CN102281450A - 3d video sharpness adjustment system and method - Google Patents

3d video sharpness adjustment system and method Download PDF

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CN102281450A
CN102281450A CN 201010202423 CN201010202423A CN102281450A CN 102281450 A CN102281450 A CN 102281450A CN 201010202423 CN201010202423 CN 201010202423 CN 201010202423 A CN201010202423 A CN 201010202423A CN 102281450 A CN102281450 A CN 102281450A
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CN 201010202423
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Chinese (zh)
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杨福军
谢仁礼
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Tcl集团股份有限公司
深圳Tcl新技术有限公司
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Abstract

一种3D视频清晰度调整方法,包括以下步骤:A.根据输入3D视频中3D图像的格式将左右眼图像分离;B.分别对分离出的左右眼图像进行缩放处理;C.分别对缩放后的左右眼图像进行清晰度调整;D.根据规定的场频输出清晰度调整后的左右眼图像。 One kind of 3D video sharpness adjustment method comprising the following steps: A 3D video format of the input 3D image according to the left and right eye image separation; B respectively, the left and right eye images separated scaling process; C, respectively scaled... the left and right eye image sharpness adjustment;. D left and right eye image field frequency adjusted according to a predetermined output resolution. 通过上述方法,可以很好地解决现有技术在调节交织输出的3D视频信号的清晰度时引起的图像重影问题,使得水平交织输出的3D图像既可以有效提高清晰度,又不会因为提高清晰度而产生重影。 By the above method, can solve the problem of ghost images caused when the prior art adjusted the resolution 3D video signal output from the interleaving, interleaved such that the output level of the 3D image which can effectively improve clarity, but will not increase sharpness ghosting.

Description

3D视频清晰度调整系统及方法 3D video sharpness adjustment system and method

技术领域 FIELD

[0001] 本发明属于3D电视技术领域,尤其涉及3D视频清晰度调整系统及方法。 [0001] The present invention belongs to the technical field 3D TV, a 3D video sharpness adjustment, in particular, to systems and methods. 背景技术 Background technique

[0002] 3D成像的原理是使左右眼眼看到的内容不一样,这样两个眼睛就有了视差,由于视差在人的大脑里就会形成一个立体的假象。 Principle [0002] 3D imaging is that the eye can see the contents of left and right eyes is not the same, so that two eyes have a parallax, since the parallax in the human brain will form a three-dimensional illusion. 如图1所示,由3D设备分别提供左眼图像和右眼图像,用户的左眼睛看到的是对应左眼睛的图像,右眼看到的是对应右眼睛的图像,这样就在用户的大脑里形成了立体图像。 1, the apparatus provided by the 3D left-eye image and right eye image, respectively, the user's left eye sees an image corresponding to the left eye, right eye and right eye corresponding to the image, so that the user's brain stereoscopic image was formed. 如果此时左眼看到左眼图像的同时也看到了右眼图像信号,或者右眼看到右眼图像的同时也看到了左眼图像信号,这样就会在人的大脑里形成图像的重影,我们这种现象为串扰(Crosstalk)。 At this time, if the left eye while the left eye image signal also see the right-eye image, the right eye image or the right eye while the left eye can see the image signal, so that it will form a ghost image in the human brain, we have this phenomenon as crosstalk (crosstalk).

[0003] 图像清晰度重调的目的是加强图像中景物的边缘和轮廓,而对图像其他部位不起作用,或不改变其他部位的图像特征。 [0003] Image clarity retune aim to enhance the image edges and contours scene, and does not work on other parts of the image, or image features without changing other parts. 对于图像信号来说,图像的边沿轮廓的频率成分比较高,在做图像清晰度重调时会把这些频率成分比较高的区域加强。 For the image signal, the frequency component of the edge contour of the image is relatively high, making the image sharpness will retune when a relatively high frequency components of these reinforcing region. 通常在实现这一功能时, 我们把图像的清晰度重调分为3个方向的矢量,第一是水平方向的图像的清晰度重调;第二是垂直方向的图像的清晰度重调;第三是斜线方向的图像的清晰度重调。 When this function is usually implemented, we adjust the sharpness of the image is divided into three weight vector directions, the first direction is the horizontal sharpness of an image retune; second image resolution in the vertical direction resetting; the third is the clarity of the image diagonal direction of retune.

