Murtaza Mohammed Ali, 49San Antonio, TX

2022030, Sep 29, 2022

Jan 24, 2022

17/582587

- Austin TX, US
Suleyman Gokhun Tanyer - Victoria, CA
Murtaza Ali - Cedar Park TX, US
Frederick Rush - Auburn AL, US
Monier Maher - St. Louis MO, US
Aria Eshraghi - Austin TX, US
Jean Pierre Bordes - St. Charles MO, US
Marius Goldenberg - Austin TX, US
Vasco Caldeira - Sao Domingos de Rana, PT
Stephen William Alland - Newbury Park CA, US
Curtis Davis - St. Louis MO, US

G01S 7/02
G01S 7/35

An automotive radar using combinations of the techniques of alternating transmit-receive bursts of digitally frequency modulated millimeter wave carriers; sparse MIMO antenna arrays with sidelobe-suppressive coarse and fine beamforming; frequency hopping; range-walking-compensated Doppler analysis and successive, and subtractive target detection in signal strength order.

2022029, Sep 15, 2022

May 31, 2022

17/804691

- Baltimore MD, US
Patrick Howell - San Francisco CA, US
Joohyun Kim - San Francisco CA, US
Murtaza Ali - Austin TX, US
Sid Jatia - Austin TX, US
Chul Lee - San Francisco CA, US

Under Armour, Inc. - Baltimore MD

G06Q 30/06
H04L 67/306

Apparatus and methods are given for providing enhanced product recommendations. In one embodiment, products are recommended to a consumer based on information manually entered by the consumer and/or derived from data relating to the consumer obtained from a health-monitoring platform. The recommended products are provided from a recommendation engine to a human operator or curator at an item selection entity, the curator selects a predetermined number of the recommended products for delivery to the consumer. Such delivery is established by the consumer to occur periodically (such as monthly) as part of a subscription service. Product recommendations are adjusted over time to relate to customer activity and interest data accumulated from the health-monitoring platform. In one embodiment, a recommendation engine is configured to specifically tailor its recommendation algorithms based on feedback information received from the curator and/or the consumer.

2022023, Jul 28, 2022

Jan 24, 2022

17/582672

- Austin TX, US
Curtis Davis - St. Louis MO, US
Murtaza Ali - Cedar Park TX, US
Frederick Rush - Auburn AL, US
Monier Maher - St. Louis MO, US
Marius Goldenberg - Austin TX, US

G01S 7/02
G01S 7/41
G01S 13/931

A radar system with a transmit pipeline transmitting radio signals, and with a receive pipeline receiving radio signals including radio signals transmitted by own transmitters and reflected from objects in an environment, and interfering radio signals transmitted by other radar systems. The receive pipeline provides interference immunity from interfering radio signals transmitted by other radar systems. The transmit pipeline and/or the receive pipeline avoid transmitting radio signals that interfere with the other radar systems. The receive pipeline includes dual polarization receive channels. The interfering radio signals are a different polarization than the radio signals transmitted by own transmitters and reflected from targets in the environment. The receive pipeline provides improved signal handling dynamic range to avoid receive channels saturating at A-to-D converter stage before the radio signal has reached the digital signal processing domain.

2023005, Feb 16, 2023

Oct 17, 2022

17/967189

- Austin TX, US
Curtis Davis - St. Louis MO, US
Murtaza Ali - Cedar Park TX, US

G01S 13/10
H01Q 19/10
G01S 13/28
H01Q 1/32
H01Q 21/06
G01S 7/282
G01S 7/295
G01S 13/931
G01S 7/288

A chip-implementation of a millimeter wave MIMO radar comprises transmitters for transmitting short bursts of digitally modulated radar carrier signals and receivers for receiving delayed echoes of those signals. Various signal formats defined by the number of bits per transmit burst, the transmit burst duration, the receive period duration, the bitrate, the number of range bins, and the number of bursts per scan, facilitate the choice of modulating bit patterns such that when correlating for target echoes over an entire scan, the correlation codes for different ranges and different transmitters are mutually orthogonal or nearly so as compared to a random selection of codes. In the event of imperfect orthogonality, the subtraction of strong already-detected target signals allows for better detecting of weaker signals or moving targets that are rendered non-orthogonal by their Doppler shift.

2021027, Sep 9, 2021

Apr 15, 2021

17/231303

- Baltimore MD, US
Murtaza Nemat Ali - Austin TX, US
Ben Finnigan - Baltimore MD, US
Mary Lawyer - Baltimore MD, US

Under Armour, Inc. - Baltimore MD

G06Q 30/06
G06F 16/957
G06F 16/958

Methods, apparatus, computer applications, and systems are provided for enabling identification of content to be compiled into a shopping application at a user device. In one embodiment, a general layout for a number of content modules to be displayed and identifying information for content to be inserted are provided from a network server to a user device, the user device then calls the appropriate content and utilizes the layout to generate a page for display to the user natively. One specific variant, activity and profile data collected at the user device via a separate application may be stored at the network and used to select content by the server.

2020029, Sep 17, 2020

Mar 11, 2020

16/815320

- Austin TX, US
Frederick Rush - Austin TX, US
Monier Maher - St. Louis MO, US
Murtaza Ali - Cedar Park TX, US

G01S 7/35
G01S 13/32
G01S 13/36

A radar sensing system includes a transmitter and a receiver. The transmitter is configured to transmit a radio signal. The receiver is configured to receive radio signals that include the transmitted radio signal reflected from objects in the environment. The transmitter and receiver are configured to distribute the signal power over frequency so that it is separated from noise and impairments at DC and low frequencies as may be caused by some radar system components which introduce DC offsets and/or low frequency (e.g. flicker) noise.

2020012, Apr 23, 2020

Dec 18, 2019

16/719616

- Dallas TX, US
Murtaza ALI - Cedar Park TX, US
Dan WANG - Allen TX, US
Lorin Paul NETSCH - Allen TX, US

G06F 3/01
G06F 3/0487
G06K 9/00
G06K 9/62
G06F 3/03
G01S 7/41
G01S 13/58
G01S 13/34

A system includes a frequency modulated continuous wave (FMCW) transceiver, a processor, and a memory. The memory stores program instructions that, when executed by the processor, cause the system to receive a signal representative of an FMCW signal reflected from an object of interest, apply a first Fourier transform to the signal to obtain range data, identify a subset of the range data corresponding to a region of interest, apply a second Fourier transform on the identified subset of the range data to obtain velocity data corresponding to the identified subset of the range data, and identify a gesture performed by the object of interest based on at least a portion of velocity data.

2019015, May 23, 2019

Jan 28, 2019

16/259379

- Austin TX, US
Curtis Davis - St. Louis MO, US
Murtaza Ali - Cedar Park TX, US
Paul Dent - Pittsboro NC, US

G01S 7/35
G01S 13/87
G01S 7/282
G01S 13/32
G01S 13/93

A radar system for mobile applications includes transmitters and receivers. The transmitters are configured for installation and use in a mobile application. Each of the transmitters is configured to generate a radio signal. The receivers are configured for installation and use in the mobile application. Each of the receivers is configured to receive radio signals that include transmitted radio signals transmitted by the transmitters and reflected from objects in the environment. A first transmitter of the transmitters is configured to frequency modulate the transmitted radio signal using a shaped frequency pulse which is defined by a sequence of chips. The sequence of chips is selected to realize a selected frequency pulse shape.