Opportunity Information: Apply for DE PS02 09ER09 10

  • The Chicago Service Center in the science and technology and other research and development sector is offering a public funding opportunity titled "Mathematics for Analysis of Petascale Data" and is now available to receive applicants.
  • Interested and eligible applicants and submit their applications by referencing the CFDA number(s): 81.049 Office of Science Financial Assistance Program.
  • This funding opportunity was created on Mar 30, 2009 and posted on Mar 30, 2009.
  • Applicants must submit their applications by May 29, 2009. (Agency may still review applications by suitable applicants for the remaining/unused allocated funding in 2026.)
  • Eligible applicants include: Unrestricted (i.e., open to any type of entity above), subject to any clarification in text field entitled Additional Information on Eligibility.
Apply for DE PS02 09ER09 10

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Opportunity Summary:

The Department of Energy (DOE) Office of Science, through the Office of Advanced Scientific Computing Research (ASCR) Applied Mathematics program, invited grant applications focused on the core mathematical problems that arise when trying to extract knowledge from extremely large datasets at the petascale. The central idea of the opportunity is not simply to analyze a large scientific dataset, but to create new mathematics and new numerical algorithms that make petascale-scale analysis possible, reliable, and insightful. Proposed work is expected to tackle fundamental issues such as how to identify the most important features in massive data and how to understand relationships among those features, especially when the data are too large, too complex, or too irregular for conventional methods.

The announcement frames petascale data broadly as the output of both computation and measurement. On the computing side, the DOE highlighted high-resolution simulations running on massively parallel machines, including major applications like climate modeling, fusion energy simulations, and other large-scale science and engineering computations. On the experimental and observational side, it also pointed to domains such as high energy physics and cosmology, where instruments and detectors produce huge volumes of data. Across these settings, the same practical obstacles repeat: the data may be distributed across systems, heterogeneous in type and structure, and characterized by statistical properties that change across space, time, or experimental conditions. The funding call emphasizes that these traits are not side details; they drive the need for fundamentally different mathematical approaches to representation, analysis, and interpretation.

A key requirement is that applications must be anchored in advances in mathematical methods or numerical algorithms. In other words, the DOE was seeking work that pushes the state of the art in the underlying mathematics of large-scale data analysis rather than proposals that mainly apply existing tools to a particular scientific problem, even if that problem is difficult and the dataset is huge. The intended outcome is a set of broadly useful models, methods, and tools that can generalize across DOE-relevant scientific domains and enable discovery from petascale datasets that would otherwise be impractical to analyze.

From an administrative standpoint, this was a discretionary funding opportunity using a grant mechanism within the Office of Science financial assistance program (CFDA 81.049). It did not require cost sharing or matching. Eligibility was listed as unrestricted, meaning it was open to any type of applicant organization, subject to any clarifications that might appear in the full announcement materials. The funding opportunity number was DE-PS02-09ER09-10, with the title "Mathematics for Analysis of Petascale Data." The opportunity was posted and created on March 30, 2009, with an application closing date of May 29, 2009, and an archive date of March 30, 2010.

The primary technical contact named in the announcement was Dr. Alexandra Landsberg in the ASCR Applied Mathematics program (landsberg@ascr.doe.gov, phone 301-903-8507, fax 301-903-7774). For access or system issues related to the electronic announcement, the notice pointed applicants to the IIPS HelpDesk (iipshelpdesk@e-center.doe.gov) and listed Lori Jernigan (Lori.Jernigan@science.doe.gov) as an additional point of contact for linking or opportunity access problems. Educational components were described as welcome but explicitly not required or emphasized, reinforcing that the core focus was research innovation in mathematics and algorithms for petascale data analysis.

Frequently Asked Questions (FAQs): Mathematics for Analysis of Petascale Data (DOE Office of Science, ASCR Applied Mathematics)

1) What is the name of this funding opportunity?

The funding opportunity is titled "Mathematics for Analysis of Petascale Data".

2) What is the funding opportunity number?

The funding opportunity number is DE-PS02-09ER09-10.

3) Which DOE office is sponsoring this opportunity?

This opportunity was offered by the Department of Energy (DOE) Office of Science, through the Office of Advanced Scientific Computing Research (ASCR) in the Applied Mathematics program.

4) What is the main goal of this opportunity?

The main goal is to support research that creates new mathematics and new numerical algorithms that make it possible to extract knowledge from extremely large (petascale) datasets in ways that are reliable, scalable, and insightful.

5) Is this opportunity about analyzing a single large dataset?

No. The central idea is not simply to analyze a particular large scientific dataset. Proposals were expected to focus on advancing the underlying mathematics and numerical algorithms that enable petascale-scale analysis across multiple domains.

6) What kinds of research were emphasized?

The announcement emphasized work on core mathematical problems that arise in petascale data analysis, including fundamental questions such as:

  • How to identify the most important features in massive datasets
  • How to understand relationships among those features
  • How to handle data that are too large, complex, or irregular for conventional methods

7) What does "petascale data" mean in this announcement?

The announcement framed petascale data broadly as extremely large datasets produced by both:

  • Computation (for example, high-resolution simulations on massively parallel machines)
  • Measurement/observation (for example, data produced by instruments and detectors)

8) What application areas were mentioned as examples?

Examples mentioned included computational and observational domains relevant to DOE science, such as:

  • High-resolution simulations on massively parallel machines
  • Climate modeling
  • Fusion energy simulations
  • Large-scale science and engineering computations
  • High energy physics
  • Cosmology

9) What data challenges did the DOE highlight?

The opportunity highlighted recurring obstacles common in petascale settings, including datasets that may be:

  • Distributed across systems
  • Heterogeneous in type and structure
  • Nonstationary, with statistical properties that change across space, time, or experimental conditions

The announcement made it clear these are not minor details; they drive the need for fundamentally different mathematical approaches to representation, analysis, and interpretation.

10) What is the key technical requirement for proposed work?

Applications were expected to be anchored in advances in mathematical methods or numerical algorithms. The DOE was looking for work that pushes the state of the art in the underlying mathematics of large-scale data analysis.

11) Would proposals that mainly apply existing tools be a fit?

The announcement emphasized that the focus should be on new mathematics and new numerical algorithms, rather than proposals that primarily apply existing tools to a particular scientific dataset or problem, even if the dataset is huge or the problem is challenging.

12) What kinds of outcomes was the DOE aiming for?

The intended outcome was a set of broadly useful models, methods, and tools that can:

  • Generalize across DOE-relevant scientific domains
  • Enable discovery from petascale datasets that would otherwise be impractical to analyze

13) What is the funding mechanism and program context?

This was a discretionary funding opportunity using a grant mechanism within the DOE Office of Science financial assistance program, identified as CFDA 81.049.

14) Is cost sharing or matching required?

No. The announcement stated that cost sharing/matching was not required.

15) Who was eligible to apply?

Eligibility was listed as unrestricted, meaning it was open to any type of applicant organization, subject to any clarifications that might appear in the full announcement materials.

16) When was the opportunity posted and when did it close?

The opportunity was posted/created on March 30, 2009, and the application closing date was May 29, 2009.

17) When was the opportunity archived?

The archive date listed in the notice was March 30, 2010.

18) Who is the primary technical contact for scientific/program questions?

The primary technical contact named was Dr. Alexandra Landsberg in the ASCR Applied Mathematics program.

19) Who should applicants contact for electronic announcement access or system issues?

For access or system issues related to the electronic announcement, the notice directed applicants to:

20) Were educational components required?

No. Educational components were described as welcome but not required or emphasized. The stated priority was research innovation in mathematics and algorithms for petascale data analysis.

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