Lyapunov redesign of analog phase-lock loops. - Daniel Y. Abramovitch (IEEE Trans. Commun., 1990)

Discussion on: 'Advanced Motion Control: An Industrial Perspective' by M. Steinbuch and M. L. Norg. - Daniel Y. Abramovitch; Takashi Yamaguchi; Maarten Steinbuch (Eur. J. Control, 1998)

A Tutorial on the Mechanisms, Dynamics, and Control of Atomic Force Microscopes. - Daniel Y. Abramovitch; Sean B. Andersson; Lucy Y. Pao; Georg Schitter (ACC, 2007)

A Survey of Non-Raster Scan Methods with Application to Atomic Force Microscopy. - Sean B. Andersson; Daniel Y. Abramovitch (ACC, 2007)

Combined Feedforward/Feedback Control of Atomic Force Microscopes. - Lucy Y. Pao; Jeffrey A. Butterworth; Daniel Y. Abramovitch (ACC, 2007)

Efficient and flexible simulation of phase locked loops, part I: Simulator design. - Daniel Y. Abramovitch (ACC, 2008)

Efficient and flexible simulation of phase locked loops, part II: Post processing and a design example. - Daniel Y. Abramovitch (ACC, 2008)

Semi-automatic tuning of PID gains for Atomic Force Microscopes. - Daniel Y. Abramovitch; Storrs Hoen; Richard Workman (ACC, 2008)

The effect of nonminimum-phase zero locations on the performance of feedforward model-inverse control techniques in discrete-time systems. - Jeffrey A. Butterworth; Lucy Y. Pao; Daniel Y. Abramovitch (ACC, 2008)

A tale of three actuators: How mechanics, business models and position sensing affect different mechatronic servo problems. - Daniel Y. Abramovitch (ACC, 2009)

Adaptive-delay combined feedforward/feedback control for raster tracking with applications to AFMs. - Jeffrey A. Butterworth; Lucy Y. Pao; Daniel Y. Abramovitch (ACC, 2010)

Dual-adaptive feedforward control for raster tracking with applications to AFMs. - Jeffrey A. Butterworth; Lucy Y. Pao; Daniel Y. Abramovitch (CCA, 2011)

Low latency demodulation for Atomic Force Microscopes, Part I efficient real-time integration. - Daniel Y. Abramovitch (ACC, 2011)

A comparison of ILC architectures for nanopositioners with applications to AFM raster tracking. - Jeffrey A. Butterworth; Lucy Y. Pao; Daniel Y. Abramovitch (ACC, 2011)

A Discrete-Time Single-Parameter Combined Feedforward/Feedback Adaptive-Delay Algorithm With Applications to Piezo-Based Raster Tracking. - Jeffrey A. Butterworth; Lucy Y. Pao; Daniel Y. Abramovitch (IEEE Trans. Control. Syst. Technol., 2012)

Quintessential phase: A method of mitigating turbulence effects in interferometer measurements of precision motion. - Eric Johnstone; Daniel Y. Abramovitch (ACC, 2013)

A tutorial on laser interferometry for precision measurements. - Russell Loughridge; Daniel Y. Abramovitch (ACC, 2013)

Built-in stepped-sine measurements for digital control systems. - Daniel Y. Abramovitch (CCA, 2015)

Trying to keep it real: 25 Years of trying to get the stuff I learned in grad school to work on mechatronic systems. - Daniel Y. Abramovitch (CCA, 2015)

A unified framework for analog and digital PID controllers. - Daniel Y. Abramovitch (CCA, 2015)

Mitigating rotational disturbances on a disk drive with mismatched linear accelerometers. - Daniel Y. Abramovitch; George Hsu (CCA, 2015)

The multinotch, part I: A low latency, high numerical fidelity filter for mechatronic control systems. - Daniel Y. Abramovitch (ACC, 2015)

The discrete time Biquad State Space structure: Low latency with high numerical fidelity. - Daniel Y. Abramovitch (ACC, 2015)

The multinotch, part II: Extra precision via Δ coefficients. - Daniel Y. Abramovitch (ACC, 2015)

The continuous time biquad state space structure. - Daniel Y. Abramovitch (ACC, 2015)

A comparison of Δ coefficients and the δ parameterization, part I: Coefficient accuracy. - Daniel Y. Abramovitch (ACC, 2017)

A Comparison of Δ Coefficients and the δ Parameterization, Part II: Signal Growth. - Daniel Y. Abramovitch (ACC, 2018)

Adding Rigid Body Modes and low pass Filters to the Biquad State Space and Multinotch. - Daniel Y. Abramovitch (ACC, 2018)

A Comparison of the δ Parameterization and the τ Parameterization. - Daniel Y. Abramovitch (ACC, 2019)

Improved Peak Detection for Mass Spectrometry via Augmented Dominant Peak Removal. - Daniel Y. Abramovitch (ACC, 2020)

A Tutorial on PES Pareto Methods for Analysis of Noise Propagation in Feedback Loops. - Daniel Y. Abramovitch (CCTA, 2020)

The Demod Squad: A Tutorial on the Utility and Methodologies for Using Modulated Signals in Feedback Loops. - Daniel Y. Abramovitch (CCTA, 2020)

Determining Kalman Filter Input Noises Using PES Pareto. - Daniel Y. Abramovitch (ACC, 2021)

Using Feedback Control Principles as Guiding Metaphors for Business Processes. - Daniel Y. Abramovitch (ACC, 2022)

Managerial Decision Making as an Application for Control Science and Engineering. - Tariq Samad; Daniel Y. Abramovitch; Michael Lees; Iven Mareels; R. Russell Rhinehart; Francesco Cuzzola; Benny Grosman; Oleg Gusikhin; Esko Juuso; Bhagyesh V. Patil; Stefan Pickl (ACC, 2022)

A Tutorial on Real-Time Computing Issues for Control Systems. - Daniel Y. Abramovitch; Sean B. Andersson; Kam K. Leang; William S. Nagel; Shalom D. Ruben (ACC, 2023)

Retaining Physical Understanding Through Discretization. - Daniel Y. Abramovitch (IEEE Control. Syst. Lett., 2023)

Different Perceptions of PID Control in the Mechatronic and Process Control Worlds. - Daniel Y. Abramovitch (ACC, 2025)