1、山东科技大学学士学位论文 摘要 摘 要 本 论文通过 对 虚拟控制技术应用 的 深入研究，提出了一种 基于通用控制平台的虚拟控制对象设计。 并对 通用控制平台 硬件配置和 控制对象的实现方法 进行了全面的设计。 本论文 对通用 控制平台硬件电路的各 功能模块进行了设计， 各模块主要从 指标、结构组成、原理设计等几个部分展开。 根据 实际控制对象的信号特点 以及 实验仿真 的 需要，运用模拟电子技术、数字电子技术和单片机接口技术等知识，设计了模拟量输入模块、模拟量输出模块、数字量输入模块、数字量输出模块、通信模块、人机接口模块、 电源模块 等。 基于硬件平台， 选取了电子钟以及储液罐监控 系统
2、作为典型控制对象进行了仿真。为了在设计的硬件平台上进行实验室仿真其控制过程，设计了控制器、控制对象和计算机组成为一套完整的仿真系统。 通过 Modbus 协议，实现与上位机的通信，通过 VB 与组态的 DDE 连接将被控对象的仿真结果以动画的形式显示出来。 通过对基于通用控制平台的虚拟控制对象设计 ，能够方便的仿真出多种实际的控制对象的工作过程，历史曲线等， 不用采取复杂的物理模型，不用进入到设备现场即可完成对这些典型控制 对象 的工作原理和工作过程的认识 。 关键词： 通用控制平台 控制对象 仿真 硬件电路 电子钟 储液罐 山东科技大学学士学位论文 ABSTRACT ABSTRACT Thi
3、s paper based on virtual control technology applied research, put forward a kind of universal control platform based on virtual control object design.And the universal control platform hardware configuration and control object of the realization methods of the comprehensive design. This paper gives
4、the platform from overall design scheme, and expounds scheme formation from control engineering simulation angle. The platform hardware circuit modules are designed in the paper and roughly every module is designed from main indexs, structures,design principles and other several aspects. On the basi
5、s of fully understanding signal features of processing control occasions, simulation and measurement needs, using analog electronic technology, digital electronic technology and single-chip microcomputer interface technology and other knowledge, and design all kinds of circuit parts,for example, mul
6、ti-channel analog input module, multi-channel analog output module, multi-channel digital input module, multi-channel digital output module,multi-type communication module, man-machine interface module, power module and so on. Based on the hardware platform, selecting the electronic clock and reserv
7、oir supervisory control system as a typical control object to simulate. The paper summarizes the composition structure and control elements. In order to simulate the control process on hardware platform in laboratory, designing the controller, the control object and computer to constitute a complete
8、 set of simulation system,carries out research of the simulation algorithm and control algorithm, and development of application simulation software. Based on the universal control platform based on virtual object of control design, convenient to be able to simulate a variety of real control objects in the working process, the historical curve etc., need not take complex physical models, without access to the facilities can be finished on site for the typical
