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所在平台: Udemy |
课程主页: https://www.udemy.com/course/computer-organization-and-architecture-2024/
课程评论：没有评论
课程名称：计算机组织与架构 2024 概述：本课程学习的概念是理解计算机基本功能的基础，同时为计算机科学、工程及相关领域的更高级学习提供框架。学生将学习以下内容： 1. 解决数字系统中的不同问题以及使用逻辑门实现不同电路的能力。 2. 了解计算机的功能单元，帮助学生在硬件设计方面做出明智的决策，同时通过记忆层次结构的知识帮助程序员编写更高效的代码，优化算法并高效利用内存资源，从而提升软件性能。 3. 学习指令排序和寻址模式，使学生掌握计算机执行任务的方式，改进编程任务并优化硬件设计，创造更高性能的硬件和软件配置。 4. 理解算术逻辑单元（ALU）的设计对于优化算法和硬件系统的发展至关重要，帮助提升在诊断和解决系统相关问题方面的问题解决能力。 5. 快速的乘法和除法运算有助于计算系统应对大规模计算挑战的能力。 6. 了解控制单元的操作、流水线技术、多总线组织、微程序控制、危险及其对指令集的影响，将使学生为解决实际问题做好准备。 7. 继承并理解并行性、弗林分类、ARM 5和ARM 7架构，帮助学生了解如何执行和保护敏感数据。 因此，本课程传授的实用技能和知识在各个技术领域广泛适用，促进个人与职业的成长。
This Course Learning concepts forms the bedrock for understanding how computers function at a fundamental level. It also provides a framework for more advanced learning in computer science, engineering, and related fields. 1.Students will be facilitated to solve the different types of problems in Number System and realization of different circuits using logic gates. 2. Insight into the functional units of a computer enables one to decide about hardware design. Knowledge of memory hierarchy and functional units helps programmers write more efficient code. Understanding how data is stored and accessed enables them to optimize algorithms and utilize memory resources effectively, leading to faster and more efficient software. 3.Learning about instruction sequencing and addressing modes equips on how computers execute tasks , improved programming tasks and optimized hardware design. It aids in creating better-performing hardware and software configurations. 4.Comprehending the design ALUs is crucial for the development of optimized algorithms hardware systems contributing to advancements in technological domains. It enhances problem-solving skills in diagnosing and resolving system-related problems. 5.The application of fast multiplication and division contributing to the capability of computing systems in addressing large-scale computational challenges.6.Understand the control unit operation,pipelining,multiple bus organization,microprogrammed control,hazards and its influence on instruction set will facilitate the students ready for solving real world problems.7.Inheriting the knowledge on parallelism,Flynn classification,ARM 5 and ARM 7 architecture helps to understand how to excute and protect sensitive data.Thus this course translates into practical skills and knowledge that are highly applicable across various technological domains, fostering both personal and professional growth.
