CN105791804A - Image display system and display method thereof - Google Patents
Image display system and display method thereof Download PDFInfo
- Publication number
- CN105791804A CN105791804A CN201610160904.XA CN201610160904A CN105791804A CN 105791804 A CN105791804 A CN 105791804A CN 201610160904 A CN201610160904 A CN 201610160904A CN 105791804 A CN105791804 A CN 105791804A
- Authority
- CN
- China
- Prior art keywords
- image
- image display
- rendering
- interface
- information
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Pending
Links
Abstract
Provided are an image display system and a display method thereof. The image display system comprises an optical disc including image information; an image display device possessing extended display identification data (EDID); and a reproducer which analyzes EDID if the image information is 3D image information so as to determine an interface in connection with the image display device, and indicates the image display device to output warning texts if the interface is simulated. When the interface is a simulated interface, the reproducer can output a simulated 2D image or 3D image through the image display device, and can easily output 2D or 3D images based on 3D information even the image display device and the reproducer are in connection through the simulated interface.
Description
The divisional application of application for a patent for invention that the application is the applying date is on 02 11st, 2011, application number is 201110035926.0, denomination of invention is " image display system and display packing thereof ".
Technical field
The one exemplary embodiment of the present invention relates to the image display system and the display packing thereof that are exported record 3-D view on CD by image display.
Background technology
Image display is to use screen output information as the equipment of image.Such image display shows vision data usually by screen, such as character, symbol, figure, image etc..
Image display can not only include the cathode ray tube (CRT) of such as general monitor or television (TV) Braun tube, and includes liquid crystal display (LCD), thin film transistor-liquid crystal display (TFT-LCD), Plasmia indicating panel (PDP), flexible display etc..
Such image display generally exports two dimension (2D) image.Recently, along with the progress of various image correlation technique has been incorporated into the image display that can export stereo-picture or three-dimensional (3D) image.
This image display receives broadcast singal and the broadcast singal of reception is shown as 2D image or 3D rendering, or reading is stored in the information in storage medium and the information of reading is shown as 2D image or 3D rendering.
In addition, it is necessary to the equipment of reproduction is used for reading and reproduce record information on storage medium (more specifically, CD), in order to record the 2D on CD or 3D rendering by image display display.
Image display and reproduction equipment are communicated with one another by digital interface or analog interface.Depend on storage image information in an optical disc and be 2D image information or 3D rendering information determines the interface for two communication between devices.
Namely, whenever playing CD, user must determine that the image information of CD is 2D image information or 3D rendering information, selects the interface corresponding with the image information determined, and manually by two equipment via cable interconnection, so that two equipment can be communicated with one another by the interface selected.
Additionally, in order to show record 3D rendering on CD on image display, user must be manually effected the 3D rendering of image display and the equipment of reproduction and arrange.
That is, viewing image display screen while, user determine 3D rendering form and based on a determination that form select image display menu and reproduce equipment menu.Now, user must be manually effected 3D rendering and arrange change screen setting simultaneously until image is normally shown on the screen of image display.
In this situation, if user does not have the 3D ABC shown, then he/her use image display and reproduce equipment time will experience inconvenient and difficult.
Summary of the invention
An aspect of of the present present invention provides a kind of image processing apparatus for reproducing the view data being stored in storage medium, and this image processing apparatus includes: read unit, for reading described view data from described storage medium；Decoder, for exporting left eye image data and right eye image data by decoding described view data；Digital interface；Analog interface；And controller, for when reproducing described view data with three-dimensional (3D) reproduction mode, control the data image signal that the output of described digital interface is corresponding with the described left eye image data of predetermined 3D rendering form and described right eye image data, and control the analog picture signal that the output of described analog interface is corresponding with one of described left eye image data and described right eye image data.
Another aspect of the present invention provides a kind of image processing method for reproducing the view data being stored in storage medium, and this image processing method includes: read described view data from described storage medium；Left eye image data and right eye image data is exported by decoding described view data；And when reproducing described view data with three-dimensional (3D) reproduction mode, control the data image signal that the output of described digital interface is corresponding with the described left eye image data of predetermined 3D rendering form and described right eye image data, and control the analog picture signal that the output of described analog interface is corresponding with one of described left eye image data and described right eye image data.
Another aspect of the present invention provides a kind of image display system, and it may include that CD, and it has image information；Image display, has expanded display recognition data (EDID)；And reproduction equipment, if image information is three-dimensional (3D) image information, then analyze EDID to determine that for the interface being connected with image display be simulation or numeral, and if it is determined that interface is simulation, then instruction image display output alert text.
If it is determined that interface is digital, then reproducing equipment can instruction image display output image information.
If image information is two dimension (2D) image information, then reproducing equipment can send image information by this interface to image display.
Another aspect of the present invention provides a kind of image display system, and it may include that CD, and it has image information；Image display, has expanded display recognition data (EDID)；And reproduction equipment, if image information is three-dimensional (3D) image information, then analyze EDID to determine that for the interface being connected with image display be simulation or numeral, and if it is determined that interface is simulation, then instruction image display is based on 3D rendering information output two dimension (2D) image.
If it is determined that interface is simulation, then reproduce equipment and 3D rendering information can be separated into left-eye image information and right-eye image information, by separating the left-eye image information that obtains and right-eye image information, one of them is converted to simulation 2D image information, encode switched simulation 2D image information, and send encoded information by this interface to image display.
Reproduction equipment can analyze the EDID resolution to be supported by the resolution adjustment of the image from CD for image display.
If it is determined that interface is digital, then the equipment that reproduces can pass through this interface and send 3D rendering information to image display.
For the transmission of 3D rendering information, reproduction equipment may determine that the 3D rendering form of CD, analyzes the EDID 3D rendering form supported to determine image display, and is the 3D rendering format compatible with CD by the 3D rendering change of format of image display.
Another aspect of the present invention provides a kind of image display system, and it may include that CD, and it has image information；Image display, has expanded display recognition data (EDID)；And reproduction equipment, if image information is three-dimensional (3D) image information, then analyze EDID to determine that for the interface being connected with image display be simulation or numeral, and if it is determined that interface is simulation, then instruction image display is based on the 3D rendering of 3D rendering information output simulation.
If it is determined that interface is simulation, then reproduces equipment and can respectively the left-eye image information of 3D rendering information and right-eye image information be converted to left-eye image information and the right-eye image information of simulation；Encode left-eye image information and the right-eye image information of switched simulation；Encoded information is sent to image display by this interface.
Simulation 3D rendering information can have frame packing form, side-by-side format and top-down format one of them.
Reproduction equipment can analyze the EDID simulation resolution supported with the resolution adjustment by simulation 3D rendering for image display.
