|
所在平台: Udemy |
课程主页: https://www.udemy.com/course/basics-of-computer-architecture-for-beginners/
课程评论：没有评论
**课程名称：** 计算机体系结构入门 **课程概述：** 本课程为初学者提供计算机体系结构基础知识的全面介绍。课程涵盖了指令集体系结构、处理器设计、存储器层次结构以及输入/输出机制等核心概念和设计原理。学员将深入了解计算机如何执行程序、性能的衡量与优化，以及硬件和软件在体系结构层面的交互方式。 **核心学习主题：** * **指令集体系结构 (ISA)：** 理解指令如何定义计算机语言。 * **处理器设计：** 学习数据通路和控制单元的设计，以实现指令。 * **流水线技术 (Pipelining)：** 掌握流水线概念及其如何提升处理器性能。 * **存储器层次结构：** 了解缓存 (cache) 和虚拟存储器 (virtual memory) 的结构、目的及其工作原理。 * **输入/输出 (I/O) 系统：** 学习设备如何与处理器通信。 * **性能评估与优化：** 掌握性能指标，并学会如何评估和优化系统性能。 * **并行处理：** 探讨如何通过并行技术提升计算能力。 * **体系结构决策的影响：** 理解体系结构选择对软件执行、系统效率和能耗的影响。 **课程目标：** 通过理论学习和实践练习，学员将能够： * 识别计算机系统的基本组成部分（CPU、存储器、I/O 设备）。 * 理解流水线如何工作以及它对处理器性能的提升作用。 * 解释缓存和虚拟存储器的工作原理。 * 分析 I/O 系统的工作方式。 * 评估计算机系统的性能并找到优化方向。 * 认识到体系结构选择对整体系统性能和能效的关键作用。 本课程旨在帮助学员建立坚实的计算机体系结构基础，为理解更复杂的计算系统打下良好开端。
The Computer Architecture course provides a comprehensive introduction to the fundamental concepts and design principles of computer architecture. It covers the principles of instruction set architecture, processor design, memory hierarchy, and input/output mechanisms. Students will learn how computers execute programs, how performance is measured and optimized, and how hardware and software interact at the architectural level. Key topics include pipelining, cache organization, virtual memory, and parallel processing. The course combines theoretical concepts with practical applications through design exercises and performance analysis. Topics include CPU design, pipelining, memory hierarchy (caches and virtual memory), input/output systems, parallel processing, and performance evaluation. By the end of the course, students will understand how software and hardware interact and how architectural decisions impact system performance and energy efficiency. Upon successful completion of this Computer Architecture course, students will be able to understand:The fundamental components of a computer system, including the CPU, memory, and I/O devices.How datapaths and control units are designed to implement instructions.The concept and implementation of pipelining and how it improves processor performance.The structure and purpose of the memory hierarchy, including caches and virtual memory.Input/output systems and how devices communicate with the processor.Performance metrics and how to evaluate and optimize system performance.The impact of architectural decisions on software execution, efficiency, and energy use.
