J.E. Colgate mostly deals with Control engineering, Haptic technology, Control theory, Robot and Simulation. J.E. Colgate interconnects Impedance control, Mechanical impedance and Motion control in the investigation of issues within Control engineering. His Haptic technology study results in a more complete grasp of Artificial intelligence.
Many of his research projects under Control theory are closely connected to Space with Space, tying the diverse disciplines of science together. His Remotely operated underwater vehicle study, which is part of a larger body of work in Robot, is frequently linked to Underwater, bridging the gap between disciplines. His research integrates issues of Torque and Human–computer interaction in his study of Simulation.
J.E. Colgate mainly focuses on Haptic technology, Simulation, Control theory, Control engineering and Robot. Artificial intelligence covers J.E. Colgate research in Haptic technology. The Simulation study combines topics in areas such as Workspace, Motion and Mobile robot.
His study in the fields of Actuator and Control theory under the domain of Control theory overlaps with other disciplines such as Inertia and Operator. J.E. Colgate has included themes like Stability, Passivity, Nonlinear system and Telerobotics in his Control engineering study. The various areas that he examines in his Robot study include Electrical impedance, Task, Human–computer interaction and Revolute joint.
The scientist’s investigation covers issues in Haptic technology, Acoustics, Substrate, Simulation and Interface. His work in the fields of Haptic technology, such as Haptic display, overlaps with other areas such as Surface. His study in Acoustics is interdisciplinary in nature, drawing from both Control electronics and Middle layer.
His study explores the link between Substrate and topics such as Actuator that cross with problems in Ultrasonic sensor and Electronic engineering. His Simulation research incorporates elements of Control theory and Rehabilitation robotics. His Artificial intelligence research includes themes of Thumb, Index finger and Computer vision.
His scientific interests lie mostly in Simulation, Haptic technology, Shear force, Acoustics and Vibration. The study incorporates disciplines such as Targeted reinnervation, Grip force, Sensory system and Biomechanics in addition to Simulation. In general Haptic technology study, his work on Electrovibration often relates to the realm of Tribometer, thereby connecting several areas of interest.
His Shear force research is multidisciplinary, incorporating perspectives in Control engineering and Sensitivity. His research on Acoustics often connects related areas such as Oscillation. His Vibration study incorporates themes from Motion control, Frequency response, Open-loop controller, Bandwidth and Workspace.
J.E. Colgate;J.M. Brown
J. E. Colgate;N. Hogan
J. Edward Colgate;Gerd G. Schenkel
J.E. Colgate;M.C. Stanley;J.M. Brown
J.E. Colgate;K.M. Lynch
James Edward Colgate;Michael A. Peshkin;John Glassmire;Laura Winfield Alexander
L. Winfield;J. Glassmire;J.E. Colgate;M. Peshkin
J.E. Colgate
J.E. Colgate;P.E. Grafing;M.C. Stanley;G. Schenkel
J.E. Colgate;G. Schenkel
K.F. Laurin-Kovitz;J.E. Colgate;S.D.R. Carnes
G. Aguirre-Ollinger;J.E. Colgate;M.A. Peshkin;A. Goswami
J.E. Colgate
M. Peshkin;D.A. Brown;J.J. Santos-Munne;A. Makhlin
T.T. Worsnopp;M.A. Peshkin;J.E. Colgate;D.G. Kamper
P.A. Millman;J.E. Colgate
B.E. Miller;J.E. Colgate;R.A. Freeman
D. J. Meyer;M. A. Peshkin;J. E. Colgate
R.B. Gillespie;J.E. Colgate;M.A. Peshkin
Gabriel Aguirre-Ollinger;J. Edward Colgate;Michael A. Peshkin;Ambarish Goswami
A. Goswami;M.A. Peshkin;J.E. Colgate
G. Aguirre-Ollinger;J. E. Colgate;M. A. Peshkin;A. Goswami
E C Chubb;J E Colgate;M A Peshkin
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