Digital Signal Processing, Control, and Communications Laboratory

位于亨茨维尔的阿拉巴马大学电气和计算机工程系已开始开发一个综合实验室，提供数字信号处理、控制、机器人和通信方面的“实践”教育。两间相邻且相同的房间，面积为1500平方英尺。都是为本实验提供的。每个房间有12个工作站。这些工作站的主要组成部分有：数字信号处理器评估板、IBM 386/25 MHz计算机、数字信号处理器硬件和软件开发系统。TMS320C30数字信号处理器是一款高性能的32位浮点器件，属于单片数字信号处理器系列中的一部分。TM5320C30的60 ns周期使其能够在单个周期内以高达33 MFLOPS的性能执行运算，同时对整数和浮点数据进行并行乘法和算术运算。TMS320C30的实时性能为各种应用提供了灵活的设计方法。在初级课程中，学生将学习如何使用TMS320C30评估板实现基本的DSP算法，如采样技术、卷积、相关和快速傅立叶变换。在高级阶段，学生应用这些工具来实施控制、机器人或通信领域的设计项目。

The Department of Electrical and Computer Engineering at the University of Alabama in Huntsville has initiated the development of a comprehensive laboratory which provides "hands-on" education in digital signal processing, control, robotics, and communications. Two adjacent and identical rooms with an area of 1500 square ft. are provided for this lab. There are 12 workstations in each room. The main components of these workstations are: TMS320C30 DSP Evaluation Board, an IBM 386/25 MHz computer, DSP hardware and software development systems. The TMS320C30 DSP is a high performance 32 bit floating-point device in the TMS32O family of single-chip DSPs. The 60-ns cycle time of the TM5320C30 allows it to execute operations at a performance rate up to 33 MFLOPS with parallel multiply and ALU operations on both integer and floating-point data in a single cycle. The TMS320C30 real-time performance offer flexible design approach in a variety of applications. At the junior level, students are introduced to the implementation of basic DSP algorithms such as sampling techniques, convolution, correlation, and fast Fourier transforms using the TMS320C30 Evaluation Board. At the senior level, students apply these tools to implement design projects in the areas of control, robotics, or communications.