Jonathan Bailey

2016036, Dec 15, 2016

Aug 26, 2016

15/248573

- Morris Plains NJ, US
Andrew J. Borleske - Garner NC, US
Mark Holman - Durham NC, US
Roberta Yee - Raleigh NC, US
Nicholas Fountas - Cary NC, US
Jonathan H. Bailey - Raleigh NC, US

H04W 52/02

A metering device may be configured to communicate with other devices in an advanced metering infrastructure (AMI) system. For example, a metering device may be configured to communicate with a collection device. To enable such communications, a collection device may send a wake-up-tone and/or a request message to a metering device. Based on the request message, a metering device may send data to the collection device. Metering communication networks may be mobile and/or fixed. For example, a mobile collection device may use a wireless signal to interrogate a metering device to retrieve data from the metering device.

2019011, Apr 18, 2019

Oct 12, 2017

15/782098

- Ann Arbor MI, US
Jonathan BEAUMONT - Ann Arbor MI, US
Davoud Anoushe JAMSHIDI - Ann Arbor MI, US
Jonathan BAILEY - Ann Arbor MI, US
Trevor MUDGE - Ann Arbor MI, US
Scott MAHLKE - Ann Arbor MI, US

G06F 9/48
G06F 9/50
G06F 9/46

An apparatus and method are provided for processing thread groups, where each thread group has associated program code and comprises one or more threads. Scheduling circuitry is used to select thread groups from a plurality of thread groups, and then thread processing circuitry is responsive to the scheduling circuitry to process one or more threads of a selected thread group by executing instructions of the associated program code. The associated program code comprises a plurality of regions that each require access to an associated plurality of registers providing operand values for the instructions of that region. An operand staging unit is provided that has a plurality of storage elements that are dynamically allocated to provide the associated plurality of registers for one or more of the regions. Capacity management circuitry is arranged, for a thread group having a region of the associated program code that is ready to be executed, to perform an operand setup process to reserve sufficient storage elements within the operand staging unit to provide the associated plurality of registers, and to cause the operand value for any input register to be preloaded into a reserved storage element allocated for that input register, an input register being a register whose operand value is required before the region can be executed. The scheduling circuitry selects a thread group for which the capacity management circuitry has performed the operand setup process in respect of the region to be executed, and the thread processing circuitry then executes the instructions of the region of the selected thread group with reference to the registers as provided by the operand staging unit. This provides a very area and energy efficient mechanism for providing the required registers.

6013892, Jan 11, 2000

Jan 27, 1998

9/013721

Paul R. Buda - Raleigh NC
Jonathan H. Bailey - Raleigh NC

Square D Company - Palatine IL

B23K 1124

219110

A phase controlled weld controller system uses an internal model of weld line and load impedance and of open circuit weld input voltage to develop a nominal firing angle sequence to maintain a desired weld current sequence. The weld controller computes a nominal firing angle sequence based on estimated models of line impedance, open circuit line voltage, and an estimated relation between the load current and conduction angle and the mathematical relation between firing angle, conduction angle and load circuit power that will achieve a desired weld sequence if the models are accurate. The weld controller subsequently uses measured values received in real time while the weld sequence is being executed to modify the nominal firing angle to better achieve the desired objective. This approach allows the weld controller to quickly achieve the desired weld sequence with the actual load, while permitting low feedback gains, resulting in a system that is quick and accurate in response without being overly sensitive.

2020020, Jun 25, 2020

Mar 4, 2020

16/809313

- Cambridge MA, US
Alexey Lukin - Somerville MA, US
Jonathan Bailey - Brooklyn NY, US
Matthew Campbell - Arlington MA, US

IZotope, Inc. - Cambridge MA

G10L 21/0232
G10L 25/51

Some embodiments of the invention are directed to techniques for suppressing or attenuating noise in audio circuitry, such as which may result from a source of electromagnetic energy being coupled to the audio circuitry. Some embodiments may employ two separate channels, a first of which captures audio information and noise, and a second of which captures the noise. Noise compensation may be performed by transforming the signal of the first channel in accordance with noise in the second channel which is identified as comprising a particular type of noise.

2021030, Sep 30, 2021

Apr 13, 2021

17/229595

- Cambridge MA, US
Alexey Lukin - Somerville MA, US
Jonathan Bailey - Brooklyn NY, US
Matthew Campbell - Arlington MA, US

IZotope, Inc. - Cambridge MA

G10L 21/0232
G10L 25/51

Some embodiments of the invention are directed to techniques for suppressing or attenuating noise in audio circuitry, such as which may result from a source of electromagnetic energy being coupled to the audio circuitry. Some embodiments may employ two separate channels, a first of which captures audio information and noise, and a second of which captures the noise. Noise compensation may be performed by transforming the signal of the first channel in accordance with noise in the second channel which is identified as comprising a particular type of noise.

4718564, Jan 12, 1988

Aug 13, 1986

6/896607

Jonathan L. Bailey - Cincinnati OH

B66C 2318

212179

A portable construction hoist adapted to mount flush against the inside surface of a wall. A telescoping mast carries a removeably mounted winch with a remote control pendant. A freely rotatable boom is removeably mounted to the top of the mast. As the boom is rotated, an object which has been raised along the outside of the wall to which the hoist is secured can be brought around and lowered inside the perimeter of the building. The telescoping mast and removable boom and winch facilitate transportation and storage.

2013010, May 2, 2013

Oct 26, 2012

13/662056

ELSTER SOLUTIONS, LLC - Raleigh NC, US
Andrew J. Borleske - Garner NC, US
Mark Holman - Durham NC, US
Roberta Yee - Raleigh NC, US
Nicholas Fountas - Cary NC, US
Jonathan H. Bailey - Raleigh NC, US

ELSTER SOLUTIONS, LLC - RALEIGH NC

G08C 15/06

34087002

A metering device may be configured to communicate with other devices in an advanced metering infrastructure (AMI) system. For example, a metering device may be configured to communicate with a collection device. To enable such communications, a collection device may send a wake-up-tone and/or a request message to a metering device. Based on the request message, a metering device may send data to the collection device. Metering communication networks may be mobile and/or fixed. For example, a mobile collection device may use a wireless signal to interrogate a metering device to retrieve data from the metering device.

2008007, Mar 20, 2008

Sep 18, 2007

11/856995

Todd Bailey - Benton AR, US
Jonathan Bailey - Benton AR, US
Christopher Eley - Alexander AR, US
Rex Eley - Little Rock AR, US

G06F 21/22

726028000

A system for providing users with electronic access to multiple electronic collaboration services via a single electronic work center with a single user home page is disclosed that provides routing of users amongst multiple electronic work centers, each with access to a centralized electronic signature service. User information remains accessible from the user's home page while the user accessed functionality in other work centers can be controlled according to the access and authority credentials and rules specified by each third party work center administrator. In addition, electronic signatures can be applied in the work center environment, including via integrated audio and web conferencing with document management. The work center environment can be used to manage an electronic document to be electronically signed by any number of individuals in remote locations, with any of these signings being performed on a single computer in a single location hosted by an independent third.