Workprogramme : Différence entre versions

De MARMOTE
 
(4 révisions intermédiaires par le même utilisateur non affichées)
Ligne 1 : Ligne 1 :
 
The work programme of MARMOTE est divided in five workpackages with
 
The work programme of MARMOTE est divided in five workpackages with
 
relationships illustrated in the diagram below
 
relationships illustrated in the diagram below
[[Image:MARMOTE_Functional.png|center|frame|50px|alt="Les WP MARMOTE"|Relationships between MARMOTE's WPs]]
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[[Image:MARMOTE_Functional.png|vignette|center|frame|upright=2|alt="The MARMOTE WPs"|Relationships between MARMOTE's WPs]]
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<imagemap>
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Image:MARMOTE_Functional.png|vignette|center|frame|upright=2|alt="The MARMOTE WPs"|Relationships between MARMOTE's WPs
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rect 2 2 131 63 [[Tache_5.1|Dimensioning of Clouds]]
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rect 1 104 129 165 [[Tache_5.3|Verification of Temporal Properties]]
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rect 1 209 131 269 [[Tache_5.4|Statistical Physics]]
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rect 3 310 133 370 [[Tache_5.2|Cell Biology]]
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rect 898 155 1030 217 [[Tache_5.5|Economics of the Environnement]]
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rect 309 5 426 60 [[WP1|Perfect Simulation]]
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rect 310 310 426 370 [[WP2|Parallel Simulation]]
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rect 427 157 545 215 [[WP3|Software Environnement]]
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rect 663 154 781 215 [[WP4|Numerical Simulation]]
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These workpackages and tasks are:
 
These workpackages and tasks are:
* WP1: Perfect simulation for non-monotone systems
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* [[WP1 (en)|WP1]]: Perfect simulation for non-monotone systems
* WP2: Parallel simulation: the monotony approach
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* [[WP2 (en)|WP2]]: Parallel simulation: the monotony approach
* WP3: Development of a modeling environment for Markovian systems
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* [[WP3 (en)|WP3]]: Development of a modeling environment for Markovian systems
* WP4: Numerical simulation methods for Markov models
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* [[WP4 (en)|WP4]]: Numerical simulation methods for Markov models
 
* WP5: Applications and test-cases (5 tasks)
 
* WP5: Applications and test-cases (5 tasks)
** Task 5.1: Network Dimensioning for Cloud Computing Environments
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** [[Task 5.1]]: Network Dimensioning for Cloud Computing Environments
** Task 5.2: Parallel Simulation of Cell Apoptosis
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** [[Task 5.2]]: Parallel Simulation of Cell Apoptosis
** Task 5.3: Stochastic Verification by Simulation
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** [[Task 5.3]]: Stochastic Verification by Simulation
** Task 5.4: Applications to Laser Physics and Statistical Mechanics
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** [[Task 5.4]]: Applications to Laser Physics and Statistical Mechanics
** Task 5.5: Markovian Games and Economic Problems
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** [[Task 5.5]]: Markovian Games and Economic Problems

Version actuelle datée du 30 décembre 2015 à 09:18

The work programme of MARMOTE est divided in five workpackages with relationships illustrated in the diagram below


Dimensioning of CloudsVerification of Temporal PropertiesStatistical PhysicsCell BiologyEconomics of the EnvironnementPerfect SimulationParallel SimulationSoftware EnvironnementNumerical Simulation"The MARMOTE WPs"
Relationships between MARMOTE's WPs

These workpackages and tasks are:

  • WP1: Perfect simulation for non-monotone systems
  • WP2: Parallel simulation: the monotony approach
  • WP3: Development of a modeling environment for Markovian systems
  • WP4: Numerical simulation methods for Markov models
  • WP5: Applications and test-cases (5 tasks)
    • Task 5.1: Network Dimensioning for Cloud Computing Environments
    • Task 5.2: Parallel Simulation of Cell Apoptosis
    • Task 5.3: Stochastic Verification by Simulation
    • Task 5.4: Applications to Laser Physics and Statistical Mechanics
    • Task 5.5: Markovian Games and Economic Problems