[0004] 在对合成后的3D图像进行清晰度调整时,在有视差的区域左眼信号与右眼信号在垂直方向的频率成分比较高,这样电视就会把这个区域误判断清晰度是需要重调的,所以在做清晰度重调时会把这个区域的信号加强,从而造成这些有视差图像的边沿会有严重的重影。 [0004] When the 3D image after synthesis sharpness adjustment, the parallax of the left-eye signal and the right-eye region frequency component signal in the vertical direction is relatively high, so that this region will TV resolution is needed misjudgment retune, so the signal will strengthen this area when doing heavy tone clarity, resulting in these edge parallax images have serious ghosting. 产生重影的具体原因是因为:我们输出的3D信号通常为交织信号,也就是说一场信号里包括一行左眼图像信号和一行右眼图像信号,左右眼信号变成交织信号后,图像的边沿会有一个视差,如果用传统的清晰度重调的方法,会把这个视差的区域误认为是需要进行清晰度重调的区域,造成重影。 Specific causes ghosting is because: 3D signal output from our usual, that is a signal in a row, including a left eye image signal and a right-eye image signal of one line, left and right eye signals become intertwined after the signal is interleaved signal, image edge there is a disparity, if the method of retune traditional definition, the parallax region will need to be mistaken for clarity retune region, resulting in ghost.

发明内容 SUMMARY

[0005] 本发明的目的在于提供一种3D视频清晰度调整系统及方法,以克服现有技术在调节交织输出的3D视频信号的清晰度时,会引起图像重影的问题,使3D画面更清晰而且画 When the [0005] object of the present invention to provide a 3D video resolution adjustment system and method to overcome the prior art the adjustment of the 3D video signal output interleaving clarity, causes a problem of ghost images, of the 3D picture more clear and painting

面没有重影。 Surface no ghosting.

[0006] 本发明提供的技术方案是: [0006] aspect of the present invention is to provide:

[0007] 一种3D视频清晰度调整系统,包括: [0007] A 3D video resolution adjustment system, comprising:

[0008] 3D视频L/R分离单元,用于获取3D视频,并根据3D视频中3D图像的格式将左眼图像和右眼图像分离出来; [0008] 3D video L / R separating unit configured to acquire a 3D video, and to separate the 3D video format of the 3D image of the left-eye image and right eye image;

[0009] 图像缩放单元,用于对3D视频L/R分离单元分离出的左右眼图像分别进行缩放处理; [0009] The image scaling means for scaling each of the 3D video processing L / R separating unit separates the left and right eye images;

[0010] 清晰度调整单元,用于调整经过图像缩放单元缩放后的左右眼图像的清晰度。 [0010] sharpness adjustment means for adjusting a left and right eye images through the image scaling unit scaling the resolution.

[0011] 所述的3D视频清晰度调整系统,其还包括3D视频输入单元,用于为3D视频L/R 分离单元提供3D视频信号。 [0011] The 3D video sharpness adjustment system further includes a 3D video input unit, a 3D video for L / R separating unit provides 3D video signal. [0012] 所述的3D视频清晰度调整系统,其还包括处理器,用于判断3D视频L/R分离单元获取的3D图像格式,根据3D图像格式控制所述图像缩放单元的放大倍数。 [0012] The 3D video sharpness adjustment system further comprises a processor for determining a 3D image format of the 3D video L / R separating unit acquires, the zoom magnification of a control unit according to the format of the 3D image.

