A. Terry Bahill

Q: What Schools Are Affiliated With A. Terry Bahill

A. Terry Bahill is affiliated with the following schools: University of California, Berkeley, University of Arizona

A. Terry Bahill's AcademicInfluence.com Rankings

A. Terry Bahill

Engineering

#7163

World Rank

#8526

Historical Rank

#1307

USA Rank

Systems Engineering

#77

World Rank

#80

Historical Rank

#10

USA Rank

Applied Physics

#2423

World Rank

#2464

Historical Rank

#213

USA Rank

engineering Degrees

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Engineering

A. Terry Bahill's Degrees

PhD Systems Engineering University of Arizona
Masters Systems Engineering University of Arizona
Bachelors Systems Engineering University of Arizona

Why Is A. Terry Bahill Influential?

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A. Terry Bahill's Published Works

Number of citations in a given year to any of this author's works

Total number of citations to an author for the works they published in a given year. This highlights publication of the most important work(s) by the author

Published Works

The main sequence, a tool for studying human eye movements (1975) (1091)
Most naturally occurring human saccades have magnitudes of 15 degrees or less. (1975) (318)
Re-evaluating systems engineering concepts using systems thinking (1998) (233)
Variability and development of a normative data base for saccadic eye movements. (1981) (233)
Why can't batters keep their eyes on the ball? (1984) (212)
Dynamic overshoot in saccadic eye movements is caused by neurological control signal reversals (1975) (211)
The trajectories of saccadic eye movements. (1979) (180)
Smooth pursuit eye movements in response to predictable target motions (1983) (150)
Engineering Modeling and Design (1992) (120)
Requirements development, verification, and validation exhibited in famous failures (2005) (119)
Frequency Limitations and Optimal Step Size for the Two-Point Central Difference Derivative Algorithm with Applications to Human Eye Movement Data (1983) (116)
Frequency limitations of the two-point central difference differentiation algorithm (1982) (105)
Sensitivity Analysis, a Powerful System Validation Technique (2007) (103)
Glissades—eye movements generated by mismatched components of the saccadic motoneuronal control signal (1975) (102)
Quantitative methods for tradeoff analyses (2001) (93)
Determining ideal baseball bat weights using muscle force-velocity relationships (1989) (83)
Improving Product Design Using Quality Function Deployment: The School Furniture Case in Developing Countries (2003) (79)
A simple adaptive Smith-predictor for controlling time-delay systems: A tutorial (1983) (73)
Smooth pursuit eye movements in response to unpredictable target waveforms (1980) (72)
Discovering system requirements (1996) (71)
Sensitivity analyses of continuous and discrete systems in the time and frequency domains (1993) (66)
Neurological control of horizontal and vertical components of oblique saccadic eye movements (1975) (57)
What is systems engineering (1995) (56)
A Tutorial on Quality Function Deployment (1993) (54)
Model emulates human smooth pursuit system producing zero-latency target tracking (1983) (51)
Linear Homeomorphic Model for Human Movement (1980) (49)
The hybrid process that combines traditional requirements and use cases (2004) (49)
WHAT IS SYSTEMS ENGINEERING? A CONSENSUS OF SENIOR SYSTEMS ENGINEERS1 (1996) (48)
Keep Your Eye on the Ball: The Science and Folklore of Baseball (1990) (47)
Metrics and Case Studies for Evaluating Engineering Designs (1997) (45)
Parametric sensitivity analysis of a homeomorphic model for saccadic and vergence eye movements. (1976) (44)
Glissadic overshoots are due to pulse width errors. (1978) (44)
Fundamental Principles of Good System Design (2008) (42)
Types of saccadic eye movements (1979) (40)
Closely spaced saccades. (1975) (40)
The design-methods comparison project (1998) (39)
Oblique saccadic eye movements. Independence of horizontal and vertical channels. (1977) (39)
System design is an NP‐complete problem (2001) (38)
Bioengineering: Biomedical, Medical and Clinical Engineering (1981) (38)
The ideal moment of inertia for a baseball or softball bat (2004) (35)
An Industry Standard Risk Analysis Technique (2009) (35)
Ameliorating mental mistakes in tradeoff studies (2007) (34)
The Perceptual Illusion of Baseball's Rising Fastball and Breaking Curveball (1993) (33)
Predicting a Baseball’s Path (2005) (33)
The systems engineering started in the middle process: A consensus of systems engineers and project managers (2001) (31)
Describing baseball pitch movement with right-hand rules (2007) (31)
The Perceptual Illusion of Baseball ' s Rising Fastball and Breaking Curveball (1993) (31)
