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Comparative Analysis of Distillation Column Control Structure Remote Controlling of a Robotic System

机译:蒸馏塔控制结构与机器人系统远程控制的比较分析

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摘要

Now a days, everything is became automated. So, It is important to have a smart design which can control the system with in tolerance range and able to perform tasks in the timely manner In this project the process control of the entire plant by designing the different control systems PID, IMC and feed forward system and analyzing their performance. The advantages of the each system as individual have their own advantages like PID controller gives control over system without having much knowledge about the plant. While IMC controller gave superior response then the PID controller but IMC requires the insight of the system model Later part of the project involves the discrete control of the plant (robot) with the help of the data acquisition system, electrical drive & sensors in the system during this part the robot is controlled using a mobile phone using android OS with the help of the team viewer software this a mini version of the wireless control of the plant. The control of whole plant by understanding different aspects of the plant i.e.…. controllers, Actuators & sensors. All the simulations are done in the LabVIEW 2013 environment and SBRIO- 9632 with other tools altogether acted as a robot, Team viewer software is used for communicate between robot and mobile(Remote control).
机译:如今,一切都变得自动化了。因此,重要的是要有一个智能的设计,它可以在公差范围内控制系统并能够及时执行任务。在此项目中,通过设计不同的控制系统PID,IMC和前馈,对整个工厂进行过程控制系统并分析其性能。每个系统的优点都有各自的优点,例如PID控制器无需对工厂有太多了解就可以控制系统。虽然IMC控制器比PID控制器具有更好的响应能力,但IMC要求系统模型的洞察力。项目的后期部分涉及借助数据采集系统,系统中的电驱动器和传感器对工厂(机器人)进行离散控制在此部分中,借助于团队查看器软件(使用机器人无线控制的微型版本),使用使用Android OS的手机对机器人进行控制。通过了解工厂的不同方面(即…)来控制整个工厂。控制器,执行器和传感器。所有仿真均在LabVIEW 2013环境中完成,并且SBRIO-9632与其他全部作为机器人的工具一起使用,Team Viewer软件用于机器人与移动设备之间的通信(远程控制)。

著录项

  • 作者

    Harsha Vardhan Setty;

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  • 年度 2015
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