[0013] 所述的3D视频清晰度调整系统,其还包括遥控单元,用于接收遥控命令给处理 [0013] The 3D video sharpness adjustment system further comprises a remote control unit for receiving a remote control command to the processing

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[0014] 所述的3D视频清晰度调整系统,其还包括运动补偿控制单元,用于对连续的清晰度调整后的左右眼图像进行运动补偿处理,获得新的左右眼图像帧 [0014] The 3D video sharpness adjustment system further comprising a motion compensation control unit, for the left and right eye image sharpness adjustment continuous motion compensation process to obtain a new left and right eye image frames

[0015] 所述的3D视频清晰度调整系统,其还包括输出控制单元,用于输出经过清晰度调整的3D图像,所述输出控制单元还用于根据外接显示屏的场频控制输出图像信号的场频。 [0015] The 3D video sharpness adjustment system further includes an output control unit configured to output the 3D image sharpness adjustment, the output control unit is further configured to control the output frequency of the display image signal according to the external field the field frequency.

[0016] 所述的3D视频清晰度调整系统,其还包括存储单元,用于存储3D视频L/R分离单元、图像缩放单元、清晰度调整单元以及运动补偿控制单元输出的图像数据。 [0016] The 3D video sharpness adjustment system further includes a storage unit for storing 3D video L / R separating unit, an image scaling unit, the sharpness adjustment unit and the image data output from the motion compensation control unit.

[0017] 所述的3D视频清晰度调整系统,其还包括存储控制单元,用于协调图像缩放单元、清晰度调整单元以及运动补偿控制单元对存储单元的图像数据读写。 [0017] The 3D video sharpness adjustment system further comprising a storage control unit for coordinating the image scaling unit, the image sharpness adjustment data read-write unit and a motion compensation control unit of the storage unit.

[0018] 一种3D视频清晰度调整方法,包括以下步骤: [0018] A 3D video sharpness adjustment method, comprising the steps of:

[0019] A.根据输入3D视频中3D图像的格式将左右眼图像分离; [0019] A. separated eye image based on the input 3D video format of the 3D image, the left and right;

[0020] B.分别对分离出的左右眼图像进行缩放处理; [0020] B. respectively, the left and right eye images separated scaling process;

[0021] C.分别对缩放后的左右眼图像进行清晰度调整; [0021] C. respectively, the left and right eye images scaled for the sharpness adjustment;

[0022] D.根据规定的场频输出清晰度调整后的左右眼图像。 [0022] D. the left and right-eye image field frequency adjustment according to a predetermined output resolution.

[0023] 所述的3D视频清晰度调整方法,其中,在所述步骤C和D之间还包括:步骤E.分别对清晰度调整后的左右眼图像进行运动补偿处理。 [0023] 3D video sharpness adjustment method, wherein, between said steps C and D comprising the further steps of: E. respective right and left eyes image sharpness adjustment motion compensation process.

[0024] 通过上述系统和方法,可以很好地解决现有技术在调节交织输出的3D视频信号的清晰度时引起的图像重影问题,使得水平交织输出的3D图像既可以有效提高清晰度,又不会因为提高清晰度而产生重影。 [0024] By the above-described system and method can solve the problems of the prior art image ghosting caused when adjusting the definition 3D video signal output from the interleaving, interleaved such that the output level of the 3D image which can effectively improve clarity, It will not improve the clarity and ghosting.

附图说明 BRIEF DESCRIPTION

[0025] 图1为已知的3D成像原理图; [0025] FIG. 1 is a schematic diagram of a known 3D image;

[0026] 图2为本发明3D视频清晰度调整系统较佳实施方式的结构框图; [0026] FIG. 2 is a block diagram of a preferred embodiment of the invention, 3D video resolution adjustment system;

[0027] 图3为本发明3D视频清晰度调整方法较佳实施方式的流程图。 [0027] FIG. 3 is a flowchart of the preferred embodiment of the method for adjusting the sharpness embodiment of the invention a 3D video.

具体实施方式 detailed description

[0028] 为了使本发明的目的、技术方案及优点更加清楚明白,以下结合附图及实施例,对本发明进行进一步详细说明。 [0028] To make the objectives, technical solutions and advantages of the present invention will become more apparent hereinafter in conjunction with the accompanying drawings and embodiments of the present invention will be further described in detail. 应当理解,此处所描述的具体实施例仅仅用以解释本发明,并不用于限定本发明。 It should be understood that the specific embodiments described herein are only intended to illustrate the present invention and are not intended to limit the present invention.

