'Burst mode' diaporamas de présentation

OSSE for ADM Preparedness

The Simulation and Assimilation of Doppler Wind Lidar Observations in Support of Future Instruments Will McCarty NASA/Goddard Space Flight Center Global Modeling and Assimilation Office R. Errico, R. Yang, M. McGill, S. Palm, R. Gelaro, M. Rienecker. OSSE for ADM Preparedness.

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A Cycle-Based Decomposition Method for Burst-Mode Asynchronous Controllers

A Cycle-Based Decomposition Method for Burst-Mode Asynchronous Controllers. Melinda Y. Agyekum Steven M. Nowick Department of Computer Science Columbia University {melinda, nowick}@cs.columbia.edu. Research Objective. Decomposed BM Controllers. Original BM Controller. 0. 7. 3. 1.

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DIRECT MEMORY ACCESS

DIRECT MEMORY ACCESS. CS 147 Thursday July 5,2001 SEEMA RAI. OVERVIEW . Introduction Implementing DMA in a computer system Data transfer using DMA controller Internal configuration of a DMA controller Process of DMA transfer DMA transfer modes Modification of the CPU to work with DMA

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Electro -acupuncture

Electro -acupuncture. Introduction History of EA Benefits of EA Procedure Wave pattern Precautions Indications. Electro-Acupuncture.

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LCLS Machine Protection System

LCLS Machine Protection System. Outline Overview of interim MPS Update on the interim MPS progress Burst and single shot modes Interim MPS schedule Full MPS. Overview of Interim MPS. Using existing infrastructure (1553 MPS) Adding new signals and devices

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LCLS Machine Protection System

LCLS Machine Protection System. Outline Overview of interim MPS Update on the interim MPS progress Burst and single shot modes Interim MPS schedule Full MPS. Overview of Interim MPS. Using existing infrastructure (1553 MPS) Adding new signals and devices

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Welcome To The AM2900

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Survey of Existing Memory Devices

Survey of Existing Memory Devices. Renee Gayle M. Chua. Introduction. Dynamic RAM (DRAM) Most commonly used type of system memory Requires refreshing every few milliseconds Holds data for a very short time Less expensive than static RAM. Introduction.

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Processor and Memory Organisation

Processor and Memory Organisation. By: Prof. Mahendra B. Salunke Asst. Prof., Department of Computer Engg, SITS, Pune-41. Email: msalunke@gmail.com URL: microsig.webs.com. Contents. Structural unites in a processor Processor selection for an embedded system Memory devices

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Secure File System - Final Meeting

04.02.13. Secure File System - Final Meeting. Industrial Project (234313). Prof. Michael Elad Students N oam Hershtig Yuri Bronshtein. Supervisors Boris Dolgunov Constantine Elster. Agenda. Goals Problem Description High Level solution Demo Methodology Technical Team Work

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Project: IEEE P802.15 Working Group for Wireless Personal Area Networks (WPANs)

Project: IEEE P802.15 Working Group for Wireless Personal Area Networks (WPANs) Submission Title: [Proposed Comment Resolutions for CID 35, 82, 177, 180, and 184] Date Submitted: [21 Sep 2011] Source: [Seung-Hoon Park, Taehan Bae , Dr.Euntae Won], Company [Samsung Electronics 1 ]

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E-Photon/ONe+ Plenary Meeting VD-A, Barcelona, 2007

E-Photon/ONe+ Plenary Meeting VD-A, Barcelona, 2007. Prof. Michael Parker Fujitsu Labs of Europe Ltd. (Ipswich, UK) M.Parker@fle.fujitsu.com. Prof. Stuart Walker Department of Electronic Systems Engineering University of Essex stuwal@essex.ac.uk.

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High Resolution Imaging of dust disks structures around Herbig Ae stars with VISIR

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Model Mission: Magnetospheric Multiscale (MMS)

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High Resolution Imaging of dust disks structures around Herbig Ae stars with VISIR

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Project: IEEE P802.15 Working Group for Wireless Personal Area Networks (WPANs)

Project: IEEE P802.15 Working Group for Wireless Personal Area Networks (WPANs) Submission Title: [ UWB PHY 15.6 Draft 2 remaining topics ] Date Submitted: [ March 15 th , 2011 ] Source: [ Marco Hernandez ] Company: [ NICT] Address: [ 3-4 Hikarino-oka , Yokosuka, 239-0847, Japan ]

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Cold Cathode Fluorescent Lamp (CCFL) Drivers

ITEM. Symbol. Min. TYP. Max. UNIT. Remark. Input Voltage. INV_PWR. 9. 14.8. 21. V DC. Input Current. I in. -. -. 0.65. A. H.V(open). Vs. 1550. -. -. V rms. Lamp Voltage. VL. -. 650. -. V rms. Lamp Current. IL. 6.2. 6.5. 6.8. mA. PWM=100%. IL. 3.0. 3.3. 3.6.

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Back-end overview (both analog and digital) for VLBI2010

Back-end overview (both analog and digital) for VLBI2010. East Coast Geodetic VLBI Meeting 23-24 Feb, 2011, Haystack Observatory Bill Petrachenko. Goals for the VLBI2010 back-end system. Handle VLBI2010 mode of observation 4 bands each using both linear polarizations

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Discussion

Results

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