Peter C Li

7272379, Sep 18, 2007

Apr 26, 2002

10/133232

Jack T. Tang - Danville CA, US
Russel Brankley - Willingboro NJ, US
Daniel T. Belenets - Summit NJ, US
Ce Xu - San Ramon CA, US
William C. King - Lafayette CA, US
Peter Hu - Pleasanton CA, US
Patricia R. Chang - San Ramon CA, US
Peter Li - Albany CA, US

Cellco Partnership - Bedminster NJ

H04M 11/00

455406, 455405

Improved billing accuracy in session-based communications is provided by separating session (or connection) billing from session processing. If two sessions () on the same serving node are bridged, so the true stop time of the prior session () is not known, the stop time of the prior session is defined as a function of the last activity during (TALS) that session. To accomplish this, the serving node detects and stores the time of last activity and the time of initiation for each connection and determines the billing time accordingly, regardless of the state of the inactivity timer () or whether sessions were bridged by the serving node.

7277416, Oct 2, 2007

Sep 2, 2003

10/652559

Patricia Ruey Chang - San Ramon CA, US
Clarence E. Drumheller - Belleville NJ, US
Ce Xu - San Ramon CA, US
William C. King - Lafayette CA, US
Jack Tang - Danville CA, US
Peter Hu - Pleasanton CA, US
Peter Li - Albany CA, US

Cellco Partnership - Bedminster NJ

H04Q 7/00
H04J 15/00
H04M 1/00
H04M 3/00

370338, 370328, 370912, 455419, 4555501, 4555562

In existing standards for packet data communication over enhanced cellular networks, for a subscriber having a static address, the network relies on the terminal to provide the static address. Consequently, the terminal needs to know (be programmed with) its own static address and typically the address of a home agent element of the network. To eliminate the attendant need to provision such address data in the mobile station, the static address is stored in a node of the network, and the network assigns that one address to the mobile station, every time when the subscriber requests packet data service, for example, using a mobile IP (MIP) type address assignment procedure. The address assignment operation may also provide the home agent address to the station.

7680942, Mar 16, 2010

Apr 11, 2007

11/733830

Fangqiu Tu - Caldwell NJ, US
Peter Cheng-Lung Li - Morristown NJ, US

Cellco Partnership - Basking Ridge NJ

G06F 15/16

709228, 709227, 709229

An apparatus for providing remote client deactivation includes a processing element. The processing element may be configured to receive a message associated with a service related to a communication session with a client, determine whether the client is associated with an indication to deactivate the client and communicate a signaling message to deactivate the client in response to a determination that the client is associated with the indication to deactivate the client.

20060073493, Apr 6, 2006

Jun 15, 2005

11/153991

Daniel Fasulo - Titusville NJ, US
Robert Holt - North Vancouver, CA
Cheryl Evans - Cedar Hill CA, US
Jeannine Gocayne - Potomac MD, US
Peter Li - Brookeville MD, US

Applera Corporation - Foster City CA

C12Q 1/68
G06F 19/00

435006000, 702020000

A method and computer-program product for sequencing nucleic acid sequences using restriction fragment maps derived from end-sequenced nucleotide fragments. The initial nucleotide sequence can be processed to form a shot-gun-data set. The present teachings employ a technique called Restriction Site Shotgun Sequencing (RSSS.) It can reduce the amount of overlap required between fragment ends while still producing a good assembly. A decrease in overlap can be achieved by using additional information in the fragments to assist in determining that two fragments overlap.

20100129802, May 27, 2010

Jul 15, 2009

12/503817

Daniel P. FASULO - Titusville NJ, US
Robert A. HOLT - North Vancouver, CA
Cheryl A. EVANS - Cedar Hill TX, US
Jeannine D. GOCAYNE - Potomac MD, US
Peter W. LI - Brookeville MD, US

APPLIED BIOSYSTEMS, LLC - Carlsbad CA

C12Q 1/68
G06G 7/48

435 6, 703 11

A method and computer-program product for sequencing nucleic acid sequences using restriction fragment maps derived from end-sequenced nucleotide fragments. The initial nucleotide sequence can be processed to form a shot-gun-data set. The present teachings employ a technique called Restriction Site Shotgun Sequencing (RSSS.) It can reduce the amount of overlap required between fragment ends while still producing a good assembly. A decrease in overlap can be achieved by using additional information in the fragments to assist in determining that two fragments overlap.

59869720, Nov 16, 1999

Mar 31, 1998

9/054313

Peter C. Li - Newport RI

The United States of America as represented by the Secretary of the Navy - Washington DC

H04B 1700

367 13

A method to shape a transmit beam pattern of a transmitter array. A basel time delay/phase coefficient is set for each transmitter. A plurality of beam pattern intensities are iteratively generated using the set of baseline time delays/phase coefficients and a plurality of sets of adjusted time delays/phase coefficients. Each beam pattern intensity has a unique set of time delays/phase coefficients associated therewith. Each one of the sets of adjusted time delays/phase coefficients differs from the set of baseline time delays/phase coefficients by only one time delay/phase coefficient. Each beam pattern intensity is compared with the optimal beam pattern intensity to determine which one of the set of unique time delays/phase coefficients minimizes a difference between the optimal beam pattern intensity and a corresponding one of the plurality of beam pattern intensities. The set of baseline time delays/phase coefficients is then replaced with the one of the set of unique time delays/phase coefficients that minimizes the difference. The above steps of iterative generation, comparing and replacing are repeated until the difference can no longer be reduced.

20220391975, Dec 8, 2022

Sep 30, 2019

16/587792

- San Francisco CA, US
Zhe Xu - San Francisco CA, US
Peter Li - San Francisco CA, US

G06Q 40/04
G06N 3/08

Systems, apparatuses, methods, and computer program products are disclosed for pricing a callable instrument. A plurality of paths corresponding to the value of an underlying entity of the callable instrument are determined corresponding to a set of dates. The set of dates includes a particular exercise date of the callable instrument. A deep neural network (DNN) of a backward DNN with value reset solver is trained until a convergence requirement is satisfied. The backward DNN with value reset solver propagates in reverse time order from a final value to an initial value based on the path. At the particular exercise date, an expected value is determined and compared to criteria. If the criteria are satisfied the value of the callable instrument at the particular exercise date is set to a reset value, otherwise the value at the particular exercise date is maintained as a value determined via the propagation.

20170324840, Nov 9, 2017

May 6, 2016

15/148898

- Arlington VA, US
Peter Li - West Orange NJ, US

H04L 29/08
H04L 12/26
H04L 12/24
H04M 1/725
G08B 23/00

The operational status of devices (such as routers, gateways, etc.) may be determined automatically, without the need for a user to look up status lights or sounds in a manual. A particular device may be automatically identified (e.g., by image recognition techniques), and the operational status may also be automatically identified. For example, a user device may capture an image, video, and/or audio of the device, and may automatically identify an operational status of the device based on the captured image, video, and/or audio. A message and/or suggested set of actions may also be presented to the user, which may indicate the operational status and instructions for one actions that the user may perform to improve the operational status of the device.