Part of Content :
Background work and literature search, Linear and non-linear controller design, Modeling and control of an automated vehicle, The basic control system, The control problem, Description of the input and output, Control of non-linear systems, Design process. Figures included :2.1 Lane following feedback structure Design of experimental automated guided vehicle Control system Closed loop system performance. Simplified description of a control system Input output for the elevator system A typical feedback control system An antenna azimuth position control system Functional block diagram of a position control system, A digital control system controlling a controlling a cont. plant, A time response plot showing controller action, Tuning methods menu of the Galil motion control, Step response plot from the Galil servo design kit, Step response for the general system, Error diagram. A control system consists of subsystems and processes (or plants) assembled for the purposes of controlling the output of processes. For example, a furnace is a process that produces heat as a result of the flow of fuel. This process, assembled with subsystems called fuel valves and fuel-valve actuators, regulates the temperature of the room by controlling the heat output from the furnace. The design of a control system involves a step-by-step but iterative process. The following section example of an antenna azimuth position control system is presented. The azimuth angle output of the antenna, ? o (t), follows the input angle of the potentiometer, ? i (t). Figure 3.3 shows the diagram of the system and Figure 3.4 shows the functional block diagram of the system. The functions are shown above the blocks, and the required hardware is indicated inside the blocks. Create the schematic Process of converting the physical system into a schematic diagram.Relevant approximations of the system should be made and neglect certain phenomena or else making it difficult to extract information for the mathematical model.
Tags : galil motion control, mobile robot control, robot control system, position control system, autonomous mobile robot, antenna azimuth, feedback control system, functional block diagram, valve actuators, elevator system, typical feedback, feedback structure, servo design, linear controller, automated guided vehicle
If you see unrelated pdf files with the description or copyrighted material published, please report to us, we'll correct/delete it it as soon as possible.NONE OF THOSE MATERIALS ARE HOSTED IN THIS SERVER NOR UPLOADED BY ME IN SOMEONE'S SERVERS. Read our DISCLAIMER for more detail.
We are neither affiliated with authors and brands nor responsible for its content and change of content.
Information contained herein is provided "as is" without warranty of any kind, either expressed or implied, including any warranty of merchantability or fitness for a particular purpose. In no event shall ANYONE be held liable for any loss of profit, special, incidental, consequential, or other similar claims.