TAILIEUCHUNG - Bài giảng Computer Architecture: Chapter 8 - Prof. Jerry Breecher

Bài giảng Computer Architecture: Chapter 8 - Multiprocessors Shared Memory Architectures hướng đến trình bày các vấn đề về Introduction – the big picture; centralized Shared Memory Architectures. Cùng tìm hiểu và tham khảo nội dung thông tin tài liệu. | Computer Architecture Chapter 8 Multiprocessors Shared Memory Architectures Prof. Jerry Breecher CSCI 240 Fall 2003 Chap. 8 - Multiprocessors Chapter Overview We’re going to do only one section from this chapter, that part related to how caches from multiple processors interact with each other. Introduction – the big picture Centralized Shared Memory Architectures Chap. 8 - Multiprocessors Introduction Introduction Centralized Shared Memory Architectures The Big Picture: Where are We Now? The major issue is this: We’ve taken copies of the contents of main memory and put them in caches closer to the processors. But what happens to those copies if someone else wants to use the main memory data? How do we keep all copies of the data in synch with each other? Chap. 8 - Multiprocessors The Multiprocessor Picture Processor/Memory Bus PCI Bus I/O Busses Example: Pentium System Organization Chap. 8 - Multiprocessors Memory Disk & other IO Shared Memory .

• Phần cứng
• Bài giảng Computer Architecture
• Kiến trúc máy tính
• Bộ nhớ chia sẻ
• Kiến trúc bộ nhớ chia sẻ
• The big picture
• Centralized Shared Memory Architectures
• Lecture Computer Architecture
• Computer Architecture
• Bài giảng Kiến trúc máy tính
• Instruction set architecture ISA
• Von Neumann architecture
• Computer components
• Computer engineering
• Computer science
• Instruction set architecture
• Computer arithmetic
• Bài giảng Computer Organization and Architecture
• Computer Organization and Architecture
• IA 64 Architecture
• Tìm hiểu IA 64 Architecture
• Background to IA 64
• Superscalar v IA 64
• Lecture Advanced computer architecture
• Bài giảng Kiến trúc máy tính nâng cao
• Advanced computer architecture
• Block diagram
• Hardware structure
• Foundations of computer architecture
• Memory subsystems
• Arithmetic logic shift unit
• Foundation of computer architecture
• Classification of instructions
• Comparison of instruction formats
• Integer operations
• Floating point numbers
• MIPS multiplication instructions
• Computer hardware design
• Single cycle datapath
• Control design
• Multi cycle datapath
• Hardware design principles
• Multi cycle design
• Multi cycle control design
• Pipelined processor
• Multiple cycle verses pipeline
• Structural hazards
• Data hazards
• Computer system
• Memory hierarchy design
• Multiprocessor architecture
• Computer Evolution and Performance
• Hiệu suất máy tính
• Thiết bị điều khiển
• ALU operating on binary data
• Máy tính số học
• Tìm hiểu Computer Arithmetic
• Arithmetic & Logic Unit
• Integer Representation
• Illegal instruction
• I/O interface architecture
• DMA Protocol
• Instruction level parallelism
• Thread level parallelism
• Intel P6 Micro Architecture based processors
• Performance evaluation
• The Moore’s law
• Classes of computers
• Modern computer components
• Lecture Computer Architecture and Assembly Language Programming
• Assembly language programming
• Basic computer organization
• Horizontal dimensions
• Computer I/O system
• Producer Server model
• I/O transaction time
• Instruction set principles
• Computer instructions encoding
• MIPS instruction set
• Protected mode programming
• Advanced processors architecture
• Cache coherence problem
• Multiprocessor cache coherence
• Distributed memory architecture
• Thiết kế bộ xử lý đơn chu kỳ
• Single Cycle Processor
• Thành phần của Datapath
• Cách xây dựng Datapath
• Tổ chức bộ nhớ
• Thiết kế bộ nhớ
• Phân loại bộ nhớ đệm
• Hiệu năng bộ nhớ đệm