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15 U.S.C. § 8518 — Computing resource efficiency improve-

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15 U.S.C. § 8518 — Computing resource efficiency improve-

Page 2430 TITLE 15—COMMERCE AND TRADE § 8517 1 So in original. § 8517. Observing System Simulation Experi- ments (a) In general In support of the requirements of section 8516 of this title, the Assistant Administrator for Oceanic and Atmospheric Research shall under- take Observing System Simulation Experi- ments, or such other quantitative assessments as the Assistant Administrator considers appro- priate, to quantitatively assess the relative value and benefits of observing capabilities and systems. Technical and scientific Observing Sys- tem Simulation Experiment evaluations— (1) may include assessments of the impact of observing capabilities on— (A) global weather prediction; (B) hurricane track and intensity fore- casting; (C) tornado warning lead times and accu- racy; (D) prediction of mid-latitude severe local storm outbreaks; and (E) prediction of storms that have the po- tential to cause extreme precipitation and flooding lasting from 6 hours to 1 week; and (2) shall be conducted in cooperation with other appropriate entities within the National Oceanic and Atmospheric Administration, other Federal agencies, the United States weather industry, and academic partners to ensure the technical and scientific merit of re- sults from Observing System Simulation Ex- periments or other appropriate quantitative assessment methodologies. (b) Requirements Observing System Simulation Experiments shall quantitatively— (1) determine the potential impact of pro- posed space-based, suborbital, and in situ ob- serving systems on analyses and forecasts, in- cluding potential impacts on extreme weather events across all parts of the Nation; (2) evaluate and compare observing system design options; and (3) assess the relative capabilities and costs o

