David G. Taylor - researchr alias

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Viewing Publication 1 - 34 from 34

2024

2021

2020

Simulation Model of RFID System for RFID-Based Motion-Capture and LocalizationQian Yang, David G. Taylor, Gregory D. Durgin. rfid 2020: 1-6 [doi]

Nonlinear Least-Squares State Estimation for 2D RFID-Based Motion CaptureQian Yang, David G. Taylor, Gregory D. Durgin. rfid 2020: 1-8 [doi]

2019

Planar Position and Orientation Estimation Using a 5.8 GHz RFID SystemMuhammad Bashir Akbar, David G. Taylor, Gregory D. Durgin. rfidta 2019: 252-257 [doi]

Infinite Horizon Nonlinear Quadratic Cost RegulatorHassan Almubarak, Nader Sadegh, David G. Taylor. amcc 2019: 5570-5575 [doi]

Friction pre-sliding control and sliding impulse compensationDavid G. Taylor. anzcc 2019: 215-220 [doi]

2018

Energy-Optimal Single-Axis Motion TrajectoriesAravind Samba Murthy, David P. Magee, David G. Taylor. iecon 2018: 2305-2310 [doi]

Control of a Hydraulic Elevator with a Variable-Speed PumpAravind Samba Murthy, David G. Taylor. iecon 2018: 2245-2250 [doi]

Kalman filter based localization and tracking estimation for HIMR RFID systemsQian Yang, David G. Taylor, Gregory D. Durgin. rfid 2018: 1-5 [doi]

2015

Hybrid Inertial Microwave Reflectometry for mm-Scale Tracking in RFID SystemsMuhammad B. Akbar, David G. Taylor, Gregory D. Durgin. TWC, 14(12):6805-6814, 2015. [doi]

Amplitude and phase difference estimation bounds for multisensor based tracking of RFID TagsMuhammad B. Akbar, David G. Taylor, Gregory D. Durgin. rfid 2015: 105-112 [doi]

2014

Balancing a reaction wheel pendulum with PM synchronous motor actuationDaniel D. Murdock, David G. Taylor. iecon 2014: 96-102 [doi]

Systematic approach to the modeling and control of hybrid electric vehicle powertrainsDavid G. Taylor. iecon 2014: 3060-3065 [doi]

2010

Design of nonlinear least-squares velocity estimation algorithms for automotive vehiclesDavid G. Taylor. cdc 2010: 6409-6414 [doi]

2009

Privacy concern and online personalization: The moderating effects of information control and compensationDavid G. Taylor, Donna F. Davis, Ravi Jillapalli. ecr, 9(3):203-223, 2009. [doi]

2006

Fourier Series Methods for Optimal Periodic Position ControlNattapon Chayopitak, David G. Taylor. cdc 2006: 1221-1226 [doi]

2005

Input-output linearization of an automobile model with 2-D LuGre frictionMatthew G. Villella, David G. Taylor. amcc 2005: 429 [doi]

2002

Stable inversion of continuous-time nonlinear systems by finite-difference methodsDavid G. Taylor, Song Li. tac, 47(3):537-542, 2002. [doi]

2000

One-cycle-averaging for digital PWM control system designMohammed S. Al-Numay, David G. Taylor. amcc 2000: 1057-1061 [doi]

∞ control design for positioning performance of gantry robotsXuedong Yang, David G. Taylor. amcc 2000: 3038-3042 [doi]

1998

Sensorless velocity control of permanent-magnet synchronous motorsKenneth R. Shouse, David G. Taylor. tcst, 6(3):313-324, 1998. [doi]

1995

Discrete-time observers for singularly perturbed continuous-time systemsKenneth R. Shouse, David G. Taylor. tac, 40(2):224-235, 1995. [doi]

1994

Feedback control of linear systems by multirate pulse-width modulationAlireza Khayatian, David G. Taylor. tac, 39(6):1292-1297, 1994. [doi]

Multirate modeling and control design for switched-mode power convertersAlireza Khayatian, David G. Taylor. tac, 39(9):1848-1852, 1994. [doi]

A digital self-tuning tracking controller for permanent-magnet synchronous motorsKenneth R. Shouse, David G. Taylor. tcst, 2(4):412-422, 1994. [doi]

1991

Low-torque-ripple switched reluctance motors for direct-drive roboticsRichard S. Wallace, David G. Taylor. trob, 7(6):733-742, 1991. [doi]

1990

A high-speed direct frequency synthesizerPeter H. Saul, David G. Taylor. jssc, 25(1):215-219, February 1990. [doi]

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