This document will describe the work done under the PRACE-4IP extension. This task is dedicated to run the accelerated UEABS on PCP systems to obtain energy metrics on OpenPower+GPU, Xeon Phi and FPGA.
This document will describe the work done under the PRACE-4IP extension. This task is dedicated to provide useful information on application performance and energy usage on next generation systems on the path towards exacsale. It will be caried out running the accelerated UEABS on PCP systems to obtain energy metrics on OpenPower+GPU, Xeon Phi and FPGA.
Organisation is publicly available to anyone interrested in the project and rely on the following tools:
* A slack channel for chat purpose: `PRACE PCP slack channel`_ , ask `Victor Cameo Ponz`_ for registration link.
* A mailing list: ``TODO, adress & registration process``
* This documentation.
* a slack channel for chat purpose: `PRACE PCP slack channel`_ , ask `Victor Cameo Ponz`_ for registration link.
* a mailing list: prace-4ip-t7.2@fz-juelich.de, subscribe here: `mailing list registration page`_
* this documentation.
The following methodology will be followed to lead this task:
#. define which codes of UEABS will be run by who on which machines (this also meats the PRACE milestone ``TODO, name and PRACE calendar due`` due by August 2017)
#. white paper indicating what applications will be run on which prototypes (meeting the PRACE milestone **M7.6 due by August 2017/M4**)
#. grant access to machines (cut off September 2017 )
#. run benchmarks (cut off October/November)
#. gather results and report (this adresses the PRACE deliverable ``TODO, name and PRACE calendar due`` due by December 2017)
#. gather results and report *Applications Performance and Energy Usage* (this adresses the PRACE deliverable **D7.7 due by December 2017/M8**)
Code definition
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@@ -68,16 +70,17 @@ The table :ref:`table-pcp-systems` sums up the when registration process starts:
.. note:: The registration process included whithin is aimed at BCOs only.
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@@ -85,7 +88,9 @@ The table :ref:`table-pcp-systems` sums up the when registration process starts:
Power8 + GPU
^^^^^^^^^^^^
This machine has been designed by `E4 computer engineering`_ and is hosted at CINECA_ in Bologna, Italy. In order to access the machine BCO should register on the `CINECA user datatabase`_ and ask `Victor Cameo Ponz`_ to be added to the 4IP-extension project.
This machine has been designed by `E4 computer engineering`_ and is hosted at CINECA_ in Bologna, Italy.
.. note:: In order to access the machine BCO should register on the `CINECA user datatabase`_ and ask `Victor Cameo Ponz`_ to be added to the 4IP-extension project.
Compute technology
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@@ -102,7 +107,9 @@ Energy sampling technology
Xeon Phi
^^^^^^^^
This machine has been designed by `Atos/Bull`_ and is hosted at CINES_ in Montpellier, France. In order to access the machine BCO should fill the request to open login form (`odt <cines-login-form-odt>`_ or `rtf <cines-login-form-rtf>`_) and send it back to `Victor Cameo Ponz`_.
This machine has been designed by `Atos/Bull`_ and is hosted at CINES_ in Montpellier, France.
.. note:: In order to access the machine BCO should fill the request to open login form (`odt <cines-login-form-odt>`_ or `rtf <cines-login-form-rtf>`_) and send it back to `Victor Cameo Ponz`_.