[0029] 本发明克服现有技术的不足,在对交织输出的3D视频在进行清晰度提升时,先将左右眼图像分离,再分别对左右眼图像的清晰度进行提升,这样既可以改善3D画面的清晰度,同时可以消除因为左右眼图像不分离时进行清晰度调整引起的画面重影问题。 [0029] The present invention overcomes the deficiencies of the prior art, when the output of the interleaved 3D video is performed to enhance clarity, the left and right eye image separation first, and then the left and right eye images respectively enhance sharpness, both to improve 3D clarity of the screen, while the screen can be eliminated because the ghosting problem when the sharpness adjustment for left and right eye image separation is not caused.

[0030] 参考图2,本发明3D视频清晰度调整系统的较佳实施方式包括:3D视频输入单元11、3D视频L/R分离单元12、存储单元13、输出控制单元14、存储控制单元15、图像缩放单元16、运动补偿控制单元17、处理器18、遥控单元19和清晰度调整单元20。 [0030] Referring to Figure 2, a preferred embodiment of the 3D video resolution adjustment system according to the present invention comprises: a video input unit 3D video 11,3D L / R separating unit 12, a storage unit 13, an output control unit 14, storage control unit 15 The image scaling unit 16, the motion compensation control unit 17, a processor 18, a remote control unit 19 and the sharpness adjustment unit 20.

[0031] 所述3D视频输入单元11用于输入3D片源信号即3D视频,所述3D视频的特点是分为左眼信号与右眼信号,这种信号有可能是一行左眼信号一行右眼信号,也有可能一场左眼信号一场右眼信号,还有可能一场信号里,上半部份是左眼信号,下半部份是左眼信号,或者左半部份是左眼信号,右半部份是右眼信号。 [0031] The 3D video input unit 11 for inputting 3D 3D source video signal, i.e., the characteristics of the 3D video signal is divided into left and right signals, such signals may be the row of left-eye and right signal line eye signal, there may be a left-eye signal a right signal, there may be a signal, the signal on the left half part is, the lower half part is left-eye signal, or the left part of the left eye signal, is part of the right eye signal. 当然3D视频的格式不只是以上这些, 还有可能是别的格式,这些格式的3D视频信号从3D视频输入单元11输入到3D视频L/R 分离单元12。 Of course, not only 3D video format of these, there may be other formats, these formats 3D video signal input from the 3D video to 3D video input unit 11 L / R separating unit 12.

[0032] 所述3D视频L/R分离单元12的功能是对输入的3D视频信号进行捕获,将左右眼图像信号分离,获得左眼图像L和右眼图像R并分别存在存储单元13的不同区域。 Different [0032] The 3D video function L / R separating unit 12 is input 3D video signal is captured, the image signal separating left and right eye, left eye image L is obtained, and the presence of the right eye image R and the storage unit 13, respectively area.

[0033] 所述图像缩放单元16用来对输入图像的大小按系统需求进行放大或者缩小处理,例如对连续两帧的左眼图像L进行放大处理获得Ll和L2,对连续两帧的右眼图像R进行放大处理获得Rl和R2。 [0033] The image scaling unit 16 is used to enlarge the size of the input image according to the system requirements or reduction processing, for example, left eye image L on two consecutive frames is amplified and processed to obtain Ll L2, two consecutive frames of the right-eye enlargement processing obtained image R Rl and R2.

[0034] 所述清晰度调整单元20用来调整经过图像缩放单元16缩放后的左右眼图像的清晰度,这里由于是对左右眼图像单独进行清晰度调整处理,所以可以对各个方向的清晰度进行调整处理(水平方向、竖直方向、斜线方向)。 [0034] The sharpness adjustment unit 20 for adjusting the left and right eye images through an image scaling means 16 scale definition, because there is a left and right eye images separately sharpness adjustment processing, it is possible for clarity all directions adjustment process (in the horizontal direction, vertical direction, oblique direction). 在本发明的实施方式中,所述清晰度调整单元20只对水平方向的清晰度进行调整,且清晰度调整的参数是开放给用户来进行调节的,用户可以通过遥控器发送遥控命令给所述遥控单元19,根据自己的喜好来调节这个参数。 In an embodiment of the present invention, the sharpness adjustment unit 20 pairs of sharpness can be adjusted in the horizontal direction, and the sharpness adjustment parameter is open to be adjusted the user, the user can send commands to the remote through the remote controller said remote control unit 19, according to their preferences to adjust this parameter.

