JAE HONG KIM, M.D.
Medical Practice at Arbor Dr, San Diego, CA

2011017, Jul 21, 2011

Jan 21, 2011

13/011549

Ajay K. Luthra - San Diego CA, US
Jae Hoon Kim - San Diego CA, US
Arjun Ramamurthy - San Diego CA, US
Haifeng Xu - San Diego CA, US

GENERAL INSTRUMENT CORPORATION - Horsham PA

H04N 13/04

348 51, 348E13075

Preparing a three dimensional (3D) video graphical overlay based on a two dimensional (2D) graphical image in a decoded stereoscopic video signal. This includes receiving the 2D graphical image and receiving 3D information associated with the 3D video graphical overlay. This also includes reproducing, using a processor, the 2D graphical image to form a first view graphical image and a second view graphical image in a graphics window. This also includes mapping the first and second view graphical images, using the 3D information, to frames in the 3D video to form a 3D video graphical overlay of a 3D video stream. This also includes blending the 3D video graphical overlay and the 3D video stream.

2011012, May 26, 2011

Nov 23, 2010

12/952781

Jae Hoon Kim - San Diego CA, US
Limin Wang - San Diego CA, US

General Instrument Corporation - Horsham PA

H04N 13/00

348 42, 348E13062

A 3D video coding apparatus and method which selectively codes video data from a plurality of video sources to include depth information. Coding may be performed by combining depth information with view information, such as RGB, YCrCb, or YUV, and coded together with the view information as, RGBD, YCrCbD or YUVD. An apparatus may selectively code the depth information based on a depth format flag to include no depth information (e.g. a 2D format) or include depth information as a chroma channel. The depth information may be coded separately or together with YCrCb based on a coding cost or rate distortion estimate to encode the video information to obtain the highest quality.

2010032, Dec 30, 2010

Jan 15, 2009

12/735665

Jae Hoon Kim - San Diego CA, US
Yeping Su - Camas WA, US
Peng Yin - Plainsboro NJ, US

H04N 7/32, H04N 7/26

37524012, 37524024, 375E072, 375E07243

Methods and apparatus are provided for implicit block segmentation in video encoding and decoding. An apparatus includes an encoder for encoding at least a portion of a picture using a block segmentation process performed on a pixel difference of at least two predictors for the portion. The encoder implicitly signals block segmentation information for use by a decoder to decode the portion.

2012016, Jul 5, 2012

Dec 30, 2010

12/981951

Jae Hoon Kim - San Diego CA, US
David M. Baylon - San Diego CA, US
Limin Wang - San Diego CA, US

GENERAL INSTRUMENT CORPORATION - Horsham PA

H04N 13/02, H04N 7/12

348 46, 37524026, 348E13074, 375E07026

In a method of encoding video, the video is analyzed to determine a sampling format for the video from a plurality of sampling formats. The video is sampled using the determined sampling format to produce a video portion having a subset of information of the video. The video portion is encoded to form an output bit stream.

2013014, Jun 13, 2013

Dec 9, 2011

13/316103

Jae Hoon Kim - San Diego CA, US
David M. Baylon - San Diego CA, US

GENERAL INSTRUMENT CORPORATION - Horsham PA

H04N 13/00

348 43, 348E13062, 348E13068, 348E13071

A 3D video and graphics processing system may include at least one interface to receive an input video stream. The input video stream may include a 2D, a 3D, or a 2D/3D mixed content stream. A decoder may decode the input video stream. A processor may determine a source format of the input video stream from the decoded input video stream, and determine a target format for an external device to use to display content. The processor may further determine whether the source format matches the target format, if yes, the processor may send the input video stream to the at least one interface, and if no, the processor may modify the input video stream to be in the target format and send the modified input video stream to the at least one interface, for transmitting as an output video stream to the external device.

2012016, Jul 5, 2012

Jan 4, 2012

13/343368

Ajay K. Luthra - San Diego CA, US
Michael A. Grossman - San Diego CA, US
Jae Hoon Kim - San Diego CA, US
Arjun Ramamurthy - San Diego CA, US

General Instrument Corporation - Horsham PA

H04N 13/00

348 43, 348E13068

A method () and apparatus () for three-dimensional television (3DTV) image adjustment includes loading () default 2D-to-3D image setting values from a default settings memory to a user adjustment settings memory, annunciating () the default 2D-to-3D image setting values, receiving () a 2D-to-3D image settings value adjustment, saving () the 2D-to-3D image settings value adjustment in the user adjustment settings memory, and applying () the 2D-to-3D image settings value adjustment to a 2D-to-3D converted image. These methods and apparatuses allow individual users to set 3DTV image settings to their personal preferences to compensate for brightness reductions caused by 3DTV glasses, depth perception sensitivities, and other image quality factors.