Sandeep M Dalal, 61452 Highland Ave, Winchester, MA 01890

6801179, Oct 5, 2004

Sep 6, 2001

09/947814

Sandeep M. Dalal - Ossining NY

Koninklijke Philips Electronics N.V. - Eindhoven

G09G 336

345 89, 345 96, 345690, 348254, 348255

A display driver for implementing an inversion flicker compensation method is disclosed. The inversion flicker compensation method is applicable to a liquid crystal display device that is operable to emit a luminous output in response to a reception of a voltage drive signal and a voltage reference signal. The display driver is operated in accordance with the method to provide the voltage drive signal to the liquid crystal display device in response to a reception of a voltage data signal having a data voltage level indicative of a gray level of a color component. The display driver includes a gamma lookup table for the voltage drive signal that lists a pair of drive voltage levels for the voltage drive signal that correspond to the gray level as indicated by the data voltage level of the voltage data signal. The drive voltage levels have opposing polarities relative to a reference voltage level of the voltage reference signal.

6950088, Sep 27, 2005

Jun 17, 2002

10/173367

Sandeep M. Dalal - Ossining NY, US

Koninklijke Philips Electronics N.V. - Eindhoven

G09G003/36

345102, 345 87, 345 88, 345 98, 345630, 40444, 40448, 34081565, 382149, 382154, 382282, 382289

The electrical scan which applies data for one of the red, green and blue colors of a liquid crystal display (LCD) to the pixels of each row of the display and the optical scan of the panel with the color stripe of that color are synchronized to ensure sufficient time for the switching of the pixel from one color value to another. Synchronizing the electrical and optical scans creates a better color rendition of the displayed image without any inter-color mixing artifacts. Arrays or groups of photosensors are positioned laterally adjacent the active portion of the panel and each array is covered by a filter which passes light of only one of the three colors (red, green and blue) used in the display. The color stripes providing the optical scan are scrolled simultaneously over both the active portion of the panel and the arrays of sensors, with the electrical signals from the sensors providing an indication of the positions of the leading and trailing edges of each color stripe at each instant, and thus the instantaneous velocity of each stripe. The signals from the sensors are provided to a control circuit which determines the order in which the rows of pixels are addressed and for which of the colors to provide data in each addressed location in order to maintain the critical switching time in spite of variations in relative velocities of the three color stripes.

8267927, Sep 18, 2012

Feb 22, 2010

12/709542

Sandeep Dalal - Cortlandt Manor NY, US
Karen Irene Trovato - Putnam Valley NY, US
Jurgen Jan Rusch - Eindhoven, NL
Jochen Kruecker - Washington DC, US

Koninklijke Philips Electronics N.V. - Eindhoven

A61B 18/12

606 34, 606 41

In planning an ablation procedure, a planned target volume (PTV) is imported, which is typically selected by a doctor but may be computer-identified. An ablation solution comprising a plurality of ablation volumes is generated or selected using a lookup table. Ablations sharing a common axis along a line of insertion are grouped into blocks. Alternatively, the PTV is enveloped in a sphere, and a pre-computed ablation solution (e. g. , a 6- or 14-sphere solution) is identified to cover the PTV sphere. Optionally, a mathematical algorithm is executed to increase an axis through the ablation spheres to generate ellipsoidal ablation volumes that envelop the PTV.

2006007, Apr 6, 2006

Nov 12, 2003

10/537009

Evgeniy Leyvi - Riverdale NY, US
Sandeep Dalal - Cortlandt Manor NY, US

G09G 5/02

345589000

A method of processing an image comprising: measuring a set of pixel dependent attributes for a pixelated video frame, each pixel of the frame having a gray level, each gray level associated with a brightness level; and in response to each and every pixel dependent attribute of the set of pixel dependent attributes meeting a corresponding criteria, decreasing the overall brightness of the video frame in accordance with a global brightness signal and increasing the brightness of the gray level of each pixel of the video frame in accordance with a local brightness control signal, the amount a particular gray level brightness is increased being dependent upon the particular gray level and a function of the measured pixel dependent attributes.

