Coordinated control and experimentation of the dental arch generator of the tooth‐arrangement robot

Coordinated control and experimentation of the dental arch generator of the tooth‐arrangement robot

Source :

• The International Journal of Medical Robotics and Computer Assisted Surgery [ 1478-5951 ] ; 2010-12.

Descripteurs français

• Wicri :
  • topic : Droit d'auteur, Robotique, Logiciel.

English descriptors

• KwdEn :
  • Angle orthodontist, Arch, Arch curve, Arch form, Compensation function, Complete denture, Comput, Control experiment, Control method, Control point, Control points, Control points motion values, Control precision, Control pulse, Control pulse output, Control pulse realization, Control strategy, Copyright, Curve function, Dental, Dental arch, Dental arch curve, Dental arch curve form, Dental arch curves, Dental arch form, Dental arch forms, Dental arch generator, Dental arch position, Dentition, Denture, Different methods, Different software timing methods, Dominant frequency, Edentulous, Edentulous patients, Error rate, Experimental curve, Experimental results, Experimental system, External load, Full denture, Generator, Generator tallies, Harbin university, High precision, Higher accuracy, Highresolution timing, Human factors, Industrial control computer, Initial position, Intelligent machine institute, John wiley sons, Line segment, Lower right, Mandibular, Mandibular arch, Mandibular dentition, Manual operation, Mathematical model, Maximum value, Morphological study, Motion control, Normal direction, Optimal result, Orthodont dentofacial orthop, Plaster model, Position relationship, Power function model, Pulse, Pulse frequencies, Pulse frequency, Pulse output, Quantitative model, Robot, Robot system, Robotics, Robotics comput, Second hospital, Single point error, Software, Standard deviation, Standard deviations, Stepper, Stepper motor, Surg, Tangent line, Target position coordinates, Test results, Theoretical curve, Timing function, Timing functions, Timing method, Tooth arch, Tooth arch curve, Tootharrangement robot, Traditional method, Upper right, Values control, Width direction, Zhang.
• Teeft :
  • Angle orthodontist, Arch, Arch curve, Arch form, Compensation function, Complete denture, Comput, Control experiment, Control method, Control point, Control points, Control points motion values, Control precision, Control pulse, Control pulse output, Control pulse realization, Control strategy, Copyright, Curve function, Dental, Dental arch, Dental arch curve, Dental arch curve form, Dental arch curves, Dental arch form, Dental arch forms, Dental arch generator, Dental arch position, Dentition, Denture, Different methods, Different software timing methods, Dominant frequency, Edentulous, Edentulous patients, Error rate, Experimental curve, Experimental results, Experimental system, External load, Full denture, Generator, Generator tallies, Harbin university, High precision, Higher accuracy, Highresolution timing, Human factors, Industrial control computer, Initial position, Intelligent machine institute, John wiley sons, Line segment, Lower right, Mandibular, Mandibular arch, Mandibular dentition, Manual operation, Mathematical model, Maximum value, Morphological study, Motion control, Normal direction, Optimal result, Orthodont dentofacial orthop, Plaster model, Position relationship, Power function model, Pulse, Pulse frequencies, Pulse frequency, Pulse output, Quantitative model, Robot, Robot system, Robotics, Robotics comput, Second hospital, Single point error, Software, Standard deviation, Standard deviations, Stepper, Stepper motor, Surg, Tangent line, Target position coordinates, Test results, Theoretical curve, Timing function, Timing functions, Timing method, Tooth arch, Tooth arch curve, Tootharrangement robot, Traditional method, Upper right, Values control, Width direction, Zhang.

Abstract

• https://api.istex.fr/document/58895C0BA440D3CAA34C33B8E7BF112CD020EEF6/fulltext/pdf

Affiliations:

• République populaire de Chine

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