Attitude control

Attitude control is controlling the orientation of an object with respect to an inertial frame of reference or another entity like the celestial sphere , certain fields, and nearby objects, etc.

Page Revisions

Year	Metadata	Sections	Top Words	First Paragraph
2018	74489 characters 27 sections 39 paragraphs 7 images 114 internal links 10 external links	1. Introduction 2. Geometry 3. Sensors 4. Algorithms 5. Actuators 6. See also 7. References	attitude 0.384 k_ 0.315 control 0.288 actuators 0.169 text 0.157 displaystyle 0.155 gyro 0.133 damper 0.131 axis 0.130 torque 0.124 spin 0.121 magnetic 0.120 t_ 0.118 momentum 0.118 orientation 0.117	Attitude control is controlling the orientation of an object with respect to an inertial frame of reference or another entity like the celestial sphere , certain fields, and nearby objects, etc.
2017	74038 characters 27 sections 39 paragraphs 7 images 112 internal links 10 external links	1. Introduction 2. Geometry 3. Sensors 4. Algorithms 5. Actuators 6. See also 7. References	attitude 0.384 k_ 0.315 control 0.288 actuators 0.169 text 0.157 displaystyle 0.155 gyro 0.133 damper 0.131 axis 0.130 torque 0.124 spin 0.121 magnetic 0.121 t_ 0.119 momentum 0.118 orientation 0.117	Attitude control is controlling the orientation of an object with respect to an inertial frame of reference or another entity (the celestial sphere , certain fields, nearby objects, etc.).
2016	73697 characters 27 sections 39 paragraphs 7 images 112 internal links 10 external links	1. Introduction 2. Geometry 3. Sensors 4. Algorithms 5. Actuators 6. See also 7. References	attitude 0.384 k_ 0.315 control 0.288 actuators 0.169 text 0.157 displaystyle 0.155 gyro 0.133 damper 0.131 axis 0.130 torque 0.124 spin 0.121 magnetic 0.121 t_ 0.119 momentum 0.118 orientation 0.117	Attitude control is controlling the orientation of an object with respect to an inertial frame of reference or another entity (the celestial sphere , certain fields, nearby objects, etc.).
2015	58244 characters 27 sections 28 paragraphs 7 images 105 internal links 10 external links	1. Introduction 2. Geometry 3. Sensors 4. Algorithms 5. Actuators 6. See also 7. References	attitude 0.403 control 0.260 axis 0.184 gyro 0.170 spin 0.168 damper 0.167 orientation 0.149 sensor 0.142 thrusters 0.136 actuators 0.135 vehicle 0.132 stabilization 0.126 sensors 0.125 spacecraft 0.124 algorithms 0.121	Attitude control is controlling the orientation of an object with respect to an inertial frame of reference or another entity (the celestial sphere , certain fields, nearby objects, etc.).
2014	60214 characters 27 sections 29 paragraphs 6 images 117 internal links 9 external links	1. Introduction 2. Geometry 3. Sensors 4. Algorithms 5. Actuators 6. See also 7. References	attitude 0.401 control 0.250 axis 0.177 gyro 0.163 spin 0.161 damper 0.161 orientation 0.156 thrusters 0.145 spacecraft 0.138 sensor 0.137 actuators 0.129 vehicle 0.127 stabilization 0.121 sensors 0.120 algorithms 0.117	Attitude control is controlling the orientation of an object with respect to an inertial frame of reference or another entity (the celestial sphere , certain fields, nearby objects, etc.).
2013	55962 characters 25 sections 22 paragraphs 5 images 108 internal links 9 external links	1. Introduction 2. Geometry 3. Sensors 4. Algorithms 5. Actuators 6. See also 7. References	attitude 0.417 spin 0.186 stabilization 0.177 spacecraft 0.174 sensor 0.172 gyro 0.171 thrusters 0.164 control 0.151 algorithms 0.146 sensors 0.134 wheels 0.133 actuators 0.130 maneuvers 0.130 momentum 0.121 articulation 0.121	Attitude control is the exercise of control over the orientation of an object with respect to an inertial frame of reference or another entity (the celestial sphere , certain fields, nearby objects, etc.).