Another aspect of the present invention provides a kind of method for displaying image, and it may include that the dimension of the image information determining light disc recording；If image information is three-dimensional (3D) image information, then analyze the expanded display recognition data (EDID) of image display to determine that for the interface being connected with image display be simulation or numeral；And if it is determined that interface is simulation, then export alert text by image display.
This method for displaying image may further include: if it is determined that interface is digital, then send 3D rendering information by this interface to image display；And based on the 3D rendering information display 3D rendering sent on image display.
This method for displaying image may further include: if image information is two dimension (2D) image information, then sends the image information from CD by this interface to image display.
Another aspect of the present invention provides a kind of method for displaying image, and it may include that the dimension of the image information determining light disc recording；If image information is three-dimensional (3D) image information, then analyze the expanded display recognition data (EDID) of image display to determine that for the interface being connected with image display be simulation or numeral；And if it is determined that interface is simulation, then export analog image by image display based on 3D rendering information.
This output step may include that and 3D rendering information is separated into left-eye image information and right-eye image information；Any one separation in the left-eye image information and right-eye image information that obtain is converted to simulating two-dimensional (2D) image information；Encode switched simulation 2D image information；And send encoded information by this interface to image display.
This method for displaying image can also include: analyzes EDID to determine the resolution that image display is supported；And by the resolution adjustment of image be image display support resolution.
This method for displaying image may further include: if it is determined that interface is digital, then send 3D rendering information by this interface to image display.
This output step may include that left-eye image information and right-eye image information that the left-eye image information of 3D rendering information and right-eye image information are converted to simulation respectively；Encode left-eye image information and the right-eye image information of switched simulation；Encoded information is sent to image display by this interface.
This method for displaying image can also include: analyzes the EDID simulation resolution to be supported by the resolution adjustment of analog image for image display.
This method for displaying image may further include: if image information is 2D image information, then the interface by being used for being connected with image display sends image information to image display.
Accompanying drawing explanation
Being described below of one exemplary embodiment in conjunction with the drawings, these and/or other aspect of the present invention will be apparent from and is easier to understand, wherein:
Fig. 1 is the block diagram of the image display system of an one exemplary embodiment according to the present invention；
Fig. 2 is the flow chart of the method for displaying image that an one exemplary embodiment according to the present invention is described；
Fig. 3 is the block diagram of the image display system of the different one exemplary embodiment according to the present invention；
Fig. 4 is the flow chart of the method for displaying image that the different one exemplary embodiment according to the present invention is described；
Fig. 5 A and 5B is the view of the setting of the image display of the image display system that the different one exemplary embodiment according to the present invention is described；
Fig. 6 is the block diagram of the image display system of another one exemplary embodiment according to the present invention；And
Fig. 7 is the flow chart of the method for displaying image that another one exemplary embodiment according to the present invention is described.
Detailed description of the invention
Now with detailed reference to the one exemplary embodiment of the present invention, its example is shown in the drawings, and wherein similar reference number refers to similar assembly all the time.
Fig. 1 is the block diagram of the image display system of an one exemplary embodiment according to the present invention, and it includes CD 110, reproduction equipment 120 and image display 130.
CD 110 is large-capacity storage media, and it is by changing record/storage image information and the audio-frequency information on the surface of disc such as the absorbance of light beam, reflectance.
Here, image information is at least one in 2D or 3D rendering information.
3D rendering information includes left-eye image information and right-eye image information.
That is, human use's eyes identification space, thus, in order to express 3D rendering, it is necessary to left-eye image information is supplied to left eye and right-eye image information is supplied to right eye.
Here, left-eye image information and right-eye image information have visual disparity to express stereoeffect.Visual disparity is the difference between the image of the same object watched by eyes.
CD 110 can include the low density optical disc of such as fine groove dish (CD) or digital multi-purpose disk (DVD) and the high density compact disc of such as recordable/writeable Blu-ray disc (BD-R/RE) or high density DVD (HD-DVD).
Here, low density optical disc can include the read-only type of such as CD, CD-read only memory (ROM) or DVD-ROM and the writable type of such as mini-disk (MD), CD-R, CD-RW, DVD-R, DVD-RW, DVD+RW or DVD random access memory (RAM).
Blu-ray disc (BD) uses the blue-violet semiconductor laser beam that can record mass data compared with red laser beam to record data.BD has the data storage capacity of 27 GB (GB), corresponding to fine definition (HD) video of the standard definition videos of 13 hours or 2 hours.
That is, 3D rendering information includes the left-eye image information about an image and right-eye image information, causes needing large number of view data.For this, generally by 3D rendering information record in the Blu-ray disc being able to carry out high capacity data record.
Reproduction equipment 120 outgoing laser beam is to CD 110, identify the intensity of the laser beam reflected from CD 110, it is that digital signal is therefrom to read image information by the intensity-conversion of identification, the image information determining reading is 2D image information or 3D rendering information, and determines the picture format of 3D rendering information when the image information determining reading is 3D rendering information.
Reproduction equipment 120 is connected with image display 130 via digital interface or analog interface, in order to send/reception information by this interface to/from image display 130.
More specifically, reproduction equipment 120 includes optical pickup apparatus 121, signal processor 122, demultiplexer 123, decoder element 124, resolution adjustment unit the 125, first controller 126 and interface unit 127.
Optical pickup apparatus 121 reads record and in the data of CD 110 and the data of reading is converted to radio frequency (RF) signal.
The RF signal that signal processor 122 amplifies and shaping input from optical pickup apparatus 121, therefrom to extract eight to ten four modulation (EFM) data, demodulates EFM data and to demultiplexer 123 demodulated output data.
The data separating exported from signal processor 122 is view data and voice data by demultiplexer 123, and view data separation obtained and voice data export decoder element 124.
Decoder element 124 includes image decoder and audio decoder.Image decoder decoding is from the view data of demultiplexer 123 output, and the voice data that audio decoder decoding exports from demultiplexer 123.
The resolution adjustment of the image on CD 110 is the best 2D image resolution ratio that can support of image display 130 or best 3D rendering resolution in response to the order from the first controller 126 by resolution adjustment unit 125.
First controller 126 controls the driving of optical pickup apparatus 121 to read record image information on CD 110, and the transmission analyzing the image information of reading is flowed to determine that the image information on CD 110 is 2D image information or 3D rendering information.
Here, the transmission stream of image information has head and payload.
The head of transmission stream includes the control information for showing the view data included in payload.Specific location in the head of transmission stream stores the image characteristic parameters associated with the play mode of the view data included in payload.
It is 2D view data or the image mark information of 3D rendering data that image characteristic parameters includes about the view data being stored in payload.