Development, validation, and sensitivity analyses of human eye movement models. (1980) (29)
Paradoxical pop-ups: Why are they difficult to catch? (2008) (28)
Learning to track predictable target waveforms without a time delay. (1985) (28)
Verifying and Validating Personal Computer-Based Expert Systems (1991) (28)
Attribute substitution in systems engineering (2007) (27)
Two methods for recommending bat weights (1995) (27)
Teaching an Introductory Course in Expert Systems (1986) (23)
An adaptive control model for human head and eye movements while walking (1983) (23)
QFD: VALIDATING ROBUSTNESS (1999) (22)
When can we safely reuse systems, upgrade systems, or use COTS components? (2000) (21)
Risk analysis of a Pinewood derby : A case study (2000) (21)
Effects of Altitude and Atmospheric Conditions on the Flight of a Baseball (2009) (20)
Tradeoff Decisions in System Design (2016) (17)
A framework for the assessment of the creativity of product design teams (2006) (17)
Zero-latency tracking of predictable targets by time-delay systems† (1983) (17)
Object oriented systems engineering (1995) (16)
Comparison of dynamic system modeling methods (2009) (16)
Diogenes, a process for identifying unintended consequences (2012) (16)
Computer simulation of overshoot in saccadic eye movements. (1975) (16)
Comparison of Risk Analysis Approaches and a Case Study of the Risk of Incorporating Solar Photovoltaic Systems into a Commercial Electric Power Grid (2014) (16)
Open-Loop Experiments for Modeling the Human Eye Movement System (1986) (15)
Valid models require defined levels (2008) (15)
Mechanics of Baseball Pitching and Batting (2008) (14)
The Requirements Discovery Process (1997) (13)
The High-Frequency Burst of Motoneuronal Activity lasts About Half the Duration of Saccadic Eye Movements (1975) (12)
Annals of Biomedical Engineering: Reviewers 1994 (2006) (12)
How the testing techniques for a decision support system changed over nine years (1995) (10)
Adaptive Control Model for Saccadic and Smooth Puimiit Eye Movements (10)
Predicting Final Eye Position Halfway Through a Saccade (1983) (10)
Interactive verification of knowledge-based systems (1993) (10)
Examples of Mental Mistakes Made by Systems Engineers While Creating Tradeoff Studies (2013) (9)
Design and Testing of an Illuminance Management System (2010) (9)
System design is an NP-complete problem: Correspondence (2001) (8)
Validator, A Tool for Verifying and Validating Personal Computer Based Expert Systems (1990) (8)
When are observable states necessary? (2006) (7)
A road map for implementing systems engineering (1997) (6)
Lessons learned building expert systems (1988) (6)
A tool for interactive verification and validation of rule-based expert systems (1989) (6)
Sensitivity Analysis of Linear Homeomorphic Model for Human Movement (1980) (6)
1.2.3 Difficulties in Using Multicriterion Decision Making Techniques for Tradeoff Studies Selecting Amongst Alternative Concepts (1998) (6)
Development and sensitivity analysis of adaptive predictor for human eye movement model (1985) (5)
The system design problem is NP-complete (1994) (5)
A knowledge-based system for residential HVAC applications (1991) (5)
Distance Learning Of Engineering Courses With Web Based Real Experimental Experience (2003) (5)
Ameliorating the Pregnant Man Problem: A Verification Tool for Personal Computer Based Expert Systems (1991) (5)
What Are Levels (2005) (5)
The Science of Baseball (2018) (5)
Model for Absorption of Perfluoropropane Intraocular Gas after Retinal Surgeries (2016) (4)
No Matter What The Application, It Is Still Systems Engineering (1997) (4)
4.1.1 Diogenes, a Process for Finding Unintended Consequences (2011) (3)
Production and Manufacturing (1998) (3)
Correction to “Quantitative Methods for Tradeoff Analyses” (2005) (3)
Sensitivity analysis by design of experiments (1995) (3)
The Amazon River Modeled as a Giant Snake (2021) (3)
Multimodal Views of the Human Retina (2014) (3)
Quantitative methods for tradeoff analyses: Regular Papers (2001) (3)
Application of fuzzy technology to risk-based design and decision problems (1995) (3)
Using Open-Loop Experiments to Study Physiological Systems, With Examples From the Human Eye-Movement Systems (1989) (3)
Block-processing adaptive filter for human eye movements (1989) (3)
MODELING THE SMOOTH-PURSUIT EYE-MOVEMENT SYSTEM (2)
Preprocessing methods in the computation of the fast Fourier transform (1991) (2)
Parametric sensitivity analysis: a tool for robust design (1995) (2)
A Patient’s Viewpoint of Cataract and Retinal Detachment Surgeries (2014) (2)
Predicting a Baseball's Path A batter watches the pitcher's motion plus the spin on the ball to calculate when and where it will cross the plate (2016) (2)