2012	39622 characters 23 sections 14 paragraphs 0 images 81 internal links 8 external links	1. Sensors 2. Algorithms 3. Actuators 4. See also 5. References	attitude 0.411 sensor 0.254 gyro 0.252 algorithms 0.217 sensors 0.199 actuators 0.192 star 0.178 senses 0.173 sense 0.159 orientation 0.133 control 0.121 gyrocompass 0.119 oscillation 0.114 tracker 0.106 desired 0.105	Attitude control is the exercise of control over the orientation of an object with respect to an inertial frame of reference or another entity (the celestial sphere , certain fields, nearby objects, etc.).
2011	37913 characters 23 sections 14 paragraphs 1 images 84 internal links 5 external links	1. Sensors 2. Algorithms 3. Actuators 4. See also 5. References	attitude 0.410 sensor 0.253 gyro 0.251 algorithms 0.216 sensors 0.198 actuators 0.191 star 0.177 senses 0.173 sense 0.158 orientation 0.133 control 0.120 gyrocompass 0.119 citation 0.114 oscillation 0.114 tracker 0.106	Attitude control is the exercise of control over the orientation of an object with respect to an inertial frame of reference or another entity (the celestial sphere , certain fields, nearby objects, etc.).
2010	919 characters 0 sections 1 paragraphs 0 images 1 internal links 0 external links		redirect 1.000
2007	922 characters 0 sections 1 paragraphs 0 images 1 internal links 0 external links		redirect 1.000
2006	13819 characters 5 sections 4 paragraphs 0 images 30 internal links 1 external links	1. Sensors 2. Algorithms 3. Actuators 4. See also 5. External link	attitude 0.482 algorithms 0.406 control 0.269 sensors 0.233 commands 0.186 translate 0.139 yaw 0.139 torques 0.135 trackers 0.132 nonlinear 0.132 algorithm 0.126 gyroscopes 0.126 pitch 0.114 spacecraft 0.111 desired 0.109	In the context of spacecraft , attitude control is control of the angular position and rotation of the spacecraft, either relative to the object that it is orbiting, or relative to the celestial sphere .
2005	10609 characters 4 sections 4 paragraphs 0 images 19 internal links 0 external links	1. Sensors 2. Algorithms 3. Actuators 4. See also	efficient 0.278 position 0.263 control 0.254 attitude 0.253 adjusting 0.227 yaw 0.219 actuator 0.219 algorithms 0.213 movement 0.200 calculating 0.198 algorithm 0.198 pitch 0.179 desired 0.172 roll 0.172 rotate 0.150	In the context of spacecraft , attitude control is control of the angular position and rotation of the spacecraft, either relative to the object that it is orbiting, or relative to the celestial sphere .
2004	6982 characters 3 sections 6 paragraphs 0 images 14 internal links 0 external links	1. Sensors 2. Algorithms 3. Actuators	sensor 0.389 position 0.307 photocell 0.206 efficient 0.195 control 0.178 attitude 0.177 shades 0.165 sirius 0.159 adjusting 0.159 actuator 0.154 algorithms 0.149 sees 0.145 movement 0.140 calculating 0.139 algorithm 0.139	In the context of spacecraft , attitude control is control of the angular position and rotation of the spacecraft, either relative to the object that it is orbiting, or relative to the celestial sphere .
2003	6138 characters 0 sections 7 paragraphs 0 images 13 internal links 0 external links		sensor 0.360 position 0.284 algorithms 0.276 photocell 0.190 efficient 0.180 control 0.165 attitude 0.164 celestial 0.160 sensors 0.158 actuators 0.153 shades 0.153 sirius 0.147 adjusting 0.147 actuator 0.142 sees 0.135	In the context of spacecraft , attitude control is control of the angular position and rotation of the spacecraft, either relative to the object that it is orbiting, or relative to the celestial sphere .
2002	1346 characters 0 sections 2 paragraphs 0 images 4 internal links 0 external links		attitude 0.494 control 0.331 controlling 0.317 relative 0.286 sphere 0.248 celestial 0.241 refers 0.236 maintained 0.231 angular 0.228 context 0.210 rotation 0.187 position 0.171 spacecraft 0.170 object 0.160 orbiting 0.145	In the context of spacecraft , attitude control refers to controlling the angular position and rotation of the spacecraft, either relative to the object that it is orbiting, or relative to the celestial sphere .