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Enhancing Access to the Radio Spectrum (EARS) - NSF 14-529 FAQs

1) What is the Enhancing Access to the Radio Spectrum (EARS) program?

EARS is a National Science Foundation (NSF) grant program (NSF Funding Opportunity / Publication 14-529) focused on advancing new, high-impact research ideas that make radio spectrum use significantly more efficient and expand the real-world benefits of wireless technologies, especially for Americans who have historically been underserved.

2) What is the main goal of EARS?

The program emphasizes two connected outcomes: (1) breakthroughs that improve how efficiently the radio spectrum is used (for example through better sharing, reduced interference, increased capacity, or improved coordination of access), and (2) research that can help wireless-enabled goods and services reach and serve communities that have not benefited equally from communications advances.

3) What kinds of research topics fit under “spectrum efficiency” in this program?

Based on the opportunity description, relevant work can include new approaches to spectrum sharing, interference reduction, capacity improvements, and coordination methods that allow many devices and services to access spectrum more effectively.

4) How important is the “underserved communities” focus?

It is a clear spotlight area within the program. The opportunity describes an intent for technical advances in spectrum efficiency to be tied to broader access and impact, including real deployment constraints, usability, affordability, and equitable access considerations where connectivity gaps persist.

5) Which NSF directorates lead or participate in EARS?

EARS is jointly led across three NSF directorates: Mathematical and Physical Sciences (MPS), Engineering (ENG), and Computer and Information Science and Engineering (CISE).

6) Is EARS intended to be interdisciplinary?

Yes. The core theme is intentionally cross-cutting. Proposals are expected to go beyond typical single-discipline boundaries and bring together expertise and methods spanning two or more of the participating directorates (MPS, ENG, and/or CISE).

7) What does “cross-cutting” mean in practical proposal terms?

NSF is looking for collaborative research that combines approaches such as fundamental physical-layer or propagation insights (MPS-aligned), advanced communications engineering (ENG-aligned), and modern computing methods (CISE-aligned) like networking, algorithms, data-driven methods, or security, all aimed at improving spectrum sharing and access.

8) What funding mechanism does NSF use for this opportunity?

The opportunity uses the standard NSF grant mechanism and falls under the broad federal category of science and technology research and development.

9) How many awards did NSF anticipate making under this solicitation?

NSF anticipated making about 48 awards under this solicitation.

10) What was the estimated total funding level for EARS?

The estimated total funding level listed is $36,000,000.

11) What is the minimum award size mentioned for EARS?

The listed award floor is $750,000, which signals that NSF expected relatively substantial, multi-investigator efforts rather than small, single-PI exploratory projects.

12) Is cost sharing or matching required?

No. The solicitation states there is no cost sharing or matching requirement, meaning proposers are not required to provide institutional matching funds as a condition of eligibility.

13) When was the solicitation posted and what were the key dates?

The solicitation was posted on January 3, 2014. The full proposal deadline was April 18, 2014. The archive date was May 18, 2014, reflecting a time-bound competition under NSF Publication 14-529.

14) Who is eligible to apply as the lead applicant?

NSF limited submissions to U.S.-based eligible organizations (not individuals). Eligible lead applicants included accredited U.S. universities and colleges (two-year and four-year institutions, including community colleges) with a campus in the United States, submitting on behalf of their faculty. Eligible lead applicants also included U.S. non-profit, non-academic organizations such as independent museums, observatories, research laboratories, professional societies, and similar organizations associated with educational or research activities.

15) Can an individual researcher apply directly?

No. The opportunity states submissions were limited to eligible U.S.-based organizations rather than individuals.

16) Can community colleges apply?

Yes. The eligibility description includes two-year and four-year institutions, including community colleges, provided they are accredited, have a U.S. campus, and submit on behalf of their faculty.

17) Can non-academic non-profits apply as the lead organization?

Yes. The solicitation lists non-profit, non-academic organizations (for example independent museums, observatories, research laboratories, professional societies, and similar U.S. organizations associated with educational or research activities) as eligible lead applicants.

18) Can a U.S. small business be the lead applicant?

No. The solicitation indicates U.S. small business concerns could be involved only as subawardees under a proposal submitted by an eligible institution.

19) Can industry or government agencies receive NSF funds directly under this opportunity?

No. While the program encouraged synergistic partnerships with industry and government agencies when appropriate, it explicitly stated that NSF funds would not be provided to those organizations directly under this opportunity.

20) Can industry or government still participate in some way?

Yes. The opportunity encouraged partnerships with industry and government agencies when appropriate, but participation is described in a way that does not involve NSF directly funding those organizations under this program.

21) Can researchers at foreign academic institutions participate?

Yes, with limits. The solicitation states researchers at foreign academic institutions could participate as senior personnel if their expertise was essential to the project, but they could not receive NSF financial support.

22) What are the CFDA program numbers associated with EARS?

The opportunity is associated with multiple CFDA program numbers: 47.041 (Engineering Grants), 47.049 (Mathematical and Physical Sciences), and 47.070 (Computer and Information Science and Engineering).

23) Where should applicants look for the official requirements and instructions?

The solicitation referenced NSF Publication 14-529 as the primary program document for full requirements and instructions.

24) Who is the listed contact for help with accessing the announcement or submission systems?

The listed support contact is NSF Grants.gov support at grantsgovsupport@nsf.gov.

25) What kind of team structure does EARS appear to encourage?

Given the cross-directorate expectations and the relatively high award floor, the opportunity points toward collaborative, multi-investigator projects that integrate expertise across at least two of the participating directorates (MPS, ENG, CISE) to address spectrum efficiency and broader access goals.