'Cpu pipeline' presentation slideshows

Chapter 5

Chapter 5. Large and Fast: Exploiting Memory Hierarchy. Introduction. Exploiting memory hierarchy Like a table in library Principle of locality (Programs access a small proportion of their address space at any time) Temporal locality e.g., instructions in a loop, induction variables

1.12k views • 92 slides

Chapter 5

974 views • 87 slides

Chapter 5

Chapter 5. Large and Fast: Exploiting Memory Hierarchy. Principle of Locality. Programs access a small proportion of their address space at any time Temporal locality Items accessed recently are likely to be accessed again soon e.g., instructions in a loop, induction variables

792 views • 64 slides

The Memory Hierarchy Cache, Main Memory, and Virtual Memory (Part 2)

The Memory Hierarchy Cache, Main Memory, and Virtual Memory (Part 2). Lecture for CPSC 5155 Edward Bosworth, Ph.D. Computer Science Department Columbus State University. Cache Line Replacement. The cache memory is always smaller than the main memory (else why have a cache?).

760 views • 43 slides

CPE 731 Advanced Computer Architecture Advanced Memory Hierarchy

CPE 731 Advanced Computer Architecture Advanced Memory Hierarchy . Dr. Gheith Abandah Adapted from the slides of Prof. David Patterson, University of California, Berkeley. Outline. 11 Advanced Cache Optimizations Memory Technology and DRAM optimizations AMD Opteron Memory Hierarchy

796 views • 40 slides

CPUs

CPUs. CPU performance CPU power consumption. Elements of CPU performance. Cycle time. CPU pipeline. Memory system. Pipelining. Several instructions are executed simultaneously at different stages of completion. Various conditions can cause pipeline bubbles that reduce utilization:

405 views • 26 slides

Introduction to Systems Research at SFU

Introduction to Systems Research at SFU. Dr. Alexandra Fedorova August 2007. Introduction. Systems: software systems, hardware systems, the interaction between them

299 views • 21 slides