[0035] 所述运动补偿控制单元17用来对运动图像信号进行补偿处理,使图像从低场频变到高场频时不至于出现画面不连贯和拖尾等不良现象,所述运动补偿控制单元17对存储在存储单元13中的Ll和L2比较运算,得出运动矢量,将计算结果存在存储单元13中得到新的一帧L12,这一帧的顺序是在Ll和L2之间,同理得到新的一帧R12,这一帧的顺序是在Rl和R2之间。 [0035] The motion compensation control unit 17 to the motion compensated video signal processing, image from a low field frequency is changed to the screen will not appear disjointed and trailing defect such as a high-frequency field, the motion compensation control unit 17 is stored in the Ll and L2 in the comparison operation unit 13 stores, the motion vector obtained, the calculation result stored in the storage unit 13 to obtain a new L12, the frame order is between Ll and L2, with Li to give a new R12, this frame sequence is between Rl and R2.

[0036] 所述存储单元13用来存储输入图像数据、中间处理的图像数据和处理后待输出的图像数据,即存储3D视频L/R分离单元12、图像缩放单元16、运动补偿控制单元17和清晰度调整单元20输出的图像数据。 [0036] The image data storage unit 13 for storing the input image data, the image data of the intermediate processing and post-processing to be output, i.e., the 3D video store L / R separating unit 12, the image scaling unit 16, the motion compensation control unit 17 and image data output resolution adjustment unit 20.

[0037] 所述存储控制单元15用于控制存储单元13的读写,系统中各单元对存储单元13 进行数据写入与读出时都需要在存储控制单元15的协调下才能有序地进行,以避免图像缩放单元16、运动补偿控制单元17以及清晰度调整单元20读写数据冲突。 [0037] The storage control unit for controlling the read or write memory 15, system 13 of each memory cell unit 13 and the data write need to be carried out in order to coordinate the storage control unit 15 is read out to avoid the image scaling unit 16, the motion compensation control unit 17 and the sharpness adjustment unit 20 to read and write data collision.

[0038] 所述处理器18用来判断输入的视频格式,根据3D图像格式控制所述图像缩放单元的放大倍数,并协调3D视频L/R分离单元12、图像缩放单元16、运动补偿控制单元17和清晰度调整单元20的工作。 [0038] The processor 18 is used to determine the format of the input video, scaled according to the 3D image format of the image magnification control unit, video and 3D coordinate L / R separating unit 12, the image scaling unit 16, the motion compensation control unit sharpness adjustment unit 17 and the work 20.

[0039] 所述遥控单元19用来接收外界传输的遥控命令给处理器18。 [0039] The remote control unit 19 for receiving the remote control command to the external transmission processor 18.

[0040] 所述输出控制单元14用来根据显示屏的特性控制输出信号,例如所述输出控制单元14连接的是分时的3D显示屏,那么输出控制单元14控制图象信号的输出为一帧左眼信号,再一帧左眼信号,然后一帧左眼信号,再一帧右眼信号,这样依次输出;如果显示屏为偏振3D显示屏,那么输出控制单元14控制图象信号的输出为一行左眼信号,再一行右眼信号,这样依次输出。 [0040] The output control unit 14 for controlling the output signal according to characteristics of the display screen, for example, the output control unit 14 is connected to a time-division 3D display, the output image signal 14 controls the output control unit is a frame left-eye signal, and then a left-eye signal and a left-eye signal, and then a right-eye signal, and sequentially outputs; If the display is polarized 3D display, the image signal control unit 14 outputs a control output a signal line for the left eye, then the right-eye signal line, and sequentially outputs.

