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191019s2015 gw o 000 0 eng d |
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|a 616.8/3
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|a UAMI
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|a Venrooij, Joost.
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|a Measuring, Modeling and Mitigating Biodynamic Feedthrough
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|a Berlin :
|b Logos Verlag Berlin,
|c 2015.
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|a 1 online resource (444 pages)
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|a text
|b txt
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|a online resource
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|a MPI Series in Biological Cybernetics Ser. ;
|v v. 45
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|a Print version record.
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|a Intro; Preface; Summary; Nomenclature; Contents; Introduction; Some illustrative examples; Factors in biodynamic feedthrough; The complexities of biodynamic feedthrough; Previous biodynamic feedthrough studies; Motivation, goal and approach; Measuring biodynamic feedthrough; Modeling biodynamic feedthrough; Mitigating biodynamic feedthrough; Scope of thesis; Guidelines for the reader; Outline of the thesis; A method to measure biodynamic feedthrough dynamics and admittance; A framework to analyze BDFT; A physical BDFT model; A mathematical BDFT model; New insights regarding BDFT mitigation
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|a A new approach to BDFT mitigationMeasuring and analyzing biodynamic feedthrough; Measuring biodynamic feedthrough; Introduction; Biodynamic feedthrough system model; An introduction to the biodynamic feedthrough system model; The occurrence of biodynamic feedthrough; Scope of research; Disturbance signal design; Frequency separation of the disturbance signals; Reduced power method; Design; Experiment; Hypotheses; Apparatus; Subjects; Task and task instruction; Disturbance signal scaling; Independent variables; Dependent measures; Results; Admittance and biodynamic feedthrough
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|a Frequency decompositionConclusions; A framework for biodynamic feedthrough analysis; Introduction; The BDFT system model; BDFT signals and dynamics; Signals; Response to force disturbances; Response to motion disturbances; Obtaining BDFT dynamics from measurements; The disturbance signals; Neuromuscular admittance; Force disturbance feedthrough; Biodynamic feedthrough to positions; Biodynamic feedthrough to forces in closed-loop; Biodynamic feedthrough to forces in open-loop; BDFT relationships; Force disturbance feedthrough relationships; Relationship between B2P and B2FCL
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|a Relationship between B2P and B2FOLRelationship between B2FCL and B2FOL; Neglecting control device feedthrough; Validating the framework; Validating the relationships; Validating the approach to calculate B2FOL dynamics; Interpreting BDFT dynamics; FDFT, admittance and control device dynamics; B2FOL, FDFT and B2P dynamics; The effects of changing the control device dynamics; Neglecting CDFT dynamics; Applying framework knowledge: an example; Applying the framework to literature; Case study I: mitigating B2FOL dynamics; Case study II: a vertical BDFT model; Case study III: BDFT in rotorcraft
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|a ConclusionsModeling biodynamic feedthrough; A physical biodynamic feedthrough model; Introduction; The biodynamic feedthrough system model; Force disturbance feedthrough model; Developing the BDFT model; Model transfer functions; The FDFT model; The BDFT model; Modeling considerations; Open- or closed-loop; Two-stage parameter estimation; Describing the output; Measuring neuromuscular admittance and biodynamic feedthrough; Apparatus; Subjects; Task instruction; Procedure; Perturbation signal design; Perturbation signal scaling; Non-parametric identification; Experimental data
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|a Parameter estimation procedure
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|a ProQuest Ebook Central
|b Ebook Central Academic Complete
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|a Movement disorders.
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|a Movement disorders
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|i has work:
|a Measuring, modeling, and mitigating biodynamic feedthrough (Text)
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|i Print version:
|a Venrooij, Joost.
|t Measuring, Modeling and Mitigating Biodynamic Feedthrough.
|d Berlin : Logos Verlag Berlin, ©2015
|z 9783832541057
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| 830 |
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|a MPI Series in Biological Cybernetics Ser.
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