Additionally, when the view data in being stored in payload is 3D rendering data, image characteristic parameters farther includes 3D rendering format information.Here, 3D rendering format information is about the information which kind of form is applied to a frame in the process of synthesis 3D rendering.
3D rendering form can include progressive format, pixel-by-pixel form, frame packing (frame-packing) form, up and down (top-down) form and (side-by-side) form side by side.
The image of progressive format is the 3D rendering that left-eye image and eye image obtain alternately to dispose the pixel of left-eye image and the pixel of eye image based on row of by being respectively perpendicular sampling.
The image of form is the 3D rendering by flatly sampling left-eye image and eye image obtain alternately to dispose the pixel of left-eye image and the pixel of eye image based on pixel respectively pixel-by-pixel.
The image of frame packing form is by being respectively perpendicular sample left-eye image and eye image and dispose the left-eye image of sampling (such as respectively on the top of 3D rendering, 3D rendering 1920*1080) and in the eye image (such as, 1920*1080) of the bottom of 3D rendering arrangement sampling obtained.
The image of top-down format be by be respectively perpendicular ground 1/2 sub sampling left-eye image and eye image and respectively the top of 3D rendering dispose sampling left-eye image (such as, 3D rendering 1920*540) and in the eye image (such as, 1920*540) of the bottom of 3D rendering arrangement sampling obtained.
The image of side-by-side format is by respectively flatly sampling left-eye image and eye image and dispose the left-eye image of sampling (such as at the left part of 3D rendering respectively, 1920*1080) and at the right part of 3D rendering dispose the eye image (such as, 1920*1080) of sampling and the 3D rendering that obtains.
When image information on CD 110 is 3D rendering information wherein, the first controller 126 determines, based on the EDID sent from image display 130, the interface being connected to image display 130.Now, when the interface determined is analog interface, the first controller 126 instruction image display 130 exports alert text.
Here, alert text is such text, its notice user record image information on CD 110 cannot be sent to image display 130, because it is 3D rendering information, and the interface for the connection between image display 130 and reproduction equipment 120 is analog interface.
Text that alert text can also include inviting user image display 130 and reproduction equipment 120 to be interconnected via digital interface and notify how user performs the text of such interconnection.
In addition, when image information on CD 110 is 3D rendering information wherein, first controller 126 is determined to 3D rendering form and the resolution supported based on the EDID of image display 130, control to be set to the picture format of image display 130 picture format identical with the form of the 3D rendering recorded on CD 110, and the resolution adjustment recorded at the 3D rendering of CD 110 is the optimum resolution that image display 130 can be supported by control.
On the other hand, when image information on CD 110 is 2D image information wherein, first controller 126 is determined to the 2D picture format supported based on the EDID of image display 130, and controls the resolution adjustment of record 2D image on CD 110 to be the optimum resolution corresponding with the result determined.
Interface unit 127 includes the first digital interface 127a and the first analog interface 127b.
In reproducing equipment 120, only any one of the first digital interface 127a and the first analog interface 127b is connected to image display 130.
First digital interface 127a is connected to send 2D image information or 3D rendering information to the second digital interface 131a via digital terminal D1 and D2 and the second digital interface 131a of image display 130, and receives the EDID of image display 130 from the second digital interface 131a and transmit, to the first controller 126, the EDID received.
First analog interface 127b is connected to send alert text output order to the second analog interface 131b via simulation terminal A1 and A2 and the second analog interface 131b of image display 130, and receives the EDID of image display 130 from the second analog interface 131b and transmit, to the first controller 126, the EDID received.
Additionally, send, by the first digital interface 127a or the first analog interface 127b, the audio-frequency information decoded by decoder element 124 to image display 130.
Image display 130 is connected to receive image information from reproduction equipment 120 and show 2D image or 3D rendering with reproduction equipment 120 via interface.
When image display 130 is connected with reproduction equipment 120 via analog interface wherein, it shows alert text when reproduction equipment 120 sends 3D rendering information.
This image display 130 includes interface unit 131, second controller 132, memory element 133, image output unit 134 and audio output unit 135.
Interface unit 131 includes the second digital interface 131a and the second analog interface 131b, and only one is connected with reproduction equipment 120.By the interface connected, send expanded display recognition data (EDID) to reproduction equipment 120, and send image information and audio-frequency information from reproduction equipment 120.
Additionally, wherein when reproducing 3D rendering by reproduction equipment 120 under image display 130 is via the second analog interface 131b situation being connected with reproduction equipment 120, receive alert text output order by the second analog interface 131b.
Second controller 132 extracts EDID in response to from the request reproducing equipment 120 from memory element 133, and controls the EDID extracted to equipment 120 transmission of reproduction.Additionally, second controller 132 controls the display of the 2D image from reproduction equipment 120 transmission or 3D rendering and the output of alert text.
Additionally, second controller 132 determines that the interface being connected to reproduction equipment 120 is analog interface or digital interface, and store the information about the interface determined.
Memory element 133 stores EDID.
Here, EDID is the information about image display, and it includes the title of manufacturer, product type, EDID version, screen size, brightness, pixel aspect ratio, the resolution that can support, 3D rendering form, the interface message connected, audio-frequency information etc..A part for this information can be revised.
Image output unit 134 exports any one in 2D image, 3D rendering or alert text in response to the order from second controller 132.
Now, image output unit 134 exports 2D image or 3D rendering as digital picture at image display 130 and reproduction equipment 120 when interconnecting via digital interface, and output 2D image is as analog image when image display 130 and reproduction equipment 120 interconnect via analog interface.
In response to the order from second controller 132, the audio signal sent from reproduction equipment 120 is converted to simulated audio signal by audio output unit 135, and exports switched simulated audio signal by speaker.
Here, first digital interface 127a of reproduction equipment 120 and the second digital interface 131a of image display 130 interconnects to communicate with one another via the cable 142 being connected between digital terminal D1 and D2, and reproduces the first analog interface 127b of equipment 120 and the second analog interface 131b of image display 130 and interconnect to communicate with one another via the cable 141 being connected between simulation terminal A1 and A2.
The HDMI (HDMI) of Digital Interface Standard can be adopted as each in digital interface 127a and 131a.This HDMI sends 1080P full HD high resolution image data and 5.1 sound channels (or higher) voice data together in uncompressed mode.
That is, because data do not send compressively, the loss that its experience is little.Additionally, support the data transfer rate of 10.2 gigabits, thus transmission speed is very high.It addition, send data in a digital manner, thus providing the picture quality and sound determined.
Compound interface can be adopted as each in analog interface 127b and 131b.This compound interface is general image terminal, and it is by three cables: red, white and yellow line cable forms.Here, red and white cable sends left and right audio track data respectively, and yellow line cable sends composite image data.