2007012, May 31, 2007

Jan 24, 2005

10/586179

Cornelis Van Zon - Cold Spring NY, US
Sandeep Dalal - Cortlandt Manor NY, US
John Dean - Stormville NY, US
Lilla Boroczky - Mt. Kisco NY, US

KONINKLIJKE PHILIPS ELECTRONICS, N.V. - EINDHOVEN NETHERLANDS

H04N 11/02
H04N 7/12

375240160, 375240260

Example embodiments are directed to a video image display system that includes a motion estimation circuit (), a front-end motion compensation circuit (), and a video signal conversion circuit (). The motion estimation circuit generates motion vectors as a function of an incoming video signal, the front-end motion compensation circuit receives and processes the incoming video signal as a function of the motion vectors for general video display, and the video signal conversion circuit receives the processed video signal from the front-end motion compensation circuit and generates a display signal for a specific video display as a function of both the processed video signal and the motion vectors. In one implementation, a scaler () is implemented to scale the video signal for a particular display type, with components of the motion compensation being implemented for use with the scaler.

2007022, Oct 4, 2007

Aug 10, 2005

11/573131

Sandeep Dalal - Cortlandt Manor NY, US
Cornelis Conradus Adrianus Van Zon - Cold Spring NY, US
Lilly Boroczky - Mount Kisco NY, US

KONINKLIJKE PHILIPS ELECTRONICS, N.V. - EINDHOVEN

H04N 9/31

345604000

A system and method for reducing complexity in a color sequential display system that utilizes motion compensation and color conversion. A color sequential display system () is provided that comprises: a motion estimation system () that operates on a Y component from a set of YUV components to generate a set of motion vectors (); and a complexity reduction system () that receives the set of motion vectors and the set of YUV components and outputs motion compensated red, green, blue (RGB) data (), wherein the complexity reduction system includes: a color space conversion system () that converts from a YUV color space to an RGB color space based on a set of conversion equations (); and a motion compensated color sequencing system () that selects a subset of the YUV components to motion compensate based on the set of conversion equations.

2007023, Oct 4, 2007

Mar 29, 2005

10/599199

Sandeep Dalal - Cortlandt Manor NY, US
Yibin Yang - Pine Brook NJ, US
Lilla Boroczky - Mt. Kisco NY, US
Cornelis Conradus Adrianus Van Zon - Cold Spring NY, US

H04N 7/01
H04N 7/12
H04N 7/26

386109000, 375240010, 386131000, 386044000

A system and method of processing a digital video signal for display on a display device, includes decoding an encoded digital video signal to produce a decoded digital video signal having a video source format; extracting coding information from the encoded digital video signal; executing a video quality improvement algorithm on the decoded digital video signal having the video source format using the extracted coding information, to produce a processed decoded digital video signal having the video source format; and converting the processed decoded digital video signal from the video source format to a video display format suitable for display on the display device. The system and method enhance the quality and/or reduce video artifacts in a video signal after it is decoded and prior to display on a display device.

2008025, Oct 16, 2008

May 3, 2005

11/568512

Cornelis Conradus Adrianus Maria Van Zon - Cold Spring NY, US
Lilla Boroczky - Mount Kisco NY, US
Sandeep M. Dalal - Cortlandt Manor NY, US

KONINKLIJKE PHILIPS ELECTRONICS, N.V. - EINDHOVEN

H04B 1/66

37524016, 375E07123

A system and method for generating high frame rate motion compensated color sequencing data for a color sequential display system. A high frame rate motion compensation color sequencing system () is provided, comprising: a system for receiving a first input frame and a second input frame, and for receiving motion vectors () associated with the input frames (); and an interpolation system () that processes the motion vectors and input frames and generates high frame rate motion compensated color sequence data () with an output frame rate defined by an upconversion factor ().