[0041] 参考图3,上述3D视频清晰度调整系统的具体处理流程如下: [0041] Referring to FIG 3, the specific processing flow of the above-described 3D video resolution adjustment system as follows:

[0042] 步骤Si、3D视频输入单元11输入3D视频信号; [0042] Step Si, 3D 3D video inputting unit 11 inputs a video signal;

[0043] 步骤S2、处理器18判断输入信号的格式,例如格式1是一行左眼一行右眼、格式2是上半左眼下半右眼等,直至格式η。 [0043] Step S2, the processor 18 determines whether the input signal format, for example, a format line is a line of the left eye, the format 2 is the left half right half, etc., until the format η.

[0044] 步骤S3、按照处理器18判定的格式特征将输入的左右眼图像数据分别存在存储单元13的两个不同区域; [0044] Step S3, the left and right eye image data according to the format characteristics of the input processor 18 determines the existence of two different regions of the storage unit 13, respectively;

[0045] 步骤S4、分别对存储在存储单元13的左右眼图像进行缩放处理,生成缩放处理后的左右眼图像信息并存储在存储单元13内; [0045] Step S4, the scaling processing are stored in the left and right eye image storing unit 13 generates left and right eye scaling processing and image information stored in the storage unit 13;

[0046] 步骤S5、分别对缩放处理后存储在存储单元13的左右眼图像进行清晰度调整,清晰度调整后的左右眼图像信息存储在存储单元13内; [0046] Step S5, the post-scaling process are stored in the sharpness adjustment for left and right eye image storing unit 13 stores the left and right eye image sharpness adjustment information in the storage unit 13;

[0047] 步骤S6、分别对清晰度调整后存储在存储单元13的左右眼图像信息进行运动补偿计算处理,获得新的一帧左右眼图像并存储在存储单元13内; [0047] Step S6, the sharpness adjustment are stored after motion compensation in left and right eye image information storage unit 13 of the calculation process to obtain a new left and right eye images and stored in the storage unit 13;

[0048] 步骤S7、根据显示屏的类型,将处理后的左右眼图像按显示屏的特性发送到显示屏显示。 [0048] step S7, depending on the type of display, the left and right eye images processed by the transmission to the display characteristics of the display screen.

[0049] 在上述步骤S6中对图像进行运动补偿计算处理之后,在步骤S7中通过调节输出图像帧的顺序,就可以达到输出倍频的效果,例如:对于输入的30Hz的连续两帧的左右各一半的图像信号,通过步骤S2至S6后可分别获得左眼图像帧L1、L12、L2和右眼图像帧R1、 R12、R2,此时如果依次输出图像Li、Rl、L12、R12、L2、R2,即可使输出的图像信号倍频达到120Hz。 [0049] After the above-described step S6, the image motion compensation calculation processing in step S7 by adjusting the image frames sequentially output, the output of multiplier effect can be achieved, for example: two successive frames for the left and right input 30Hz each half of the image signal by the steps S2 to S6 respectively obtained eye image frame L1, L12, L2 and the right-eye image frame R1, R12, R2, if at this time are sequentially output image Li, Rl, L12, R12, L2 , R2, to the output frequency of the image signal reaches 120Hz. 当然,如果不进行倍频输出,那么在步骤S5对图像进行清晰度调整后也可直接进入步骤S7以原有频率进行图像输出。 Of course, if the output frequency is not performed, then at step S5 after the image sharpness adjustment may proceed directly to step S7 to output the original image frequency.

[0050] 应当理解的是,对本领域普通技术人员来说,可以根据上述说明加以改进或变换, 而所有这些改进和变换都应属于本发明所附权利要求的保护范围。 [0050] It should be understood that those of ordinary skill in the art, can be modified or converted according to the above description, and all such modifications and variations shall fall within the scope of the appended claims of the invention.

