picture and super large picture are divided into one group, and little picture and super large picture first carry out evenly interting arrangement; Middle picture and large picture are divided into one group, and middle picture and large picture carry out evenly interting arrangement; Then two groups after arrangement are carried out evenly interting arrangement again.
3. image display method according to claim 1, is characterized in that, described step S20 is specially: picture size being exceeded to setting value arranges cashing indication, arranges not cashing indication to other pictures.
4. image display method according to claim 3, is characterized in that, described step S20 is specially: in internal memory, create an image cache district; Inquired about the picture arranged by assigned address, picture size being exceeded setting value according to picture size is resolved and is stored into image cache district, or is resolved by the picture with image cache mark and be stored into image cache district.
5. image display method according to claim 3, is characterized in that, described step S20 is specially: obtain the minimum position of picture in arrangement and maximum position that are cached to image cache district, and need the position of photo current in arrangement of display; Judge whether the distance between the position of photo current in arrangement and minimum position or maximum position is setpoint distance, if, then discharge in the middle of minimum position and maximum position with the buffer memory picture in a photo current distance set distance range relatively far away, simultaneously by minimum position and maximum position when needing the image cache of buffer memory in internal memory in the relatively nearly set distance range of middle distance photo current.
6. a picture display system, is characterized in that, comprising:
Picture arrangement unit, scanned picture, obtains the size of picture, according to the region residing for picture size, picture is divided into multiple classification, multiple classification is interted mutually and arranges, be stored into assigned address after arrangement;
Image cache unit, first picture size being exceeded to setting value carries out buffer memory;
Picture display unit, when showing picture, if the picture of buffer memory, then searching display by buffer memory, otherwise directly searching display by assigned address.
7. picture display system according to claim 6, is characterized in that, described picture arrangement unit obtains the size of picture, is four classifications according to the Region dividing residing for picture size, is respectively little picture, middle picture, large picture and super large picture; Little picture and super large picture are divided into one group, and little picture and super large picture first carry out evenly interting arrangement; Middle picture and large picture are divided into one group, and middle picture and large picture carry out evenly interting arrangement; Then two groups after arrangement are carried out evenly interting arrangement again.
8. picture display system according to claim 6, is characterized in that, described image cache unit arranges cashing indication to the picture that size exceedes setting value, arranges not cashing indication to other pictures.
9. picture display system according to claim 8, is characterized in that, described image cache unit creates an image cache district in internal memory; Inquired about the picture arranged by assigned address, picture size being exceeded setting value according to picture size is resolved and is stored into image cache district, or is resolved by the picture with image cache mark and be stored into image cache district.
10. picture display system according to claim 8, is characterized in that, described image cache unit obtains the minimum position of picture in arrangement and maximum position that are cached to image cache district, and needs the position of photo current in arrangement of display; Judge whether the distance between the position of photo current in arrangement and minimum position or maximum position is setpoint distance, if, then discharge in the middle of minimum position and maximum position with the buffer memory picture in a photo current distance set distance range relatively far away, simultaneously by minimum position and maximum position when needing the image cache of buffer memory in internal memory in the relatively nearly set distance range of middle distance photo current.
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| CN105912592A (en) * | 2016-04-01 | 2016-08-31 | 乐视控股（北京）有限公司 | Cache management method, device and mobile terminal |
| CN105912251A (en) * | 2016-04-01 | 2016-08-31 | 乐视控股（北京）有限公司 | Cache management method, device and mobile terminal |
| CN108255551A (en) * | 2017-12-20 | 2018-07-06 | 深圳市纽格力科技有限公司 | A kind of GUI Memory Optimize Methods and system |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN105912592A (en) * | 2016-04-01 | 2016-08-31 | 乐视控股（北京）有限公司 | Cache management method, device and mobile terminal |
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| WO2017166758A1 (en) * | 2016-04-01 | 2017-10-05 | 乐视控股（北京）有限公司 | Method and device for cache management, mobile terminal, and electronic device |
| CN108255551A (en) * | 2017-12-20 | 2018-07-06 | 深圳市纽格力科技有限公司 | A kind of GUI Memory Optimize Methods and system |
| CN108255551B (en) * | 2017-12-20 | 2021-05-28 | 深圳市纽格力科技有限公司 | GUI memory optimization method and system |
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