微机原理与智能控制实验室
Microcomputer Principle and Intelligent Control Laboratory
微型原理主要涉及微型计算机体系结构、8086微处理器和指令系统、汇编语言设计以及微型计算机各个组成部分。智能控制是控制理论、计算机科学、心理学、生物学和运筹学等多方面综合而成的交叉学科，它具有模仿人进行诸如规划、学习、逻辑推理和自适应的能力，是将传统的控制理论与神经网络、模糊逻辑、人工智能和遗传算法的实现手段融合而成的一种新的控制方法。微机原理与智能控制技术广泛应用于智能物联网、智能设备、航空航天、矿山开采等领域。
本实验室主要负责提供真实的微机和智能控制设备，让学生亲自设计系统电路，动手连接硬件电路、软件编写、软硬联调，开发微机和智能控制应用程序，使学生能全方位的了解计算机硬件开发与实现方法，以及相关智能硬件产品研发的方法与流程。
本实验室属于计算机科学与技术专业实验室，主要承担计算机科学与技术、电子信息工程、电子科学与技术和通信工程等专业的实验任务，开展单片微型计算机和硬件类研发方向的相关实训和实践，同时也为本科生和研究生的大创大赛、教师的课题研究提供空间和平台。
本实验室开设课程和专业方向有：计算机组成原理，单片机原理与接口技术，计算机控制技术，实时系统与微控制器应用，计算机控制编程技术等。主要设备和仪器有：计算机组成原理实验平台，多CPU单片机可自主研发扩展开发系统，单片机微机原理系统，计算机控制实验系统，交换机，服务器和PC机等。
The laboratory is responsible for providing real microcomputers and intelligent control equipments, allowing students to personally design system circuits, connect hardware circuits, software writing, hardware and software debugging, and develop microcomputers and intelligent control application programs, so that students can fully understand the development and implementation methods of computer hardware, as well as the methods and processes of research and development of related intelligent hardware products.
This laboratory is affiliated to the major of Computer Science and Technology.It mainly offers the experimental courses associated to the majors of Computer Science and Technology, Electronic Information Engineering, Electronic Science and Technology, and Communication Engineering. It conducts the relevant training and practical exercises in the directions of single chip microcomputer and hardware. It also provides the environment and platform for undergraduate and graduate students to conduct the innovation competitions and for teachers to do research.
The courses and directions provided by this laboratory include Computer Composition Principle, Single Chip Microcomputer Principle and Interface Technology, Computer Control Technology, Real-time System and Microcontroller Application, Computer Control Programming Technology. The typical equipments and instruments are computer composition principle experiment platform, multi-CPU single-chip microcomputer independent development and expansion system, single-chip microcomputer principle system, computer control experiment system, switch, server and PC machines.
