Digital Signal Processing and Applications

由于集成电路的进步，数字信号处理器成为可能，为数字信号处理（DSP）的环境增加了一个新的元素。它们已经进入了许多应用领域，包括通信和控制、图形、仪器、语音和图像处理。这些处理器存在于手机、调制解调器、汽车和安全/识别系统、降噪器等。它们的出现是对实时DSP应用数量不断增加的响应。本次研讨会解决了在数字信号处理、控制、信号和系统等课程中添加或集成DSP技术的需要。它将结合DSP的讲座和实验部分，特别强调实验室部分，为参与者提供宝贵的实践经验。虽然理论导向的DSP课程可以在参与者更方便的位置找到，但本次研讨会的强度源于其实验室重点。教师参与者将使用仿真和实时技术实施广泛的实验和小项目，如有限和无限脉冲响应滤波器，自适应滤波器和快速傅立叶变换。DSP工具和技术将提供给参与者，他们将很快意识到如何使用软件和硬件经验来激励他们的学生。然后，他们就可以在自己的机构中整合这些软件和硬件体验。

Digital signal processors, made possible through advances in integrated circuits, have added a new element to the environment of digital signal processing (DSP). They have found their way into a number of applications including communications and controls, graphics, instrumentation, speech, and image processing. These processors are found in cellular phones, modems, automotive and security/identification systems, noise cancelers, etc. They have emerged as a response to the ever-increasing number of real-time DSP applications. This workshop addresses the need to add or integrate DSP techniques into courses such as Digital Signal Processing, Controls, Signals and Systems, etc. It will combine both the lecture and laboratory components of DSP, with a special emphasis on the laboratory component to provide the participants valuable hands-on experiences. While a theoretically oriented DSP course can be found at a more convenient location to the participant, the strength of this workshop is derived from its laboratory emphasis. The faculty participants will implement a wide range of experiments and mini-projects such as finite and infinite impulse response filters, adaptive filters, and the fast Fourier transform using both simulation and real-time techniques. DSP tools and techniques will be provided to the participants who will quickly realize how software and hardware experiences can be used to motivate their students. They would then be able to integrate these software and hardware experiences at their home institutions.