Fig. 2 is the flow chart of the method for displaying image of the image display system that an one exemplary embodiment according to the present invention is described, describes it below with reference to Fig. 1.
Reproduction equipment 120 outgoing laser beam is to CD 110, identify the intensity of the laser beam reflected from CD 110, by the intensity-conversion of identification be digital signal therefrom to read image information, and determine that the image information of reading is 2D image information or 3D rendering information (151).
Recording wherein when the image information of CD 110 is confirmed as 2D image information, reproduction equipment 120 decodes 2D image information and then sends decoded information to image display 130.As a result, image display 130 exports and shows 2D image (154).
Here, 2D image information can pass through analog interface and digital interface transmission.
When reproduction equipment 120 is connected with image display 130 via analog interface wherein, 2D image information is converted to analogue signal and sends switched analogue signal to image display 130 by it.Alternatively, when reproduction equipment 120 is connected with image display 130 via digital interface wherein, it directly transmits 2D image information as digital signal.
Additionally, for transmission 2D image information to image display 130, the resolution adjustment of 2D image is the optimum resolution that image display 130 is supported based on the EDID of image display 130 by reproduction equipment 120, then sends 2D image information to image display 130.
On the other hand, when on CD 110, the image information of record is confirmed as 3D rendering information wherein, reproduction equipment 120 determines the picture format of 3D rendering information, check from the EDID (152) of image display 130 transmission to determine whether image display 130 can perform 3D rendering and show, and when determining that image display 130 can perform 3D rendering display, it is determined that the 3D rendering form that image display 130 is supported.
Then, reproduction equipment 120 determines, based on the EDID of image display 130, the interface (153) being connected to image display 130.
When the interface determined is digital interface, the picture format of image display 130 is set to the picture format identical with the form of the 3D rendering recorded on CD 110 by reproduction equipment 120, decodes 3D rendering information and sends decoded information by digital interface to image display 130.As a result, image display 130 exports and shows 3D rendering (154).
Additionally, for transmission 3D rendering information to image display 130, the resolution adjustment of 3D rendering is the optimum resolution that image display 130 is supported based on the EDID of image display 130 by reproduction equipment 120, then sends 3D rendering information to image display 130.
On the other hand, when the interface determined is analog interface, reproduction equipment 120 exports alert text by image display 130, image display mistake (155) that its notice is caused by the wiring error of interface cable.
So, when under the situation that the equipment of reproduction and image display interconnect via analog interface, output records the 3D rendering on CD, it is provided that alert text is to notify that user cannot carry out the output of 3D rendering by analog interface.Therefore, user may identify which that the closedown of the screen of image display is not caused by the fault of reproduction equipment or image display.
Fig. 3 is the block diagram of the image display system of the different one exemplary embodiment according to the present invention, and it includes CD 210, reproduction equipment 220 and image display 230.
CD 210 is large-capacity storage media, and it records image information and audio-frequency information by changing the absorbance of light beam, reflectance etc. on the surface of disc.
Here, image information is at least one in 2D or 3D rendering information.
Reproduction equipment 120 outgoing laser beam is to CD 210, identify the intensity of the laser beam reflected from CD 210, it is that digital signal is therefrom to read image information by the intensity-conversion of identification, the image information determining reading is 2D image information or 3D rendering information, and when the image information determining reading is 3D rendering information, it is determined that the picture format of 3D rendering information.
Reproduction equipment 220 is connected with image display 230 via digital interface or analog interface, and controls to transmit image information by this interface to image display 230.
More specifically, reproduction equipment 220 includes optical pickup apparatus 221, signal processor 222, demultiplexer 223, decoder element 224, resolution adjustment unit 225, digital-to-analogue (D/A) transducer 226,2D encoder the 227, first controller 228 and interface unit 229.
Optical pickup apparatus 221 reads record data on CD 210, and the data of reading are converted to RF (radio frequency) signal.
The RF signal that signal processor 222 amplifies and shaping inputs from optical pickup apparatus 221 is therefrom to extract EFM data, and demodulates EFM data.
The data separating exported from signal processor 222 is view data and voice data by demultiplexer 223.And the view data obtain separation and voice data export decoder element 224.
Decoder element 224 includes image decoder and audio decoder.Image decoder decoding is from the view data of demultiplexer 223 output, and the voice data that audio decoder decoding exports from demultiplexer 223.
The resolution adjustment of CD 210 epigraph is the best 2D image resolution ratio that can support of image display 230 or best 3D rendering resolution in response to the order from the first controller 228 by resolution adjustment unit 225.
D/A converter 226 reproduce wherein in the left-eye image information or right-eye image information when equipment 220 is connected with image display 230 via analog interface, the 3D rendering information on CD 210 included any one be converted to analogue signal.
2D encoder 227 encodes any one in the left-eye image information or right-eye image information having been converted into analogue signal, and exports encoded information to analog interface 229b.
First controller 228 controls the driving of optical pickup apparatus 221 to read record image information on CD 210, analyze the transmission stream of the image information read to determine that the image information on CD 210 is 2D image information or 3D rendering information, and when the image information determined on CD 210 is 3D rendering information, it is determined that 3D rendering form.
When image information on CD 210 is 3D rendering information wherein, the first controller 228 determines, based on the EDID sent from image display 230, the interface being connected to image display 230.Now, when the interface determined is analog interface, first controller 228 selects any one in left-eye image information that the 3D rendering information on CD 210 includes or right-eye image information, control the image information of selection is converted to analogue signal, and control to encode switched analogue signal.
When determining that the image information on CD 210 is 3D rendering information under the situation being connected to image display 230 in digital interface, first controller 228 is determined to 3D rendering form and the resolution supported based on the EDID of image display 230, control to be set to the picture format of image display 230 picture format identical with the form of the 3D rendering recorded on CD 210, and the resolution adjustment recorded at the 3D rendering of CD 210 is the optimum resolution that image display 230 can be supported by control.
On the other hand, when determining under the situation being connected to image display 230 in digital interface that the image information on CD 210 is 2D image information or when determining that the image information on CD 210 is 3D rendering information under the situation being connected to image display 230 at analog interface, first controller 228 is determined to the 2D image resolution ratio supported based on the EDID of image display 230, and controls the resolution adjustment of 2D image to be the optimum resolution corresponding with the result determined.
Interface unit 229 includes the first digital interface 229a and the first analog interface 229b.
Here, reproduction equipment 220 is connected with image display 230 via the first digital interface 229a and the first analog interface 229b any one.
