线性构件动态参数非接触检测系统设计摘要随着现代检测技术的飞速发展。旨在充分利用我们的知识，进行新技术、新试验方法的研究，掌握科学研究的创新方法，使之有分析和解决实际问题的能力。微电子技术的进步提供了在一个芯片上以更快的速度和更低的功耗产生数百万门的能力。将包括处理器和内存在内的更复杂的功能集成到单个芯片(片上系统)中，这对设计师来说是一项非常困难的任务。考虑到这些芯片上市时间较短，从零开始设计它们是不切实际的。为了应对这些挑战，将需要重大的创新设计工具、标准和设计方法。一种可能的解决方案是采用类似于印刷电路板的模型，对标准的预先存在的组件进行拆卸、模拟和验证。设计人员必须高度依赖设计复用或使用他们自己和第三方的 IP 块。针对视频数字信号处理领域，我们提出了一个面向应用的 SOC 设计平台，包括系统级模型、模块化设计、Vsia 兼容接口、片上总线和集成 SOC 体系结构便于在特定的视频/图像数字信号处理领域进行 SOC 的设计和验证。关键词:系统芯片，系统集成，视频数字信号处理，IP，核心1AbstractWith the rapid development of modern detection technology all these. The aim is to make full use of our knowledge, to carry out new technology, new experimental methods of research, to master the innovative methods of scientific research, with the ability to analyze and solve practical problems. Advances in microelectronics technology provide the ability to generate millions of doors on a single chip with faster speeds and lower power consumption. Integrating more complex features, including processors and memory, into a single chip (on-chip system) is a difficult task for designers. Given the short time to market for these chips, it is impractical to design them from scratch. To meet these challenges, significant innovative design tools, standards, and design methodologies will be required. One possible solution is to use a printed circuit board-like model to remove, simulate, and validate standard pre-existing components. Designers must rely heavi...
