... | @@ -38,4 +38,4 @@ Actual distance | Measured distance |
... | @@ -38,4 +38,4 @@ Actual distance | Measured distance |
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The program described in exercise 4 is able keep a fixed distance to an object in front of the regulated device. In order to so it implements a linear feeback system in terms of a proportional only controller where the feedback is the measured distance to the object. By subtracting the measured distance from the setpoint and multipliyng this by a Pgain factor the program will make the car drive fast when it is far away from the object and decreasing the speed as it gets closer to the object.
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The program described in exercise 4 is able keep a fixed distance to an object in front of the regulated device. In order to so it implements a linear feeback system in terms of a proportional only controller where the feedback is the measured distance to the object. By subtracting the measured distance from the setpoint and multipliyng this by a Pgain factor the program will make the car drive fast when it is far away from the object and decreasing the speed as it gets closer to the object.
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*The *setpoint variable (SP)* = *desiredDistance*, |
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* The *setpoint variable (SP)* = *desiredDistance*, |
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