Li Hua Zhao

7725657, May 25, 2010

Mar 21, 2007

11/726238

William C. Hasenplaugh - Jamaica Plain MA, US
Li Zhao - Beaverton OR, US
Ravishankar Iyer - Portland OR, US
Ramesh Illikkal - Portland OR, US
Srihari Makineni - Portland OR, US
Donald Newell - Portland OR, US
Aamer Jaleel - Hudson MA, US

Intel Corporation - Santa Clara CA

G06F 12/06

711130

In one embodiment, the present invention includes a method for associating a first priority indicator with data stored in a first entry of a shared cache memory by a core to indicate a priority level of a first thread, and associating a second priority indicator with data stored in a second entry of the shared cache memory by a graphics engine to indicate a priority level of a second thread. Other embodiments are described and claimed.

20050118148, Jun 2, 2005

Dec 19, 2003

10/741158

Roland Stein - Nashville TN, US
Taka-aki Matsuoka - Osaka, JP
Li Zhao - Nashville TN, US

A61K048/00
C12N005/08
C12N015/85
C12N015/86

424093210, 435370000, 435455000, 435456000

Various embodiments of the invention include methods of generating a β-like cell comprising providing an expression cassette comprising a nucleic acid sequence encoding MafA under the control of a heterologous promoter and transferring the expression cassette into a non-insulin producing cell, wherein the expression of the MafA in the cell converts the cell into a β-like cell.

20200041598, Feb 6, 2020

Mar 22, 2018

16/498672

- Boston MA, US
Li Zhao - Boston MA, US

G01R 33/561
G01R 33/56
G06F 17/50
G06F 7/22

Systems and methods for acquiring magnetic resonance imaging (MRI) images of a subject are provided. The method includes performing a pulse sequence to elicit spin echoes, wherein the pulse sequence includes a radio frequency (RF) excitation pulse and a series of RF refocusing pulses that refocus echoes with flip angles in the series of RF refocusing pulses that are varied. The method also includes scaling MRI data associated with each echo by a correction factor that is determined for each echo to create scaled MRI data and that is not the same for all echoes. The method then includes reconstructing an image of the subject using the scaled MRI data.

20180219784, Aug 2, 2018

Jan 27, 2017

15/417610

- Arlington VA, US
Vikram Siwach - Carlisle MA, US
Damascene M. Joachimpillai - Westford MA, US
Li Zhao - Waltham MA, US

H04L 12/851
H04L 12/14

A method, a device, and a non-transitory storage medium to receive in a data path of user traffic, a packet associated with an end user; identify, by an operating system space, an identifier of the end user that is included in the packet; determine whether a type of traffic control service to be applied to the packet can be determined; pass, by the operating system space to an application space, the packet when the type of traffic control service cannot determined; determine, by the application space, the type of traffic of traffic control service; add, by the application space, a marker to the packet that indicates an identifier of the type of traffic control service; provide, by the operating system space the type of traffic control service that includes an in-line quota enforcement service and a charging record service.

20180075601, Mar 15, 2018

Dec 4, 2017

15/810834

- Boston MA, US
Li Zhao - Cambridge MA, US

G06T 7/00
G06T 5/50

Systems and methods for generating a medical image of a subject that includes functional information. First, two medical images are acquired. One is weighted based on functional information reflecting physiological functions of the subject and the other weighted based on anatomic information of the subject. A difference image between the two images are generated. By subjecting the difference image and the second image to a localized kernel, a local similarity image is generated. Using the local similarity image, an improved difference image is generated. Lastly, by subtracting the improved difference image from the first image, an enhanced medical image that retains the functional information reflecting physiological functions of the subject is generated.

20170343635, Nov 30, 2017

May 26, 2017

15/606882

- Charlottesville VA, US
- Boston MA, US
Li Zhao - Boston MA, US
Xiao Chen - Charlottesville VA, US

G01R 33/56
A61B 5/00
A61B 5/026

Some aspects of the present disclosure relate a method for magnetic resonance imaging, which can include acquiring, by applying an imaging pulse sequence, magnetic resonance data associated with a region of interest of a subject. The imaging pulse sequence can include a plurality of RF pulses configured to generate a desired image contrast, and an outer-volume suppression (OVS) module to attenuate the signal outside the region of interest. The method can further include reconstructing, from the acquired magnetic resonance data, a plurality of reduced field of view (rFOV) magnetic resonance images corresponding to the region of interest.

20160335762, Nov 17, 2016

May 15, 2015

14/714015

- Boston MA, US
Li Zhao - Cambridge MA, US

G06T 7/00

Systems and methods for generating a medical image of a subject that includes functional information. First, two medical images are acquired. One is weighted based on functional information reflecting physiological functions of the subject and the other weighted based on anatomic information of the subject. A difference image between the two images are generated. By subjecting the difference image and the second image to a localized kernel, a local similarity image is generated. Using the local similarity image, an improved difference image is generated. Lastly, by subtracting the improved difference image from the first image, an enhanced medical image that retains the functional information reflecting physiological functions of the subject is generated.