Abstract: The disclosure describes a control system for controlling the movement of an implement associated with a machine. The control system includes a speed sensor, a grade control system, an implement position sensor, and a controller. The speed sensor is configured to generate a speed signal indicative of a machine speed. The grade control system is configured to generate a desired implement position signal indicative of a desired implement position. The implement position sensor is configured to generate an implement position signal indicative of a position of the implement. The controller is configured to generate a machine control command to move the implement as a function of the speed signal, the desired implement position signal, and the implement position signal.

Abstract: The disclosure describes a control system for controlling the movement of an implement associated with a machine. The control system includes a load sensor, a grade control system, an implement position sensor, and a controller. The load sensor is configured to generate a load signal indicative of a loading condition of the implement. The grade control system is configured to generate a desired implement position signal indicative of a desired implement position. The implement position sensor is configured to generate an implement position signal indicative of a position of the implement. The controller is configured to generate a machine control command to move the implement as a function of the load signal, the desired implement position signal, and the implement position signal.

Abstract: A system for controlling an implement of a machine is disclosed. The system may have a machine velocity sensor that senses an actual machine velocity and a targeted machine velocity sensor that senses a targeted machine velocity. The system may also have a controller, and an actuator configured to move an implement responsive to commands received from the controller by an actuator controller. The controller may be configured to receive the actual machine velocity from the machine velocity sensor, receive the targeted machine velocity from the targeted machine velocity sensor, compare the actual machine velocity to the targeted machine velocity, and send a command to the actuator controller to shake the implement based on the comparison of the actual machine velocity to the targeted machine velocity.

Abstract: The disclosure describes a control system for controlling the movement of an implement associated with a machine. The control system includes a speed sensor, a grade control system, an implement position sensor, and a controller. The speed sensor is configured to generate a speed signal indicative of a machine speed. The grade control system is configured to generate a desired implement position signal indicative of a desired implement position. The implement position sensor is configured to generate an implement position signal indicative of a position of the implement. The controller is configured to generate a machine control command to move the implement as a function of the speed signal, the desired implement position signal, and the implement position signal.

Abstract: The disclosure describes a control system for controlling the movement of an implement associated with a machine. The control system includes a load sensor, a grade control system, an implement position sensor, and a controller. The load sensor is configured to generate a load signal indicative of a loading condition of the implement. The grade control system is configured to generate a desired implement position signal indicative of a desired implement position. The implement position sensor is configured to generate an implement position signal indicative of a position of the implement. The controller is configured to generate a machine control command to move the implement as a function of the load signal, the desired implement position signal, and the implement position signal.

Abstract: A system for controlling an implement of a machine is disclosed. The system may have a machine velocity sensor that senses an actual machine velocity and a targeted machine velocity sensor that senses a targeted machine velocity. The system may also have a controller, and an actuator configured to move an implement responsive to commands received from the controller by an actuator controller. The controller may be configured to receive the actual machine velocity from the machine velocity sensor, receive the targeted machine velocity from the targeted machine velocity sensor, compare the actual machine velocity to the targeted machine velocity, and send a command to the actuator controller to shake the implement based on the comparison of the actual machine velocity to the targeted machine velocity.