First digital interface 229a is connected the 2D image information using transmission as digital image information or 3D rendering information to the second digital interface 231a via digital terminal D1 and D2 and the second digital interface 231a of image display 230, and receives the EDID of image display 230 from the second digital interface 231a and transmit, to the first controller 228, the EDID received.
First analog interface 229b is connected to send as the 2D image information of analog image information to the second analog interface 231b via simulation terminal A1 and A2 and the second analog interface 231b of image display 230, and receives the EDID of image display 230 from the second analog interface 231b and transmit, to the first controller 228, the EDID received.
Additionally, send, by the first digital interface 229a or the first analog interface 229b, the audio-frequency information decoded by decoder element 224 to image display 230.
Image display 230 is connected to receive image information from reproduction equipment 220 and show 2D image or 3D rendering with reproduction equipment 220 via interface.
When image display 230 is connected with reproduction equipment 220 via analog interface wherein, it is display simulation 2D image when reproduction equipment 220 sends 3D rendering information.
Image display 230 includes interface unit 231, second controller 232, memory element 233, image output unit 234 and audio output unit 235.
Interface unit 231 includes the second digital interface 231a and the second analog interface 231b, and image display 230 is connected with reproduction equipment 220 via any one interface therein.By the interface connected, send expanded display recognition data (EDID) to reproduction equipment 220, and send image information and audio-frequency information from reproduction equipment 220.
Additionally, wherein when reproducing 3D rendering by reproduction equipment 220 under image display 230 is via the second analog interface 231b situation being connected with reproduction equipment 220, receive simulation 2D image information by the second analog interface 231b.
Second controller 232 extracts EDID in response to the request reproducing equipment 220 from memory element 233, and controls the EDID extracted to equipment 220 transmission of reproduction.Additionally, second controller 232 controls display from reproducing digital 2D image or the 3D rendering of equipment 220 transmission or showing from reproducing the simulation 2D image that equipment 220 sends.
Memory element 233 stores EDID.
Here, EDID is the information about image display, and it includes the title of manufacturer, product type, EDID version, screen size, brightness, pixel aspect ratio, the resolution that can support, 3D rendering form, the interface message connected, audio-frequency information etc..A part for this information can be revised.
Image output unit 234 is in response to from the order display digit 2D image of second controller 232 or 3D rendering or simulation 2D image.
Now, image output unit 234 exports 2D image or 3D rendering as digital picture at image display 230 and reproduction equipment 220 when interconnecting via digital interface, and output 2D image is as analog image when image display 230 and reproduction equipment 220 interconnect via analog interface.
In response to the order from second controller 232, the audio signal sent from reproduction equipment 220 is converted to simulated audio signal by audio output unit 235, and exports switched simulated audio signal by speaker.
Here, first digital interface 229a of reproduction equipment 220 and the second digital interface 231a of image display 230 interconnects to communicate with one another via the cable 242 being connected between digital terminal D1 and D2, and reproduces the first analog interface 229b of equipment 220 and the second analog interface 231b of image display 230 and interconnect to communicate with one another via the cable 241 being connected between simulation terminal A1 and A2.
The HDMI (HDMI) of Digital Interface Standard can be adopted as each in digital interface 229a and 231a, and compound interface can be adopted as each in analog interface 229b and 231b.
Fig. 4 is the flow chart of the method for displaying image of the image display system that the different one exemplary embodiment according to the present invention is described, describes it below with reference to Fig. 3.
Reproduction equipment 220 outgoing laser beam is to CD 210, identify the intensity of the laser beam reflected from CD 210, by the intensity-conversion of identification be digital signal therefrom to read image information, and determine that the image information of reading is 2D image information or 3D rendering information (251).
Recording wherein when the image information of CD 210 is confirmed as 2D image information, reproduction equipment 220 decodes 2D image information, then sends decoded information to image display 230.As a result, image display 230 exports and shows 2D image (254).
Here, 2D image information can pass through analog interface and digital interface transmission.When reproduction equipment 220 is connected with image display 230 via analog interface wherein, 2D image information is converted to analogue signal and sends switched analogue signal to image display 230 by it.Alternatively, when reproduction equipment 220 is connected with image display 230 via digital interface wherein, it directly transmits 2D image information as digital signal.
Additionally, for transmission 2D image information to image display 230, the resolution adjustment of 2D image is the optimum resolution that image display 230 is supported based on the EDID of image display 230 by reproduction equipment 220, then sends 2D image information to image display 230.
On the other hand, when on CD 210, the image information of record is confirmed as 3D rendering information wherein, reproduction equipment 220 determines the picture format of 3D rendering information, check from the EDID (252) of image display 230 transmission to determine whether image display 230 can perform 3D rendering and show, and when determining that image display 230 can perform 3D rendering display, it is determined that the 3D rendering form that image display 230 is supported.
Then, reproduction equipment 220 determines, based on the EDID of image display 230, the interface (253) being connected to image display 230.
When the interface determined is digital interface, the picture format of image display 230 is automatically set as the picture format identical with the form of the 3D rendering recorded on CD 210 by reproduction equipment 220, as shown in Figure 5A, decode 3D rendering information and send decoded information by digital interface to image display 230.As a result, image display 230 exports and shows 3D rendering (254).
Additionally, for transmission 3D rendering information to image display 230, the resolution adjustment of 3D rendering is the optimum resolution that image display 230 is supported based on the EDID of image display 230 by reproduction equipment 220, as shown in Figure 5 B, then sends 3D rendering information to image display 230.
On the other hand, when the interface determined is analog interface, the 3D rendering information (255) of reproduction equipment 220 decoding CD 210, decoded 3D rendering information is separated into left-eye image information and right-eye image information (256), and selects to separate any one in the left-eye image information obtained and right-eye image information.
Then, the resolution adjustment of the image information of selection is the optimum resolution (257) that image display 230 is supported based on the EDID of image display 230 by reproduction equipment 220.
Afterwards, the image information of modulated whole resolution is converted to analogue signal (258) by reproduction equipment 220, encodes switched analogue signal (259), and sends encoded signal by analog interface to image display 230.As a result, image display 230 output and display simulation 2D image (260).
So, when output record 3D rendering on CD under reproducing the situation that equipment and image display interconnects via analog interface, the 3D rendering information on CD is converted into be simulated 2D image information and then passes through analog interface and be sent to image display.Therefore, even if under the situation that the equipment of reproduction and image display interconnect via analog interface, it is also possible to record the 3D rendering on CD by image display output.
Fig. 6 is the block diagram of the image display system of another one exemplary embodiment according to the present invention, and it includes CD 310, reproduction equipment 320 and image display 330.
CD 310 is large-capacity storage media, and it records image information and audio-frequency information by changing the absorbance of light beam, reflectance etc. on the surface of disc.
Here, image information is at least one in 2D or 3D rendering information.
