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'''Year 1:'''  
'''Year 1:'''  


1. Design the telescopic approach for anisotropic parallel mesh generation and MRTS system based on current and emerging low-level multithreading systems and communication substrates. Outcome: A research report describing the overall design of a multi-layer framework for extreme-scale parallel mesh generation. Included in the report will be specific test cases and metrics for assessing the weak scaling of the mesh-generation framework on NASA capability-class hardware.  
1. Design the telescopic approach for anisotropic parallel mesh generation and MRTS system based on current and emerging low-level multithreading systems and communication substrates.  
[[Outcome:]] A research report describing the overall design of a multi-layer framework for extreme-scale parallel mesh generation. Included in the report will be specific test cases and metrics for assessing the weak scaling of the mesh-generation framework on NASA capability-class hardware.  


2.  Design the PDR layer of the multi-layer framework for parallel mesh generation and investigate AFLR modifications in order to be integrated with the PDR framework and issues related to the scalability of querying the geometry. Outcome: A presentation and paper at an open technological conference or similar forum describing the implementation approach.
2.  Design the PDR layer of the multi-layer framework for parallel mesh generation and investigate AFLR modifications in order to be integrated with the PDR framework and issues related to the scalability of querying the geometry.  
[[Outcome]]: A presentation and paper at an open technological conference or similar forum describing the implementation approach.


3. Design of the MOESS API.  Outcome: A research report describing the MOESS API. Included in the report will be specific test cases and metrics for assessing the weak scaling of the MOESS framework on NASA capability-class hardware.  
3. Design of the MOESS API.   
[[Outcome:]] A research report describing the MOESS API. Included in the report will be specific test cases and metrics for assessing the weak scaling of the MOESS framework on NASA capability-class hardware.  


4. Preliminary investigation of scalable optimization algorithms for solving the MOESS optimization problem.  Outcome:  A presentation and paper at an open technological conference or similar forum investigating MOESS optimization algorithms for extreme scale computations.  The metrics developed in Milestone (3) will be used to assess the performance of the optimization algorithm.
4. Preliminary investigation of scalable optimization algorithms for solving the MOESS optimization problem.   
[[Outcome:]] A presentation and paper at an open technological conference or similar forum investigating MOESS optimization algorithms for extreme scale computations.  The metrics developed in Milestone (3) will be used to assess the performance of the optimization algorithm.


== Issues for first WebEx meeting: ==
== Issues for first WebEx meeting: ==

Revision as of 16:16, 10 November 2015


Milestones, Outcomes, and Metrics

Year 1:

1. Design the telescopic approach for anisotropic parallel mesh generation and MRTS system based on current and emerging low-level multithreading systems and communication substrates. Outcome: A research report describing the overall design of a multi-layer framework for extreme-scale parallel mesh generation. Included in the report will be specific test cases and metrics for assessing the weak scaling of the mesh-generation framework on NASA capability-class hardware.

2. Design the PDR layer of the multi-layer framework for parallel mesh generation and investigate AFLR modifications in order to be integrated with the PDR framework and issues related to the scalability of querying the geometry. Outcome: A presentation and paper at an open technological conference or similar forum describing the implementation approach.

3. Design of the MOESS API. Outcome: A research report describing the MOESS API. Included in the report will be specific test cases and metrics for assessing the weak scaling of the MOESS framework on NASA capability-class hardware.

4. Preliminary investigation of scalable optimization algorithms for solving the MOESS optimization problem. Outcome: A presentation and paper at an open technological conference or similar forum investigating MOESS optimization algorithms for extreme scale computations. The metrics developed in Milestone (3) will be used to assess the performance of the optimization algorithm.

Issues for first WebEx meeting:

Issues to address: 

    i)  Interaction between MOESS and AFLR3 i.e., API (sequential code can be used as is at this point)
    ii  Interaction between PDR and AFLR3 (API is the goal, a closer look of the AFLR3 code at ODU 
          will help to be best  build an optimal API) and study separation of concerns between PDR and AFLR3,     
    iii)  Identify couple of test geometries relevant to NASA LaRC and expose benefits from PDR.AFLR3 and MOESS.
    iv) Study overheads for pre-processing (AFLR3 might require).
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