Chun H Yu

8089486, Jan 3, 2012

Mar 21, 2005

11/086474

Michael Hugh Anderson - Leucadia CA, US
Dan Minglun Chuang - San Diego CA, US
Geoffrey Shippee - Palo Alto CA, US
Rajat Rajinderkumar Dhawan - San Diego CA, US
Chun Yu - San Diego CA, US

QUALCOMM Incorporated - San Diego CA

G06T 1/20

345506

A 3D graphics pipeline includes a prefetch mechanism that feeds a cache of depth tiles. The prefetch mechanism may be predictive, using triangle geometry information from previous pipeline stages to pre-charge the cache, thereby allowing for an increase in memory bandwidth efficiency. A z-value compression technique may be optionally utilized to allow for a further reduction in power consumption and memory bandwidth.

20020187235, Dec 12, 2002

Apr 30, 2001

09/846710

Chun Yu - Los Angeles CA, US

A23J003/00

426/570000

A non-habit forming and ecologically beneficial laxative in beverage form that exhibits a novel synergistic effect in relieving and preventing both temporary and chronic constipation without pains or hurting the mucous lines in the colon. The primary constituents of the ingestible laxative beverage comprise a water-soluble, low viscosity fiber selected from a group consisting of fractocligosaccharides, maltodextrin and polydextrose and any qualified one and an herbal laxative selected from a group consisting of cascara sagrada and rhubarb extracts. The secondary active constituents of the ingestible beverage laxative are selected from a group consisting of chamomile, aloe vera and licorice extracts.

20050195198, Sep 8, 2005

Sep 23, 2004

10/949012

Michael Anderson - Levcadia CA, US
Ann Irvine - Bonsall CA, US
Nidish Kamath - Placentia CA, US
Chun Yu - San Diego CA, US
Dan Chuang - San Diego CA, US
Yushi Tian - San Diego CA, US
Yingyong Qi - San Diego CA, US

G06T001/20
G06T015/40

345506000

A graphics pipeline includes a plurality of sequentially arranged processing stages which render display pixel data from input primitive object data. The processing stages include at least a texturing stage and a depth test stage, and the depth test stage may be located earlier in the graphics pipeline than the texturing stage.

60485213, Apr 11, 2000

May 27, 1998

9/085571

Joachim B. Kohn - Highland Park NJ
Chun Yu - Piscataway NJ

Rutgers, The State University - New Brunswick NJ

C08L 6900
C08L 7700
A61L 2404

424 7808

Implantable medical devices and drug delivery implants containing polyarylate random block copolymers are disclosed, along with methods for drug delivery and for preventing the formation of adhesions between injured tissues employing the polyarylate random block copolymers.

56589956, Aug 19, 1997

Nov 27, 1995

8/562842

Joachim B. Kohn - Highland Park NJ
Chun Yu - Piscataway NJ

Rutgers, The State University - New Brunswick NJ

C08L 6900
C08L 7700

525432

Random block copolymers having the formula: ##STR1## wherein R. sub. 1 is --CH. dbd. CH-- or (--CH. sub. 2 --). sub. j, in which j is zero or an integer from one to eight; R. sub. 2 is selected from hydrogen, straight and branched alkyl and alkylaryl groups containing up to 18 carbon atoms and derivatives or biologically and pharmaceutically active compounds covalently bonded to said copolymer; each R. sub. 3 is independently an alkylene group containing up to 4 carbon atoms; y is an integer between about 5 and about 3000; and f is the percent molar fraction of alkylene oxide in the copolymer and ranges between about 1 and about 99 mole percent. Implantable medical devices and drug delivery implants containing the random block copolymers are also disclosed, along with methods for drug delivery and for preventing the formation of adhesions between injured tissues employing the random block copolymers. Polyarylate random block copolymers are also described.

63194929, Nov 20, 2001

Mar 7, 2000

9/520665

Joachim B. Kohn - Highland Park NJ
Chun Yu - Piscataway NJ

Rutgers, The State University - New Brunswick NJ

A61K 3174

424 7808

Implantable medical devices and drug delivery implants containing polyarylate random block copolymers are disclosed, along with methods for drug delivery and for preventing the formation of adhesions between injured tissues employing the polyarylate random block copolymers.

20210209717, Jul 8, 2021

Jan 3, 2020

16/734252

- San Diego CA, US
Chun YU - Rancho Santa Fe CA, US
Andrew Evan GRUBER - Arlington MA, US
Zilin YING - San Diego CA, US
Baoguang YANG - Fremont CA, US

G06T 1/20
G06T 11/00

Methods, systems, and devices for image processing are described. A device may determine, based on a test operation, to terminate a first wave associated with a first slot of a set of slots. The device may update a terminated wave bit associated with the first slot based on the determination to terminate the first wave. In some aspects, the device may update a number of invocations field associated with the first wave based on the determination to terminate the first wave. The device may release the first slot based on updating the terminated wave bit and the number of invocations field. In some examples, the device may output the number of invocations field to a rendering backend of the device based on the terminated wave bit.

20170366993, Dec 21, 2017

Oct 28, 2016

15/336885

Yigal Bejerano - Springfield NJ, US
Chandrasekharan Raman - Somerset NJ, US
Tomas S. Young - Parsippany NJ, US
Chun Nam Yu - Jersey City NJ, US
Hugo A. Infante - New Providence NJ, US

Alcatel-Lucent USA Inc. - Murray Hill NJ

H04W 24/10
H04L 12/18
H04L 5/00
H04L 12/26
H04L 1/00

The present disclosure generally discloses dynamic monitoring and management capabilities for use in wireless communication systems. The dynamic monitoring and management capabilities may be configured to support dynamic monitoring and management within various types of contexts and associated environments. The dynamic monitoring and management capabilities may include feedback collection capabilities, service quality evaluation capabilities, parameter tuning capabilities, or the like, as well as various combinations thereof.