Bd-palaver mailing list

["Pogue Nathaniel Johnston (PSI)" <nathaniel.pogue AT psi.ch>]

Reminder:

Today Pogue and Ulmer will be presenting their work.

 

Pogue - Flat Top Cavity - Tolerances, Missing Power, and Solutions.

 

Ulmer - Final Presentation of Semester Thesis on Particle Accelerator Simulations on Intel MIC

 

See you there, Nate

 

Dr. Nathaniel J. Pogue

PSI Fellow

Paul Scherrer Institut

WBBA/215 CH-5232 Villigen PSI

Office Phone xx41 56 310 51 95

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From: Pogue Nathaniel Johnston (PSI)
Sent: Saturday, August 29, 2015 6:14 PM
To: bd-palaver
Subject: Addition to Sept 1st bd palaver: Ulmer presents Intel MIC simulations

Final Presentation of Semester Thesis on Particle Accelerator Simulations on Intel MIC

September, 1st, after Nate Pogue's talk, approximately 14:45, WBGB 21
Benjamin Ulmer, MSc student at ETH Zurich

Abstract: 
Dynamic Kernel Scheduler (DKS) is an ongoing research project at PSI which provides a software layer between host application and different hardware accelerators such as GPUs or Intel Many Integrated Core architectures (MIC). DKS is used in the Object-oriented Parallel Accelerator Library (OPAL) to speed up computation. The talk will show the results of my Semester Thesis on Particle Accelerator Simulations on Intel MIC. A short introduction into Intel MIC will be given and the performance of a parallel FFT on Intel MIC compared to host only execution and execution on a general purpose GPU will be discussed. Implementation and performance of the FFT based Poisson solver in OPAL using Intel MIC will be presented.


Hope to see you there

Nate

Dr. Nathaniel J. Pogue

PSI Fellow

Paul Scherrer Institut

WBBA/215 CH-5232 Villigen PSI

Office Phone xx41 56 310 51 95

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From: bd-palaver-admin AT lists.psi.ch [bd-palaver-admin AT lists.psi.ch] on behalf of Pogue Nathaniel Johnston (PSI) [nathaniel.pogue AT psi.ch]
Sent: Tuesday, August 25, 2015 4:55 PM
To: bd-palaver
Subject: [Bd-palaver] Sept 1st bd palaver - Pogue - Flat Top

Flat Top Cavity - Tolerances, Missing Power, and Solutions.

N. Pogue  Sept 1st, 14:00 WBGB 021 

 

A new multi-physics model of the Flat Top cavity will be shown as well as the tolerances needed in the cavity to minimally reduce the leaked power. The model will be compared to measured data and it will be shown that there is good agreement between the two.  Concepts for methods of reducing the leaked power will be presented as well as the implications for reducing the plasma. Finally a new conceptual design for a new cavity will be briefly presented.

Fall 2015 Schedule

Aug 18 Matthias Frey - Matched Distributions

Sept 1 Nate Pogue - Flat Top Cavity Simulations

Sept 15   TBD

Sept 29   Alex Gerbershagen - Proton Therapy Beam Dynamics

Oct 13   Mike Erhlichman - SLS Optics

Oct 27   Anna Kolano - Injector 2

Nov 10   Christian Baumgarten - Gantry 3/Degrader

Nov 24   Nate Pogue - Plasma In Cyclotron

Dec 8   Andreas Adelmann - TBD

Dec 22   TBD

 

 

Nate

 

Dr. Nathaniel J. Pogue

PSI Fellow

Paul Scherrer Institut

WBBA/215 CH-5232 Villigen PSI

Office Phone xx41 56 310 51 95