Reproduction equipment 320 outgoing laser beam is to CD 310, identify the intensity of the laser beam reflected from CD 310, it is that digital signal is therefrom to read image information by the intensity-conversion of identification, the image information determining reading is 2D image information or 3D rendering information, and when the image information determining reading is 3D rendering information, it is determined that the picture format of 3D rendering information.
Reproduction equipment 320 is connected with image display 330 via digital interface or analog interface, and controls by the transmission to the image information of image display 330 of this interface.
More specifically, reproduction equipment 320 includes optical pickup apparatus 321, signal processor 322, demultiplexer 323, decoder element 324, resolution adjustment unit 325, D/A converter 326,3D encoder the 327, first controller 328 and interface unit 329.
Optical pickup apparatus 221 reads record data on CD 310, and the data of reading are converted to RF signal.
The RF signal that signal processor 322 amplifies and shaping inputs from optical pickup apparatus 321 is therefrom to extract EFM data, and demodulates EFM data.
The data separating exported from signal processor 322 is view data and voice data by demultiplexer 323, and view data separation obtained and voice data export decoder element 324.
Decoder element 324 includes image decoder and audio decoder.Image decoder decoding is from the view data of demultiplexer 323 output, and the voice data that audio decoder decoding exports from demultiplexer 323.
Best 2D image resolution ratio that the resolution adjustment of the image on CD 310 to image display 330 can be supported in response to the order from the first controller 328 by resolution adjustment unit 325 or the best 3D rendering resolution.
D/A converter 326 reproduces the left-eye image information 3D rendering information on CD 310 included when equipment 320 is connected with image display 330 via analog interface wherein and right-eye image information is respectively converted into analogue signal.
3D encoder 327 encodes the left-eye image information and right-eye image information that are respectively converted into analogue signal, and exports encoded information to analog interface 329b.
First controller 328 controls the driving of optical pickup apparatus 321 to read record image information on CD 310, analyze the transmission stream of the image information read to determine that the image information on CD 310 is 2D image information or 3D rendering information, and when the image information determined on CD 310 is 3D rendering information, it is determined that 3D rendering form.
When image information on CD 310 is 3D rendering information wherein, the first controller 328 determines, based on the EDID sent from image display 330, the interface being connected to image display 330.Now, when the interface determined is analog interface, the first controller 328 controls the left-eye image information that the 3D rendering information on CD 310 included and right-eye image information is respectively converted into analogue signal, and controls to encode switched analogue signal.
When determining that the image information on CD 310 is 3D rendering information under the situation being connected to image display 330 in digital interface, first controller 328 is determined to 3D rendering form and the resolution supported based on the EDID of image display 330, control to be set to the picture format of image display 330 picture format identical with the form of the 3D rendering recorded on CD 310, and the resolution adjustment of the 3D rendering recorded on CD 310 is the optimum resolution can supported by image display 330 by control.
On the other hand, when determining that the image information on CD 310 is 2D image information under the situation being connected to image display 330 in digital interface, first controller 328 is determined to the 2D image resolution ratio supported based on the EDID of image display 330, and controls the resolution adjustment of 2D image to be the optimum resolution corresponding with the result determined.
On the other hand, when determining that the image information on CD 310 is 3D rendering information under the situation being connected to image display 330 at analog interface, first controller 328 is determined to the analog image resolution supported based on the EDID of image display 330, and controls the resolution adjustment of analog image to be the optimum resolution corresponding with the result determined.
Interface unit 329 includes the first digital interface 329a and the first analog interface 329b.
Here, reproduction equipment 320 is connected with image display 330 via the first digital interface 329a and the first analog interface 329b any one.
First digital interface 329a is connected the 2D image information using transmission as digital image information or 3D rendering information to the second digital interface 331a via digital terminal D1 and D2 and the second digital interface 331a of image display 330, and receives the EDID of image display 330 from the second digital interface 331a and transmit, to the first controller 328, the EDID received.
First analog interface 329b is connected to send as the 2D image information of analog image information to the second analog interface 331b via simulation terminal A1 and A2 and the second analog interface 331b of image display 330, and receives the EDID of image display 330 from the second analog interface 331b and transmit, to the first controller 328, the EDID received.
Image display 330 is connected with reproduction equipment 320 to receive image information from reproduction equipment 320 via interface, and display digit 2D image or 3D rendering or simulation 2D image or 3D rendering.
That is, wherein image display 330 via analog interface with reproduce equipment 320 be connected when, it is display simulation 3D rendering when reproduction equipment 320 sends 3D rendering information, and when reproduction equipment 320 sends 2D image information display simulation 2D image.
Additionally, wherein image display 330 via digital interface with reproduce equipment 320 be connected when, it is display digit 3D rendering when reproduction equipment 320 sends 3D rendering information, and when reproduction equipment 320 sends 2D image information display digit 2D image.
This image display 330 includes interface unit 331, second controller 332, memory element 333, image output unit 334 and audio output unit 335.
Interface unit 331 includes the second digital interface 331a and the second analog interface 331b, and image display 330 is only connected with reproduction equipment 320 via any one interface therein.By the interface connected, send expanded display recognition data (EDID) to reproduction equipment 320, and send image information and audio-frequency information from reproduction equipment 320.
Additionally, wherein when reproducing 3D rendering by reproduction equipment 320 under image display 330 is via the second analog interface 331b situation being connected with reproduction equipment 320, receive simulation 2D image information by the second analog interface 331b.
Second controller 332 extracts EDID in response to from the request reproducing equipment 320 from memory element 333, and controls the EDID extracted to equipment 320 transmission of reproduction.Additionally, second controller 332 controls display from reproducing digital 2D image or the 3D rendering of equipment 320 transmission or showing from reproducing simulation 2D image or the 3D rendering that equipment 320 sends.
Memory element 333 stores EDID.
Image output unit 334 is in response to from the order display digit 2D image of second controller 332 or 3D rendering or simulation 2D image or 3D rendering.
Now, image output unit 334 exports 2D image or 3D rendering as digital picture at image display 330 and reproduction equipment 320 when interconnecting via digital interface, and output 2D image or 3D rendering are as analog image when image display 330 and reproduction equipment 320 interconnect via analog interface.
In response to the order from second controller 332, the audio signal sent from reproduction equipment 320 is converted to simulated audio signal by audio output unit 335, and exports switched simulated audio signal by speaker.
Here, first digital interface 329a of reproduction equipment 320 and the second digital interface 331a of image display 330 interconnects to communicate with one another via the cable 342 being connected between digital terminal D1 and D2, and reproduces the first analog interface 329b of equipment 320 and the second analog interface 331b of image display 330 and interconnect to communicate with one another via the cable 341 being connected between simulation terminal A1 and A2.
