- 1. COA _ Basics of Computer System _ Lec 1 _ GATE Computer Science_IT Engineerin
- 2. COA _ Components of Computer _ Lec 2 _ GATE Computer Science_IT Engineering E
- 3. COA _ CPU Registers _ Lec 3 _ GATE Computer Science_IT Engineering Exam
- 4. COA _ Micro-Operations _ Lec 4 _ GATE Computer Science_IT Engineering Exam
- 5. COA _ Instructions in Computer Architecture -1 _ Lec 5 _ GATE Computer Scienc
- 6. COA _ Instructions in Computer Architecture -2 _ Lec 6 _ GATE Computer Scienc
- 7. Complex Problems on Instructions (COA) _ Marathon Session _ GATE CSE_IT 2021
- 8. COA _ Addressing Mode - 1 _ Lec 7 _ GATE Computer Science_IT Engineering Exam
- 9. COA _ Addressing Mode - 2 _ Lec 8 _ GATE Computer Science_IT Engineering Exam
- 10. COA _ Addressing Mode - 3 _ Lec 9 _ GATE Computer Science_IT Engineering Exa
- 11. COA _ Addressing Mode - 4 _ Lec 10 _ GATE Computer Science_IT Engineering Ex
- 12. Revision - Addressing Modes (COA) _ Marathon Session _ GATE CSE_IT 2021 Exam
- 13. COA _ Introduction to CPU _ Lec 11 _ GATE Computer Science_IT Engineering Ex
- 14. COA _ ALU & Data Path _ Lec 12 _ GATE Computer Science_IT Engineering Exam
- 15. COA _ Control Unit Control Word Control Unit Organization _ Lec 13 _ GATE
- 16. COA _ Types of Control Unit _ Lec 14 _ GATE Computer Science Engineering Exa
- 17. COA _ Nano-programmed Control Unit _ Lec 15 _ GATE Computer Science Engineer
- 18. COA _ IO Organization - 1 _ Lec 16 _ GATE Computer Science Engineering Exam
- 19. COA _ IO Organization - 2 _ Lec 17 _ GATE Computer Science Engineering Exam
- 20. COA _ IO Organization - 3 _ Lec 18 _ GATE Computer Science Engineering Exam
- 21. COA _ IO Organization - 4 _ Lec 19 _ GATE CSE 2021 Exam
- 22. COA _ DMA Modes and Problems on IO _ Lec 20 _ GATE CSE 2021 Exam
- 23. IO Organization _ 3 Hours Marathon Session _ By Vishvadeep Gothi Sir
- 24. COA _ Memory Organization - Introduction _ Lec 21 _ GATE CSE 2021 Exam
- 25. COA _ Memory Organization - Main Memory & Memory Chips _ Lec 22 _ GATE CSE 2
- 26. COA _ Memory Organization - Memory Chip _ Lec 23 _ GATE CSE 2021 Exam
- 27. COA _ Memory Organization - Multiple Chip Support _ Lec 24 _ GATE CSE 2021 E
- 28. COA _ Memory Organization - Associative Memory Locality of Reference _ Lec
- 29. COA _ Memory Organization - Cache Memory _ Lec 26 _ GATE CSE 2021 Exam
- 30. COA _ Memory Organization - Cache Memory 2 _ Lec 27 _ GATE CSE 2021 Exam
- 31. COA _ Cache Mapping - Direct Mapping - 1 _ Lec 28 _ GATE CSE 2021 Exam
- 32. COA _ Cache Mapping - Direct Mapping - 2 _ Lec 29 _ GATE CSE 2021 Exam
- 33. COA _ Cache Mapping - Cache Initialization _ Lec 30 _ GATE CSE 2021 Exam
- 34. COA _ Cache Mapping - Set Associative Mapping & Fully Associative Mapping _
- 35. COA _ Cache Mapping - Hardware Implementation of Mapping _ Lec 32 _ GATE CSE
- 36. COA _ Cache Mapping - Cache Block Replacement _ Lec 33 _ GATE CSE 2021_22 Ex
- 37. COA _ Cache Mapping - Types of Cache Misses _ Lec 34 _ GATE CSE 2021_22 Exam
- 38. Cache Mapping _ 3 Hours Marathon Session _ By Vishvadeep Gothi Sir
- 39. COA _ Computer science MultiLevel Cache _ Lec 35 _ GATE CSE 2021_22 Exam
- 40. COA _ Practice Questions on Cache Memory - 1 _ Lec 36 _ GATE CSE 2021_22 Exa
- 41. COA _ Practice Questions on Cache Memory - 2 _ Lec 37 _ GATE CSE 2021_22 Exa
- 42. COA _ Magnetic Disk - Disk Platter Track Sector Disk Access Time _ Lec 38
- 43. COA _ Magnetic Disk - Disk Access Time Disk Addressing _ Lec 39 _ GATE CSE
- 44. DPP on Magnetic Disk _ Marathon Session _ GATE CSE_IT 2021 Exam
- 45. DMA and Magnetic Disk _ 3 Hours Marathon Session _ By Vishvadeep Gothi Sir
- 46. COA _ Parallel Processing Flynns Classification & Pipelining _ Lec 40 _ GA
- 47. COA _ DPP on Synchronous Pipeline & Pipeline _ Lec 41 _ GATE CSE 2021_22 Exa
- 48. COA _ Instruction Pipeline Pipeline Hazards _ Lec 42 _ GATE CSE 2021_22 Exa
- 49. COA _ Pipeline Hazards & Data Hazard Classifications - RAW WAW WAR _ Lec 4
- 50. COA _ DPP - Instruction Pipeline _ Lec 44 _ GATE CSE 2021_22 Exam
- 51. COA _ Non-Linear Pipeline _ Lec 45 _ GATE CSE 2021_22 Exam
- 52. COA _ Floating Point Representation - Conventional _ Lec 46 _ GATE CSE 2021_
- 53. COA _ Floating Point Representation - IEEE - 754 Representation _ Lec 47 _ G
计算机体系结构是计算机科学与技术、软件工程等专业的核心课程之一,重点论述计算机系统各种基本结构、设计技术和性能分析方法。通过本课程,了解计算机系统的各种基本结构,掌握在计算机设计各个环节中影响性能的因素,以及提高性能的各种理论和方法。
教学大纲是根据学科内容及其体系和教学计划的要求编写的教学指导文件,它以纲要的形式规定了课程的教学目的、任务;知识、技能的范围、深度与体系结构;教学进度和教学法的基本要求。它是编写教材和进行教学工作的主要依据,也是检查学生学业成绩和评估教师教学质量的重要准则。教学计划设置的每一门课程,都应有相应的教学大纲。
“计算机组织与系统结构”又称为“计算机组成原理”,是计算机科学技术、软件工程专业的一门重要公共基础课,是一门理论性、技术性很强的主干课程。本课程的主要任务是全面介绍计算机内部各部件的组成结构与工作原理、各部件间联系,以及并行体系结构等前沿知识。通过本课程的学习,使学生掌握计算机硬件的基本特征和实现机制,为后续计算机应用、软件工程专业课的学习,以及未来从事计算机软硬件研究与开发,打下一个良好的基础。