Risk Analysis for Incorporating Photovoltaic Solar Panels into a Commercial Electric Power Grid (2010) (2)
3.5.3 OBJECT‐ORIENTED SYSTEMS ENGINEERING (1995) (2)
How does the saccadic eye movement controller adapt for pathological states? (1977) (2)
A pulse-width modulated model for visual eye tracking (1974) (2)
A hypertext software package to help document system designs (1993) (2)
Book reviews - Control time-delay systems (1982) (1)
Physiological Models, Development (1999) (1)
Handling Uncertainty in Engineered Systems (2020) (1)
Accuracy of Simulations (2018) (1)
The Bat’s Vertical Sweetness Gradient (2018) (1)
16 of Baseball Pitching and Batting (2008) (1)
Variability and development of a normative date base for saccadic movements (1981) (1)
30 YEARS OF SYSTEMS ENGINEERING AT THE UNIVERSITY OF ARIZONA (1992) (1)
Trade-off Studies (2017) (1)
The systems engineering tools analysis project (1996) (1)
The preferred alternative in a tradeoff study often depends on the technique used (1998) (1)
Sixteenth-Century Bulge on the Coast of Chile (2022) (1)
The Ball in Flight Model (2018) (1)
Knowledge extraction changes the way an expert thinks (1992) (1)
System Design and the Design Process (2017) (1)
9.4.1 Risk Analysis of Solar Photovoltaic Systems (2013) (1)
Other system design tools (2018) (0)
Gaze Control during Horizontal and Vertical Target Tracking. (1984) (0)
2 Decisions and Mistakes 2 . 1 Section 16 . Human (0)
Inbmetive Verifieapion of Knowfedge=Bused Sysbms (1993) (0)
Baseball's paradoxical pop up: Physics and fielder control strategy can lead to lurching (2010) (0)
Cognitive Biases A ff ect the Acceptance of Tradeo ff Studies (2008) (0)
Common Methods and Processes (2017) (0)
Baseball players cannot keep their eyes on the ball (1985) (0)
Types of Bat–Ball Collisions (2018) (0)
The system design process (2018) (0)
12 Stability Analysis (2005) (0)
COMPLEX MOTOR BEHAVIORS Two Methods for Recommending Bat Weights (1995) (0)
Write for the reading system; Talk to the listening system (1985) (0)
Comparing Four Processes (2017) (0)
The design life affects system design (1994) (0)
Dating the Sir Francis Drake Silver Maps (2022) (0)
Synopsis (2018) (0)
The BaConLaws Model for Bat–Ball Collisions (2018) (0)
Optimizing Baseball and Softball Bats (2017) (0)
Calculating ideal bat weight using the muscle force-velocity relationship (1989) (0)
Synopsis of Chapters 1 to 5 (2018) (0)
Types of Bat-Ball Collisions (2018) (0)
A. Terry Bahill, Senior Member, Ieee (0)
Alternative Models (2018) (0)
Chapter 2 Decisions and Mistakes (0)
General Modeling Principles (2018) (0)
Stability Analysis (2018) (0)
Equations for Bat–Ball Collisions (2018) (0)
Configurations of Bat–Ball Collisions (2018) (0)
Mental Mistakes Made by Systems Engineers While Creating Tradeoff Studies Substituting a Related Attribute Sensitivity Analysis Mistakes STATISTICAL SUMMARY OF MENTAL MISTAKES (2010) (0)
7.1.4 Identifying and Modeling Safety Hazards (2000) (0)
7.2.2 Mental Mistakes Made by Systems Engineers While Creating Tradeoff Studies (2010) (0)
6.5.3 THE DESIGN LIFE AFFECTS SYSTEM DESIGN (1995) (0)
Risk Analysis and Management (2017) (0)
A knowledge-based system for residential HVAC applications Two benefits of this expert system for homeowners are reduced electric costs and increased energy savings (0)
A tool for modeling systems (2018) (0)
Decomposed Requirements versus Derived Requirements (2008) (0)
7.5.2 Risk Analysis (2007) (0)
Volume 14 Number 4 Reports 317 (0)
Decisions and Mistakes (2017) (0)
The Advantage of Eye–Hand Cross-Dominance for Baseball Batters (2018) (0)
Risk Analysis of Solar Photovoltaic Systems (2013) (0)
Specifying system design requirements (2018) (0)
Denouement. (2018) (0)
Physiological Models, Development Understanding of Such Complex Movement Control Systems, We (0)
6.2.1 Tradeoff Studies and Cognitive Biases (2006) (0)
Configurations of Bat-Ball Collisions (2018) (0)
opinions Previews Types of saccadic eye movements (1979) (0)
Design, Modeling, and Prototyping (2004) (0)
A Prioritization Process Rick Botta , BAE Systems (1970) (0)
Interactive Verification oi Knowledge-Based Systems (0)
GLISSADES IN SACCADIC EYE MOVEMENTS (2001) (0)
The BaConLaw Model for Bat-Ball Collisions (2018) (0)

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What Schools Are Affiliated With A. Terry Bahill?

A. Terry Bahill is affiliated with the following schools:

A. Terry Bahill's Academic­Influence.com Rankings

A. Terry Bahill's Degrees

Why Is A. Terry Bahill Influential?

A. Terry Bahill's Published Works

Published Works

What Schools Are Affiliated With A. Terry Bahill?

A. Terry Bahill's AcademicInfluence.com Rankings