Pipelined Implementation of Virtual Interface Architecture on Myrinet

Dec 14, 2012

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Pipelined Implementation of Virtual Interface Architecture on Myrinet

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Interfacing Java to the Virtual Interface Architecture

Interfacing Java to the Virtual Interface Architecture Chi-Chao Chang Dept. of Computer Science Cornell University (joint work with Thorsten von Eicken) Apps RMI, RPC Sockets Active Messages, MPI, FM VIA Networking Devices Java C Preliminaries

530 views • 17 slides

Architecture of Network Implementation

Architecture of Network Implementation. Reading: Chapters 3 and 4. Layer-Based Communication Models. End systems. Intermediate system. End systems. Anwendung. Anwendung. Application. Application. (N+1)-Protocols. Instance (N+1). Instance (N+1). Instance (N+1). Instance (N+1).

324 views • 21 slides

Chapter 4 Processor Architecture Pipelined Implementation

Chapter 4 Processor Architecture Pipelined Implementation. Instructor: Dr. Hyunyoung Lee. Texas A&M University. Based on slides provided by Randal E. Bryant, CMU. Overview. General Principles of Pipelining Goal: Enhancing Performance

705 views • 49 slides

Pipelined Implementation CSCi 2021: Computer Architecture and Organization

Pipelined Implementation CSCi 2021: Computer Architecture and Organization. Chapter 4.4, 4.5 (through 4.5.7). Today. Pipelining Performance Hazards Deviate a bit from the slides (defer branch prediction). Last Time. Sequential processor implementation Instruction execution. Idea

471 views • 30 slides

Pipelined Implementation CSCi 2021: Computer Architecture and Organization

Pipelined Implementation CSCi 2021: Computer Architecture and Organization. Chapter 4.5 (through 4.5.7). Today. Last Time. Idea Divide process into independent stages Move objects through stages in sequence At any given times, multiple objects being processed. Parallel. Sequential.

583 views • 49 slides

Constructive Computer Architecture: Non-Pipelined and Pipelined Processors Arvind

Constructive Computer Architecture: Non-Pipelined and Pipelined Processors Arvind Computer Science & Artificial Intelligence Lab. Massachusetts Institute of Technology. Contributors to the course material. Arvind, Rishiyur S. Nikhil, Joel Emer, Muralidaran Vijayaraghavan

466 views • 28 slides

Myrinet

Myrinet. Arthur B. (Barney) Maccabe Computer Science Department The University of New Mexico. MPI Performance (using GM) (Edgar Leon-Borja using 32-bit LANai 7’s). Myricom Bandwidth >140 MB/sec Latency 18  sec. The Good. Programmable NICs Good development environment

236 views • 6 slides

Realizing the Performance Potential of the Virtual Interface Architecture

Realizing the Performance Potential of the Virtual Interface Architecture. Evan Speight, Hazim Abdel-Shafi, and John K. Bennett Rice University, Dep. Of Electrical and Computer Engineering Presented by Constantin Serban, R.U. VIA Goals.

409 views • 26 slides

Pipelined Implementation Part I

Pipelined Implementation Part I. Overview. General Principles of Pipelining Goal Difficulties Creating a Pipelined Y86 Processor Rearranging SEQ Inserting pipeline registers Problems with data and control hazards. Idea Divide process into independent stages

555 views • 31 slides

ShareCam: Interface, System Architecture, and Implementation of a

ShareCam: Interface, System Architecture, and Implementation of a Collaboratively Controlled Robotic Webcam. Dezhen Song (TAMU) and Ken Goldberg (UC Berkeley). IEEE/RSJ International Conference on Intelligent Robots and Systems Finalist for New Technology Foundation (NTF) Award for

754 views • 63 slides

Myrinet

On Demand File Access over the Wide Area with GPFS Bandwidth Challenge 2003. SCinet. L.A. Hub. Booth Hub. TeraGrid Network. Southern California Earthquake Center data Scalable Visualization Toolkit. Gigabit Ethernet. Gigabit Ethernet. Myrinet. Myrinet. SAN. SDSC SC Booth. SDSC.

247 views • 4 slides

Myrinet

High Performance Grid-Enabled Data Movement with GridFTP Bandwidth Challenge 2003. SCinet. L.A. Hub. Booth Hub. TeraGrid Network. Southern California Earthquake Center data Scalable Visualization Toolkit. Gigabit Ethernet. Gigabit Ethernet. Myrinet. Myrinet. SAN. SAN. SDSC.

224 views • 5 slides

Pipelined Implementation

Pipelined Implementation. Outline. Handle Control Hazard Special cases Suggested Reading 4.5. Control Dependence. Example: loop: subl %edx, %ebx jne targ irmovl $10, %edx jmp loop targ: halt The jne instruction create a control dependency Which instruction will be executed?.

450 views • 32 slides

Pipelined Architecture

Microprocessor Architecture. UOP S.E.Comp (Sem-I). Pipelined Architecture. Prof.P.C.Patil Department of Computer Engg Matoshri College of Engg.Nasik pcpatil18@gmail.com. Bus Cycles of 80386. Bus Cycles of 80386.

644 views • 37 slides

A Pipelined Architecture

Document Planning. Document Plan. A Pipelined Architecture. Microplanning. Text Specification. Surface Realisation. Semantic specification. TACTICAL GENERATOR. KPML. semantics. lexicogrammar. sentence. Semantic specification. TACTICAL GENERATOR. KPML is a. Process. generation

385 views • 24 slides

Pipelined Implementation Part II

Pipelined Implementation Part II. Overview. Make the pipelined processor work! Data Hazards Instruction having register R as source follows shortly after instruction having register R as destination Common condition, don’t want to slow down pipeline Control Hazards

551 views • 42 slides

Interfacing Java to the Virtual Interface Architecture

Interfacing Java to the Virtual Interface Architecture. Chi-Chao Chang Dept. of Computer Science Cornell University (joint work with Thorsten von Eicken). Apps. RMI, RPC. Sockets. Active Messages, MPI, FM. VIA. Networking Devices. Java. C. Preliminaries.

288 views • 17 slides

Pipelined Implementation Part II

CSC 333. Pipelined Implementation Part II. Overview. Make the pipelined processor work! Data Hazards Instruction having register R as source follows shortly after instruction having register R as destination Common condition, don’t want to slow down pipeline Control Hazards

536 views • 40 slides

Architecture Implementation

Architecture Implementation. Examples. The process. It’s a little absurd to throw up a bunch of code on a presentation and expect people to be able to read it quickly. The process.

316 views • 30 slides

DTN Interface Architecture

DTN Interface Architecture. Jeffrey D. Bush jbush@mitre.org Robert C. Durst durst@mitre.org. IETF DTNRG Meeting March 24, 2006. Basic Interface Components. Application B. Application C. Application A. Application Interface. Storage. DTN Forwarder. Routing.

182 views • 16 slides

Architecture as Interface

Architecture as Interface. Andr é DeHon <andre@cs.caltech.edu> Friday, June 21, 2002. Previously. How do we build efficient, programmable machines How we mix Computational complexity W/ physical landscape To engineer computations. First 20 years…. For the first 20 years of computing

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Interfacing Java to the Virtual Interface Architecture

185 views • 17 slides

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