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Spacecraft propulsion / Gyroscopes / Spacecraft design / Reaction wheel / Attitude control / Control theory / NEAR Shoemaker / Axes conventions / Spaceflight / Spacecraft / Space technology


A Form Based Control Algorithm for Reducing the Complexity of an Attitude Control System Brian Fast, Majid Rashidi, Dragos Dinca Industrial Space Systems Lab Cleveland State University Cleveland, OH
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Document Date: 2007-06-18 18:48:34


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File Size: 91,99 KB

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Company

Uncertain Multivariable Systems / Addison Wesley Longman Inc. / Linear Time-Invariant Systems / Rigid Mechanical Systems / Parameterizaiton Based / /

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Facility

Dragos Dinca Industrial Space Systems Lab Cleveland State University / /

IndustryTerm

control algorithm / order control algorithm / systematic control algorithm / well designed control algorithm / satellite structure / kinetic energy / satellite platform / control solution / /

Organization

Dragos Dinca Industrial Space Systems Lab Cleveland State University Cleveland / World Congress / 16th International Federation of Automatic Control / /

Person

G.F. Franklin / Tuning / Az / Majid Rashidi / /

Position

front end controller / architect / controller / proportional front end controller / /

ProgrammingLanguage

C* / /

Technology

control algorithm / Adaptive Zero Phase Error Tracking Algorithm / order control algorithm / simulation / well designed control algorithm / systematic control algorithm / /

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