Claims (10)

  1. 1. 一种3D视频清晰度调整系统,包括:3D视频L/R分离单元,用于获取3D视频,并根据3D视频中3D图像的格式将左眼图像和右眼图像分离出来;图像缩放单元,用于对3D视频L/R分离单元分离出的左右眼图像分别进行缩放处理;清晰度调整单元,用于调整经过图像缩放单元缩放后的左右眼图像的清晰度。 A 3D video sharpness adjustment system comprising: a 3D video L / R separating unit configured to acquire a 3D video and 3D video according to the format of the 3D image to separate left and right eye images; an image scaling unit , respectively, for 3D video scaling processing L / R separating unit separates the left and right eye images; sharpness adjustment means for adjusting a left and right eye images through the image sharpness after scaling unit scaling.
  2. 2.根据权利要求1所述的3D视频清晰度调整系统,其还包括3D视频输入单元,用于为3D视频L/R分离单元提供3D视频信号。 2. 3D video resolution adjustment system according to claim 1, further comprising a 3D video input unit, a 3D video for L / R separating unit provides 3D video signal.
  3. 3.根据权利要求1所述的3D视频清晰度调整系统,其还包括处理器,用于判断3D视频L/R分离单元获取的3D图像格式,根据3D图像格式控制所述图像缩放单元的放大倍数。 3. The 3D video resolution adjustment system according to claim 1, which further comprises a processor for determining a 3D image format of the 3D video L / R separating unit acquired amplifying unit according to the zoom controlling the 3D image format multiple.
  4. 4.根据权利要求3所述的3D视频清晰度调整系统,其还包括遥控单元,用于接收遥控命令给处理器。 4. The 3D video sharpness adjustment system of claim 3, further comprising a remote control unit for receiving a remote control command to the processor.
  5. 5.根据权利要求1所述的3D视频清晰度调整系统,其还包括运动补偿控制单元,用于对连续的清晰度调整后的左右眼图像进行运动补偿处理,获得新的左右眼图像帧 5. 3D video resolution adjustment system according to claim 1, further comprising a motion compensation control unit, for the left and right eye image sharpness adjustment continuous motion compensation process to obtain a new left and right eye image frames
  6. 6.根据权利要求5所述的3D视频清晰度调整系统,其还包括输出控制单元,用于输出经过清晰度调整的3D图像,所述输出控制单元还用于根据外接显示屏的场频控制输出图像信号的场频。 6. The 3D video resolution adjustment system claimed in claim 5, further comprising an output control unit configured to output the 3D image sharpness adjustment, the output control unit is further configured to control the frequency of the field according to an external display field frequency of the output image signal.
  7. 7.根据权利要求5所述的3D视频清晰度调整系统,其还包括存储单元,用于存储3D视频L/R分离单元、图像缩放单元、清晰度调整单元以及运动补偿控制单元输出的图像数据。 7. The 3D video resolution adjustment system claimed in claim 5, further comprising a storage unit for storing the image data of the 3D video L / R separating unit, an image scaling unit, the sharpness adjustment unit and a motion compensation control unit output .
  8. 8.根据权利要求7所述的3D视频清晰度调整系统,其还包括存储控制单元,用于协调图像缩放单元、清晰度调整单元以及运动补偿控制单元对存储单元的图像数据读写。 8. The 3D video resolution adjustment system according to claim 7, further comprising a storage control unit for coordinating the image scaling unit, the image sharpness adjustment data read-write unit and a motion compensation control unit of the storage unit.
  9. 9. 一种3D视频清晰度调整方法,包括以下步骤:A.根据输入3D视频中3D图像的格式将左右眼图像分离;B.分别对分离出的左右眼图像进行缩放处理;C.分别对缩放后的左右眼图像进行清晰度调整;D.根据规定的场频输出清晰度调整后的左右眼图像。 A 3D video sharpness adjustment method comprising the following steps: A 3D video format according to the input 3D image, the left and right eye image separation; B respectively, the left and right eye images separated scaling process; C, respectively... left and right eye for the scaled image sharpness adjustment; D left and right eye image field frequency adjusted according to a predetermined output resolution.
  10. 10.根据权利要求9所述的3D视频清晰度调整方法,其特征在于:在所述步骤C和D之间还包括:步骤E.分别对清晰度调整后的左右眼图像进行运动补偿处理。 10. 3D video sharpness adjustment method according to claim 9, wherein: between said steps C and D further comprises: the step of respectively left and right eye E. The image sharpness adjustment motion compensation process.
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