'Memory architecture' presentation slideshows

Digital Integrated Circuits A Design Perspective

Digital Integrated Circuits A Design Perspective. Jan M. Rabaey Anantha Chandrakasan Borivoje Nikolic. Semiconductor Memories. December 20, 2002. Chapter Overview. Memory Classification. Memory Architectures. The Memory Core. Periphery. Reliability Case Studies.

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MEMORY ARCHITECTURE

MEMORY ARCHITECTURE. EEN 417 Fall 2013. MEMORY ARCHITECTURES. Thinking about memory. Imagine we have an 8-bit processor Has byte addressable memory 128B of RAM Imagine this processor has an instruction: LD, R, ADR Loads data from <ADR> to named register. Thinking about memory.

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EE534 VLSI Design System summer 2004 Lecture 14:Chapter 10 Semiconductors memories

EE534 VLSI Design System summer 2004 Lecture 14:Chapter 10 Semiconductors memories. Chapter 10: SEMICONDUCTOR MEMORIES. Memory classification (more history than technical) Memory architecture and basic operations The memory core (data storage units)

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Multi-OS Project

Multi-OS Project. How to work with Multi-OS. on BF561. Presenter: Tang-Hsun Tu. National Taiwan University, Graduate Institute of Networking and Multimedia Tang-Hsun Tu. ? Loader File Structure. ? Multi-DXE Loader. ? Second Stage Loader. ? Multi-OS. ? Communication. ? Conclusion.

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A Novel Memory Architecture for Elliptic Curve Cryptography with Parallel Modular Multipliers

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Xiaodong Wang ? Dilip Vasudevan Hsien-Hsin Sean Lee

Global Built-In Self- Repair for 3D Memories with Redundancy Sharing & Parallel Testing. Xiaodong Wang ? Dilip Vasudevan Hsien-Hsin Sean Lee. University of College Cork ? Georgia Tech. 3D Memory Architecture. High Density Low latency Energy E fficiency High Bandwidth. TSV.

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G22.3250-001

G22.3250-001. Disco. Robert Grimm New York University. The Three Questions. What is the problem? What is new or different? What are the contributions and limitations?. Background: ccNUMA. Cache-coherent non-uniform memory architecture Multi-processor with high-performance interconnect

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Heap Data Management for Limited Local Memory (LLM) Multicore Processors

Heap Data Management for Limited Local Memory (LLM) Multicore Processors. Ke Bai ? Aviral Shrivastava C ompiler M icro-architecture L ab. From multi- to many-core processors. Simpler design and verification Reuse the cores Can improve performance without much increase in power

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Modeling GPU non-Coalesced Memory Access

Modeling GPU non-Coalesced Memory Access. Michael Fruchtman. Importance. GPU Energy Efficiency Dependent on performance Complex Memory Model Coalesced memory Warps of 16 threads Applications Memory bound applications Predict the performance. Goals.

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Processor Technology

Processor Technology. John Gordon, Peter Oliver e-Science Centre, RAL October 2002. All details correct at time of writing 09/10/02. Outline. What is a CPU? Current Technologies CPU, memory and Motherboads Concentrate on x86 architectures INTEL AMD Longer view Parallel CPUs

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HOLMS

HOLMS. John F. Snowdon February 20th 2004. http://www.optical-computing.co.uk. Research. Conjunct. Dynamic Serial Optical Interconnect (DSOI) A next generation protocol-agile serial optical interconnect component.

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Section 4 ADSP-2191 Memory

DSP ?????. Section 4 ADSP-2191 Memory. Memory. Primarily Store data and instructions Also used to access memory mapped peripherals 2191s can access External memory if present The 2191 has a linear addressing scheme 0x00 0000 to 0xFF FFFF TOTAL 16M words

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Introduction to MIMD architectures

Introduction to MIMD architectures. {Multi-processor} {Multi-computer} 15.1 Architectural concepts 15.2 Problems of scalable computers 15.3 Main design issues of scalable MIMD computers. TECH Computer Science. CH01. Multi-computer: Structure of Distributed Memory MIMD Architectures.

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uClinux course

uClinux course. Overview. Day 1 Survey of embedded operating systems - why uclinux? The uclinux environment - the directory structure Day 2 Using the configuration tools for the kernel and user applications Adding user application to uClinux Day 3

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Architecture Design of a Scalable Single-Chip Multi-Processor

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Computer Architecture CST 250

Computer Architecture CST 250. MEMORY ARCHITECTURE Prepared by:Omar Hirzallah. Contents. CPU & Main Memory Architecture RAM & Types Comparison CMOS ROM & Types. CPU & Main Memory Architecture (Von Neuman). Data Bus. Input / Output. Processor. ROM. RAM. C.U. A.L.U. Address Bus.

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High Performance Computing & Bioinformatics Performance Nick Lindberg

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