The HDMI (HDMI) of Digital Interface Standard can be adopted as each in digital interface 329a and 331a, and compound interface can be adopted as each in analog interface 329b and 331b.
Fig. 7 is the flow chart of the method for displaying image of the image display system that other one exemplary embodiment according to the present invention are described, describes it below with reference to Fig. 6.
Reproduction equipment 320 outgoing laser beam is to CD 310, identify the intensity of the laser beam reflected from CD 310, by the intensity-conversion of identification be digital signal therefrom to read image information, and determine that the image information of reading is 2D image information or 3D rendering information (351).
When record is confirmed as 2D image information in the image information of CD 310, reproduction equipment 320 decodes 2D image information and then sends decoded information to image display 330.As a result, image display 330 exports and shows 2D image (354).
Here, when reproduction equipment 320 is connected with image display 330 via analog interface wherein, 2D image information is converted to analogue signal and sends switched analogue signal to image display 330 by it.Alternatively, when reproduction equipment 320 is connected with image display 330 via digital interface wherein, it directly transmits 2D image information as digital signal.
Additionally, for transmission 2D image information to image display 330, the resolution adjustment of 2D image is the optimum resolution that image display 330 is supported based on the EDID of image display 330 by reproduction equipment 320, then sends 2D image information to image display 330.
On the other hand, when on CD 310, the image information of record is confirmed as 3D rendering information wherein, reproduction equipment 320 determines the picture format of 3D rendering information, check from the EDID (352) of image display 330 transmission to determine whether image display 330 can perform 3D rendering and show, and when determining that image display 330 can perform 3D rendering display, it is determined that the 3D rendering form that image display 330 is supported.
Then, reproduction equipment 320 determines, based on the EDID of image display 330, the interface (353) being connected to image display 330.
When the interface determined is digital interface, the picture format of image display 330 is automatically set as the picture format identical with the form of the 3D rendering recorded on CD 310 by reproduction equipment 320, decodes 3D rendering information and sends decoded information by digital interface to image display 330.As a result, image display 330 exports and shows 3D rendering (354).
Additionally, for transmission 3D rendering information to image display 330, the resolution adjustment of 3D rendering is the optimum resolution that image display 330 is supported based on the EDID of image display 330 by reproduction equipment 320, then sends 3D rendering information to image display 330.
On the other hand, when the interface determined is analog interface, the 3D rendering information (355) of reproduction equipment 320 decoding CD 310, and be the best simulation image resolution ratio (356) that image display 330 is supported by the left-eye image information of decoded 3D rendering information and the resolution adjustment of right-eye image information.
Afterwards, left-eye image information and the right-eye image information of modulated whole resolution are respectively converted into analogue signal (357) by reproduction equipment 320, encode switched analogue signal (358), and send encoded signal by analog interface to image display 330.As a result, image display 330 output and display simulation 3D rendering (359).
Now, simulation 3D rendering can have digital 3D rendering form.Such as, simulation 3D rendering can have any one in progressive format, pixel-by-pixel form, frame packing form, top-down format and side-by-side format.
So, when the output record 3D rendering at CD under reproducing the situation that equipment and image display interconnects via analog interface, the left-eye image information of the 3D rendering information on CD and right-eye image information are converted into simulates 3D rendering information and then passes through analog interface and be sent to image display.Therefore, even if under the situation that the equipment of reproduction and image display interconnect via analog interface, it is also possible to record the 3D rendering on CD by image display output.
From the above description it will be apparent that, according to an aspect of the present invention, when under the situation that the equipment of reproduction and image display interconnect via analog interface, output records the 3D rendering on CD, it is provided that alert text is to notify that user cannot carry out the output of 3D rendering by analog interface.Therefore, user may identify which that the closedown of the screen of image display is not caused by the fault of reproduction equipment or image display.
Additionally, in this situation, cannot show owing to not supporting 3D rendering, it is possible to display to the user that menu is to invite him/her to perform to be converted to 3D rendering the process of 2D image.This menu can be configured to output 3D rendering as 2D image.Therefore, user can pass through the output of this menu setting 2D image.
According to a further aspect in the invention, when under reproducing the situation that equipment and image display interconnects via analog interface, output records the 3D rendering on CD, the 3D rendering information on CD is converted into 2D image information and then passes through analog interface and be sent to image display.Therefore, even if under the situation that the equipment of reproduction and image display interconnect via analog interface, it is also possible to exported the 3D rendering of light disc recording by image display.
According to a further aspect in the invention, when output record 3D rendering on CD under reproducing the situation that equipment and image display interconnects via analog interface, the 3D rendering information on CD is converted into be simulated 3D rendering information and then passes through analog interface and be sent to image display.Therefore, even if under the situation that the equipment of reproduction and image display interconnect via analog interface, it is also possible to exported the 3D rendering of light disc recording by image display.
That is, even if under the situation that image display and the equipment of reproduction interconnect via analog interface, it is also possible to easily export 2D image or 3D rendering based on the 3D rendering information on CD.
According to a further aspect in the invention, based on the EDID sent from image display, reproduction equipment determines whether image display can support the output of 3D rendering.Reproduction equipment is additionally based upon the EDID 3D rendering form determining that image display can support and 3D rendering resolution.Therefore, reproduction equipment can based on a determination that result automatically and best arranges the output of 3D rendering.
Although being shown and described several one exemplary embodiment of the present invention, it will be appreciated, however, by one skilled in the art that can be changed without departing from principles of the invention and spirit in these one exemplary embodiment.
Claims (16)
1., for reproducing an image processing apparatus for the view data being stored in storage medium, this image processing apparatus includes:
Read unit, for reading described view data from described storage medium；
Decoder, for exporting left eye image data and right eye image data by decoding described view data；
Digital interface；
Analog interface；And
Controller, for when reproducing described view data with three-dimensional (3D) reproduction mode, control the data image signal that the output of described digital interface is corresponding with the described left eye image data of predetermined 3D rendering form and described right eye image data, and control the analog picture signal that the output of described analog interface is corresponding with one of described left eye image data and described right eye image data.
2. image processing apparatus according to claim 1, wherein, the 3D rendering form of described storage medium determined by described controller, analyze the 3D rendering form that the expanded display recognition data (EDID) of image display is supported to determine image display, and be the 3D rendering format compatible with described storage medium by the 3D rendering change of format of image display.
3. image processing apparatus according to claim 1, wherein, described controller controls the analog picture signal that the output of described analog interface is corresponding with described left eye image data and described right eye image data.
4. image processing apparatus according to claim 1, wherein, described predetermined 3D rendering form be progressive format, pixel-by-pixel form, frame packing form, side-by-side format and top-down format one of them.
