Motion Control Theory Needed In The Implementation Of Practical Robotic Systems 2 Part 7 ppt

Motion Control Theory Needed In The Implementation Of Practical Robotic Systems 2 Part 7 ppt

Motion Control Theory Needed In The Implementation Of Practical Robotic Systems 2 Part 7 ppt

... [33] Lewis derived the following state equations for the system using LaGrangian dynamics: () () () 2 22 22 2 4 2 22 2 4 2 222 22 2 2 4 3 42 31 cos cossincossin cos cossinsin xlrl xxlxrxrxmgmrI x xrmrI xxmrgxrlx x xx xx − +−+ = −+ −+ = = = τ τ ! ! ! ! ... disturbances will combine in the worse possible way, the way that causes the most error. Find the set of...

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Motion Control Theory Needed In The Implementation Of Practical Robotic Systems 2 Part 3 ppt

Motion Control Theory Needed In The Implementation Of Practical Robotic Systems 2 Part 3 ppt

... of torque is required to maintain the given speed. The second most popular form of integral windup limiting is integration delay. When there is a setpoint change in the velocity request the ... setpoint are roughly equal. There are many simple and complex Chapter 3 The State of the Motor Control Industry 11 The industry has devised several interesting variatio...

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Motion Control Theory Needed In The Implementation Of Practical Robotic Systems 2 Part 10 pptx

Motion Control Theory Needed In The Implementation Of Practical Robotic Systems 2 Part 10 pptx

... activity map of Figure 10.1. The troughs on each side of the dotted line combine to form two valleys of dark outlining a mountain range of light peaks which are then perceived as a single line. This ... either connected component labeling or a clustering algorithm. A popular variation of these classic segmenting methods in the region -of- interest or ROI. When using ROI...

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Motion Control Theory Needed In The Implementation Of Practical Robotic Systems 2 Part 11 ppt

Motion Control Theory Needed In The Implementation Of Practical Robotic Systems 2 Part 11 ppt

... ’ 92, pp. 77 0 -77 5, 19 92. [23 ] C. Ünsal and P. Kachroo, “Sliding Mode Measurement Feedback Control for Antilock Braking Systems, ” IEEE Trans. On Control Systems Technology v. 7 no. 2, pp. 27 1 -28 1, ... method of smoothing the path is to assume a sphere has to roll down the path of least resistance instead of a point and then adjusting the radius and momentu...

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Motion Control Theory Needed In The Implementation Of Practical Robotic Systems 2 Part 1 pot

Motion Control Theory Needed In The Implementation Of Practical Robotic Systems 2 Part 1 pot

... Controllers 12 Position Controllers 15 S-curves 17 The No S-curve 21 The Partial S-curve 22 The Full S-curve 24 Results of S-curves 24 CHAPTER 4. THE STATE OF MOTION CONTROL ACADEMIA 26 ... Judkins for their help with the many incarnations of the Mexican Hat Technique. Motion Control Theory Needed in the Implementation of Practical Robo...

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Motion Control Theory Needed In The Implementation Of Practical Robotic Systems 2 Part 2 pptx

Motion Control Theory Needed In The Implementation Of Practical Robotic Systems 2 Part 2 pptx

... technologies. • The cost of powering, controlling, and physically designing in the motion system with the rest of the robot is greatly reduced by choosing the appropriate motor. Table 2. 1. Common ... Figure 2. 2 illustrates how DC motors are named “DC” based on the input power to the controller, not the shape of the voltage or current on the motor leads...

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Motion Control Theory Needed In The Implementation Of Practical Robotic Systems 2 Part 4 ppsx

Motion Control Theory Needed In The Implementation Of Practical Robotic Systems 2 Part 4 ppsx

... important to choose the right jerk for the job. Chapter 3 The State of the Motor Control Industry 22 from (3 .2) 1 atv d = (3.8) substituting (3.8) into (3 .7) gives 2 2 2 1 21 2 1 2 1 dttatatx f ++= ... accelerated. The initial and final velocities are zero, so the initial and final conditions are: 0= o x 0= o v 0= f v (3.6) substituting the conditions...

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Motion Control Theory Needed In The Implementation Of Practical Robotic Systems 2 Part 5 ppsx

Motion Control Theory Needed In The Implementation Of Practical Robotic Systems 2 Part 5 ppsx

... Chapter 4 The State of Motor Control Academia 32 system. The block diagram of the system to be controlled is shown in Figure 4.3. This is the basis of the sample output shown in the rest of this ... describing the motor control block diagram of Figure 3.1c is insufficient for modeling the nonlinearities and disturbances of interest in a system. Sta...

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Motion Control Theory Needed In The Implementation Of Practical Robotic Systems 2 Part 8 ppsx

Motion Control Theory Needed In The Implementation Of Practical Robotic Systems 2 Part 8 ppsx

... Computing 52 In the output universe the resulting shape is the yellow area shown in Figure 5.5. The x centroid of this shape, x , is used as the output value of the system. The range of possible ... PID control, which is consistent with that point on the mapping in Figure 5.4. Many “centers” of the shape other than the centroid, such as the mean o...

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Motion Control Theory Needed In The Implementation Of Practical Robotic Systems 2 Part 9 ppsx

Motion Control Theory Needed In The Implementation Of Practical Robotic Systems 2 Part 9 ppsx

... 1 -5 0 5 10 15 20 25 30 1 29 57 85 113 141 169 1 97 22 5 25 3 28 1 309 3 37 365 393 421 449 477 20 0 ms total time Volts Reset 2 -5 0 5 10 15 20 25 1 29 57 85 113 141 169 1 97 22 5 25 3 28 1 309 3 37 365 393 421 449 477 20 0 ms total time Volts Figure 6.1. Voltage captures during two ... internal resistance is usually used as the most important internal b...

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