AppTemp

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== General Information ==
== General Information ==
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* Application's name: Hadron Masses from Lattice QCD
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* Application's name: ''...''
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* Application's acronym: HMLQCD
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* Application's acronym: ''...''
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* Virtual Research Community: ''VRC "TirLatt Group"
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* Virtual Research Community: ''...''
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* Scientific contact: ''Prof.'' ''Artan Boriçi (artanborici@yahoo.com)''
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* Scientific contact: ''...''
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* Technical contact: ''Msc. Dafina Xhako, (dafinaxhako@yahoo.com); Msc. Rudina Zeqirllari, (rudina_mj@hotmail.com)''  
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* Technical contact: ''...''
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* Developers:  
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* Developers: ''...''
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* Web site: ...
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* Web site: ''...''
== Short Description ==
== Short Description ==
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Computation of basic properties of matter simulating the theory of strong interactions, Quantum Chromodynamic on the Lattice on massively parallel computers.
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...
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Numerical lattice QCD calculations using Monte Carlo methods can be extremely computationally intensive, requiring the use of the largest available supercomputers. To reduce the computational burden, the so-called quenched approximation can be used, in which the quark fields are treated as non-dynamic "frozen" variables. While this was common in early lattice QCD calculations, "dynamical" fermions are now standard. These simulations typically utilize algorithms based upon molecular dynamics or microcanonical ensemble algorithms.
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...
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The project foresees three phases:
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1. Simulation of lattice QCD with O(a) improved fermions, ie w/ chiral fermions using the FERMIQCD software
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2. Implementation of Borici-Creutz fermions:
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- Gauge and fermions action implementation
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- Dirac solver
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3. Simulation with Borici-Creutz fermions
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== Problems Solved ==
== Problems Solved ==
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* Calculation of quark propagators
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* Calculation of hadron propagators
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...
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* Calculation of hadron masses
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* Calculation of quark propagators using multigrid algorithm
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...
== Scientific and Social Impact ==
== Scientific and Social Impact ==
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Accurate calculations of hadron spectrum
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...
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...
== Collaborations ==
== Collaborations ==
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*  
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* ...
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* ...
== Beneficiaries ==
== Beneficiaries ==
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* Researchers in the field of computational physics in Lattice QCD.
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* ...
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* ...
== Number of users ==
== Number of users ==
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3
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...
== Development Plan ==
== Development Plan ==
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* Concept: ''Done before the project started''
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* Concept: ''...''
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* Start of alpha stage: ''Done before the project started''
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* Start of alpha stage: ''...''
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* Start of beta stage: M9
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* Start of beta stage: ''...''
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* Start of testing stage:M11
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* Start of testing stage: ''...''
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* Start of deployment stage: M15
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* Start of deployment stage: ''...''
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* Start of production stage: M16
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* Start of production stage: ''...''
== Resource Requirements ==
== Resource Requirements ==
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* Number of cores required for a single run:  
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* Number of cores required for a single run: ''...''
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* Minimum RAM/core required:  
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* Minimum RAM/core required: ''...''
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* Storage space during a single run:  
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* Storage space during a single run: ''...''
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* Total core hours required:  
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* Total core hours required: ''...''
== Technical Features and HP-SEE Implementation ==
== Technical Features and HP-SEE Implementation ==
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* Primary programming language: C++
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* Primary programming language: ''...''
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* Parallel programming paradigm: MPI/OpenMP
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* Parallel programming paradigm: ''...''
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* Main parallel code: MPI
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* Main parallel code: ''...''
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* Pre/post processing code: Own developer
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* Pre/post processing code: ''...''
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* Application tools and libraries: FermiQCD
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* Application tools and libraries: ''...''
== Usage Example ==
== Usage Example ==
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''...''
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...
== Infrastructure Usage ==
== Infrastructure Usage ==
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* Home system: ''...''
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** Applied for access on: ''...''
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** Access granted on: ''...''
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** Achieved scalability: ''... cores''
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* Accessed production systems:
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# ''...''
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#* Applied for access on: ''...''
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#* Access granted on: ''...''
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#* Achieved scalability: ''... cores''
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## ''...''
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##* Applied for access on: ''...''
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##* Access granted on: ''...''
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##* Achieved scalability: ''... cores''
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* Porting activities: ''...''
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* Scalability studies: ''...''
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== Achieved Results ==
== Achieved Results ==
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...
...
== Publications ==
== Publications ==
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* ...
* ...
* ...

Revision as of 10:33, 23 January 2012

Contents

General Information

  • Application's name: ...
  • Application's acronym: ...
  • Virtual Research Community: ...
  • Scientific contact: ...
  • Technical contact: ...
  • Developers: ...
  • Web site: ...

Short Description

...

...

Problems Solved

...

...

Scientific and Social Impact

...

...

Collaborations

  • ...
  • ...

Beneficiaries

  • ...
  • ...


Number of users

...

Development Plan

  • Concept: ...
  • Start of alpha stage: ...
  • Start of beta stage: ...
  • Start of testing stage: ...
  • Start of deployment stage: ...
  • Start of production stage: ...

Resource Requirements

  • Number of cores required for a single run: ...
  • Minimum RAM/core required: ...
  • Storage space during a single run: ...
  • Total core hours required: ...

Technical Features and HP-SEE Implementation

  • Primary programming language: ...
  • Parallel programming paradigm: ...
  • Main parallel code: ...
  • Pre/post processing code: ...
  • Application tools and libraries: ...

Usage Example

...

Infrastructure Usage

  • Home system: ...
    • Applied for access on: ...
    • Access granted on: ...
    • Achieved scalability: ... cores
  • Accessed production systems:
  1. ...
    • Applied for access on: ...
    • Access granted on: ...
    • Achieved scalability: ... cores
    1. ...
      • Applied for access on: ...
      • Access granted on: ...
      • Achieved scalability: ... cores
  • Porting activities: ...
  • Scalability studies: ...


Running on Several HP-SEE Centres

Achieved Results

...

Publications

  • ...
  • ...

Foreseen Activities

  • ...
  • ...
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