5. image processing apparatus according to claim 2, wherein, the EDID resolution to be supported by the resolution adjustment of the image on described storage medium analyzed for image display by described controller.
6. image processing apparatus according to claim 1, wherein, described controller controls the output alert text output order of described analog interface.
7. image processing apparatus according to claim 1, also includes:
Transducer, for converting one of described left eye image data and described right eye image data to described analog picture signal.
8. image processing apparatus according to claim 1, wherein, described digital interface is high-definition media interface (HDMI), and described analog interface is compound interface.
9., for reproducing an image processing method for the view data being stored in storage medium, this image processing method includes:
Described view data is read from described storage medium；
Left eye image data and right eye image data is exported by decoding described view data；And
When reproducing described view data with three-dimensional (3D) reproduction mode, control the data image signal that the output of described digital interface is corresponding with the described left eye image data of predetermined 3D rendering form and described right eye image data, and control the analog picture signal that the output of described analog interface is corresponding with one of described left eye image data and described right eye image data.
10. image processing method according to claim 9, farther include: determine the 3D rendering form of described storage medium, analyze the 3D rendering form that the expanded display recognition data (EDID) of image display is supported to determine image display, and be the 3D rendering format compatible with described storage medium by the 3D rendering change of format of image display.
11. image processing method according to claim 9, wherein, described predetermined 3D rendering form be progressive format, pixel-by-pixel form, frame packing form, side-by-side format and top-down format one of them.
12. image processing method according to claim 10, farther include:
Analyze EDID to determine the resolution that image display is supported；And
It is the resolution that image display is supported by the resolution adjustment of the image on described storage medium.
13. image processing method according to claim 9, farther include:
Control the analog picture signal that the output of described analog interface is corresponding with described left eye image data and described right eye image data.
14. image processing method according to claim 9, farther include: control the output alert text output order of described analog interface.
15. image processing method according to claim 9, also include:
Convert one of described left eye image data and described right eye image data to described analog picture signal.
16. image processing method according to claim 9, wherein, described digital interface is high-definition media interface (HDMI), and described analog interface is compound interface.
Applications Claiming Priority (2)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| KR14718/10 | 2010-02-18 | ||
| KR20101471810 | 2010-02-18 |
Related Parent Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN2011100359260A Division CN102169707A (en) | 2010-02-18 | 2011-02-11 | Image display system and display method thereof |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN105791804A true CN105791804A (en) | 2016-07-20 |
Family
ID=56393100
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201610160904.XA Pending CN105791804A (en) | 2010-02-18 | 2011-02-11 | Image display system and display method thereof |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN105791804A (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106888373A (en) * | 2017-03-29 | 2017-06-23 | 京东方科技集团股份有限公司 | The processing unit and processing system of a kind of 3-D view |
| WO2020135745A3 (en) * | 2018-12-29 | 2020-08-06 | 未来科技（襄阳）有限公司 | Autostereoscopic image display method and display system |
Citations (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| EP1111572A2 (en) * | 1999-12-21 | 2001-06-27 | Eizo Nanao Corporation | Display apparatus |
| US20070057931A1 (en) * | 2005-09-13 | 2007-03-15 | Funai Electric Co., Ltd. | Image display system and receiver device |
| WO2010008012A1 (en) * | 2008-07-16 | 2010-01-21 | ソニー株式会社 | Transmitter, three-dimensional image data transmitting method, receiver, and three-dimensional image data receiving method |
-
2011
- 2011-02-11 CN CN201610160904.XA patent/CN105791804A/en active Pending
Patent Citations (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| EP1111572A2 (en) * | 1999-12-21 | 2001-06-27 | Eizo Nanao Corporation | Display apparatus |
| US20070057931A1 (en) * | 2005-09-13 | 2007-03-15 | Funai Electric Co., Ltd. | Image display system and receiver device |
| WO2010008012A1 (en) * | 2008-07-16 | 2010-01-21 | ソニー株式会社 | Transmitter, three-dimensional image data transmitting method, receiver, and three-dimensional image data receiving method |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106888373A (en) * | 2017-03-29 | 2017-06-23 | 京东方科技集团股份有限公司 | The processing unit and processing system of a kind of 3-D view |
| WO2020135745A3 (en) * | 2018-12-29 | 2020-08-06 | 未来科技（襄阳）有限公司 | Autostereoscopic image display method and display system |
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| US9014539B2 (en) | Image display system and display method thereof | |
| RU2506708C2 (en) | 3d mode selection mechanism for video playback | |
| US20080303832A1 (en) | Method of generating two-dimensional/three-dimensional convertible stereoscopic image bitstream and method and apparatus for displaying the same | |
| CN103269434B (en) | Data structure, recording medium, playing device and playing method, and program | |
| CN103348689A (en) | Image processing device and image processing method | |
| KR20100046584A (en) | Image decoding method, image outputting method, image processing method, and apparatuses thereof | |
| CN103354997A (en) | Image processing device and image processing method | |
| CN103348685A (en) | Image processing device and image processing method | |
| JP4785989B2 (en) | Video / audio transmitter and video / audio receiver | |
| CN103947196B (en) | Interleaved 3D videos | |
| MX2014008979A (en) | Encoding device and encoding method, and decoding device and decoding method. | |
| KR20010106847A (en) | High density optical medium having a compatible data format acceptable by a digital television and apparatus for reproducing the high density optical medium | |
| JP2013125141A (en) | Display device, display method, transmitting device and transmitting method | |
| KR20040099058A (en) | Method for processing subtitle stream, reproducing apparatus and information storage medium thereof | |
| CN101742083A (en) | Image processing apparatus, image processing method, and communication system | |
| CN105791804A (en) | Image display system and display method thereof | |
| US8577206B2 (en) | Information record medium, information record device and method, information reproduction device and method, information recording/reproduction device and method, recording or reproduction control computer program, and data structure containing control signal | |
| US20110234753A1 (en) | System for encoding and decoding stereoscopic images | |
| JP2008141637A (en) | Optical disk drive | |
| JP2017143546A (en) | Playback device, recording medium, display device and information processing method | |
| WO2010032289A1 (en) | Content reproduction system and method | |
| CN103141109A (en) | Reproduction device and reproduction method | |
| CN100456817C (en) | Content reproduction apparatus and method for displaying a gui screen thereof | |
| JP3665390B2 (en) | Playback device, optical disc, and recording device | |
| JP6904470B2 (en) | Playback device, display device, information processing method |
Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C06 | Publication | ||
| PB01 | Publication | ||
| C10 | Entry into substantive examination | ||
| SE01 | Entry into force of request for substantive examination |