'20 ps' diaporamas de présentation

Randal E. Bryant adapted by Jason Fritts

CS:APP Chapter 4 Computer Architecture Pipelined Implementation. Randal E. Bryant adapted by Jason Fritts. http://csapp.cs.cmu.edu. CS:APP2e. Overview. General Principles of Pipelining Goal Difficulties Creating a Pipelined Y86 Processor

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Instructor: Erol Sahin

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The FP420 Project: Introduction and Physics Potential

The FP420 Project: Introduction and Physics Potential. Albert De Roeck CERN and University of Antwerp. 1.2 mm. G as O n S limmed SI licon P ixels Gossip: replacement of Si tracker Essential: thin gas layer (1.2 mm). FP420 Baseline Plan. 1 GASTOF. 2 QUARTICs.

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Principles of Pipeline

Principles of Pipeline. Outline. General Principles of Pipelining Goal Difficulties Suggested Reading 4.4. Problem of SEQ. Too slow Too many tasks needed to finish in one clock cycle Signals need long time to propagate through all of the stages The clock must run slowly enough

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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

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Lecture Notes Taken from Slides of Randal E. Bryant

CS:APP Chapter 4 Computer Architecture Pipelined Implementation Part I. Lecture Notes Taken from Slides of Randal E. Bryant. CS:APP. Overview. General Principles of Pipelining Goal: Enhancing Performance Difficulties: Complex implementation, Non-deterministic behavior etc.

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10 picoseconds original design goal (light travels 3mm in 10 psec!)

Test Beam Studies for FP420 Fast Timing. Developers: UTA ( Brandt ), Louvain, Alberta, FNAL. WHO?. TB shifters: UTA, UC-London, Louvain, Prague. WHY?. Pileup Background Rejection. Ex: Two protons from one interaction and two b-jets from another.

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10 picoseconds original design goal (light travels 3mm in 10 psec!)

Test Beam Studies for FP420 Fast Timing. Developers: UTA ( Brandt ), Louvain, Alberta, FNAL. WHO?. TB shifters: UTA, UC-London, Louvain, Prague. WHY?. Pileup Background Rejection. Ex: Two protons from one interaction and two b-jets from another.

317 views • 31 slides

Randal E. Bryant

CS:APP Chapter 4 Computer Architecture Pipelined Implementation Part I. Randal E. Bryant. Carnegie Mellon University. http://csapp.cs.cmu.edu. CS:APP. Overview. General Principles of Pipelining Goal Difficulties Creating a Pipelined Y86 Processor Rearranging SEQ

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Pipelining I

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Pipelining I

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Bates XFEL Linac and Bunch Compressor Dynamics

Bates XFEL Linac and Bunch Compressor Dynamics. 1. Linac Layout and General Beam Parameter 2. Bunch Compressor System Details (RF, Magnet Chicane) Linear bunch compressing Wake field and CSR Various Effects (Chirp Phase, Source..) Further optimization and S2E Simulation

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QUARTIC a Precise ToF Counter for the ATLAS Forward Physics Project (AFP)

QUARTIC a Precise ToF Counter for the ATLAS Forward Physics Project (AFP). 11 ICATPP Conference James L Pinfold University of Alberta. Groups Involved. University of Alberta, University of Texas at Arlington, University College London. Prague, Saclay, Stoneybrook,

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FP420: FAST TIMING DETECTORS

FP420: FAST TIMING DETECTORS. James Pinfold University of Alberta. For the Fast Timing Group:. GASTOF: Louvain QUARTIC: Alberta, FNAL, UTA. Forward Physics at the LHC December 2007. Rationale for Fast Timing Detectors (1).

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Quartic - the ATLAS Forward Proton Fast ToF Detector

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Oscillator Circuits

Oscillator Circuits. Outline. Oscillators Inverter-Based Oscillator Introduction of Phase Noise Simulation LC-Tank Based Oscillator Laplace Analysis Circuit Implementation Quality Factor Analysis. Inverter-Based Oscillator. Delay Per Stage of the Inverter. (395 ps ). (273 pS ).

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