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Source file: Laws/federal/codes/united-states-code-2024/title-15/section-8518-computing-resource-efficiency-improve--c3322b52ff.md
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Page 2430 TITLE 15—COMMERCE AND TRADE § 8517 1 So in original. § 8517. Observing System Simulation Experi- ments (a) In general In support of the requirements of section 8516 of this title, the Assistant Administrator for Oceanic and Atmospheric Research shall under- take Observing System Simulation Experi- ments, or such other quantitative assessments as the Assistant Administrator considers appro- priate, to quantitatively assess the relative value and benefits of observing capabilities and systems. Technical and scientific Observing Sys- tem Simulation Experiment evaluations— (1) may include assessments of the impact of observing capabilities on— (A) global weather prediction; (B) hurricane track and intensity fore- casting; (C) tornado warning lead times and accu- racy; (D) prediction of mid-latitude severe local storm outbreaks; and (E) prediction of storms that have the po- tential to cause extreme precipitation and flooding lasting from 6 hours to 1 week; and (2) shall be conducted in cooperation with other appropriate entities within the National Oceanic and Atmospheric Administration, other Federal agencies, the United States weather industry, and academic partners to ensure the technical and scientific merit of re- sults from Observing System Simulation Ex- periments or other appropriate quantitative assessment methodologies. (b) Requirements Observing System Simulation Experiments shall quantitatively— (1) determine the potential impact of pro- posed space-based, suborbital, and in situ ob- serving systems on analyses and forecasts, in- cluding potential impacts on extreme weather events across all parts of the Nation; (2) evaluate and compare observing system design options; and (3) assess the relative capabilities and costs of various observing systems and combina- tions of observing systems in providing data necessary to protect life and property. (c) Implementation Observing System Simulation Experiments— (1) shall be conducted prior to the acquisi- tion of major Government-owned or Govern- ment-leased operational observing systems, including polar-orbiting and geostationary satellite systems, with a lifecycle cost of more than $500,000,000; and (2) shall be conducted prior to the purchase of any major new commercially provided data with a lifecycle cost of more than $500,000,000. (d) Priority Observing System Simulation Ex- periments (1) Global Navigation Satellite System Radio Occultation Not later than 30 days after April 18, 2017, the Assistant Administrator for Oceanic and Atmospheric Research shall complete an Ob- serving System Simulation Experiment to as- sess the value of data from Global Navigation Satellite System Radio Occultation. (2) Geostationary hyperspectral sounder global constellation Not later than 120 days after April 18, 2017, the Assistant Administrator for Oceanic and Atmospheric Research shall complete an Ob- serving System Simulation Experiment to as- sess the value of data from a geostationary hyperspectral sounder global constellation. (e) Results Upon completion of all Observing System Sim- ulation Experiments, the Assistant Adminis- trator shall make available to the public the re- sults an assessment 1 of related private and pub- lic sector weather data sourcing options, includ- ing their availability, affordability, and cost-ef- fectiveness. Such assessments shall be developed in accordance with section 50503 of title 51. (Pub. L. 115–25, title I, § 107, Apr. 18, 2017, 131 Stat. 96.) § 8518. Computing resource efficiency improve- ment and annual report (a) Computing resources (1) In general In acquiring computing capabilities, includ- ing high performance computing technologies and supercomputing technologies, that enable the National Oceanic and Atmospheric Admin- istration to meet its mission requirements, the Under Secretary shall, when appropriate and cost-effective, assess and prioritize op- tions for entering into multi-year lease agree- ments for computing capabilities over options for purchasing computing hardware outright. (2) Acquisition In carrying out the requirements of para- graph (1), the Under Secretary shall structure multi-year lease agreements in such a manner that the expiration of the lease is set for a date on or around— (A) the expected degradation point of the computing resources; or (B) the point at which significantly in- creased computing capabilities are expected to be available for lease. (3) Pilot programs (A) In general In order to more efficiently and effectively meet the mission requirements of the Na- tional Oceanic and Atmospheric Administra- tion, the Under Secretary may create 1 or more pilot programs for assessing new or in- novative information and technology capa- bilities and services. (B) Program requirements Any program created under paragraph (3) shall assess only those capabilities and serv- ices that— (i) meet or exceed the standards and re- quirements of the National Oceanic and Atmospheric Administration, including for processing speed, cybersecurity, and over- all reliability; or Page 2431 TITLE 15—COMMERCE AND TRADE § 8519 1 See References in Text note below. (ii) meet or exceed, or are expected to meet or exceed, the performance of simi- lar, in-house information and technology capabilities and services that are owned and operated by the National Oceanic and Atmospheric Administration prior to the establishment of the pilot program. (C) Authorization of appropriations There is authorized to be appropriated, out of funds appropriated to the National Envi- ronmental Satellite, Data, and Information Service, to carry out this paragraph $5,000,000 for fiscal year 2019, $10,000,000 for fiscal year 2020, and $5,000,000 for each of fis- cal years 2021 through 2023, to remain avail- able until expended. (b) Reports Not later than 1 year after January 7, 2019, and triennially thereafter until the date that is 6 years after the date on which the first report is submitted, the Under Secretary, acting through the Chief Information Officer of the National Oceanic and Atmospheric Administration and in coordination with the Assistant Administrator for Oceanic and Atmospheric Research and the Director of the National Weather Service, shall produce and make publicly available a report that explains how the Under Secretary intends— (1) to continually support upgrades to pursue the fastest, most powerful, and cost-effective high performance computing technologies in support of its weather prediction mission; (2) to ensure a balance between the research to operations requirements to develop the next generation of regional and global models as well as highly reliable operational models; (3) to take advantage of advanced develop- ment concepts to, as appropriate, make next generation weather prediction models avail- able in beta-test mode to operational fore- casters, the United States weather industry, and partners in academic and Government re- search; (4) to use existing computing resources to improve advanced research and operational weather prediction; (5) to utilize non-Federal contracts to obtain the necessary expertise for advanced weather computing, if appropriate; (6) to utilize cloud computing; and (7) to create a long-term strategy to transi- tion the programming language of weather model code to current and broadly-used coding language. (Pub. L. 115–25, title I, § 108, Apr. 18, 2017, 131 Stat. 97; Pub. L. 115–423, § 5(a), Jan. 7, 2019, 132 Stat. 5457.) Editorial Notes AMENDMENTS 2019—Pub. L. 115–423 amended section generally. Prior to amendment, section related to annual report on computing resources prioritization. § 8519. Authorization of appropriations (a) In general There are authorized to be appropriated to the Office of Oceanic and Atmospheric Research to carry out this subchapter— (1) $136,516,000 for fiscal year 2019, of which— (A) $85,758,000 is authorized for weather laboratories and cooperative institutes; (B) $30,758,000 is authorized for weather and air chemistry research programs; and (C) $20,000,000 is authorized for the joint technology transfer initiative described in section 8512(b)(4) of this title; (2) $148,154,000 for fiscal year 2020, of which— (A) $87,258,000 is authorized for weather laboratories and cooperative institutes; (B) $40,896,000 is authorized for weather and air chemistry research programs; and (C) $20,000,000 is authorized for the joint technology transfer initiative described in section 8512(b)(4) of this title; (3) $150,154,000 for fiscal year 2021, of which— (A) $88,758,000 is authorized for weather laboratories and cooperative institutes; (B) $41,396,000 is authorized for weather and air chemistry research programs; and (C) $20,000,000 is authorized for the joint technology transfer initiative described in section 8512(b)(4) of this title; (4) $152,154,000 for fiscal year 2022, of which— (A) $90,258,000 is authorized for weather laboratories and cooperative institutes; (B) $41,896,000 is authorized for weather and air chemistry research programs; and (C) $20,000,000 is authorized for the joint technology transfer initiative described in section 8512(b)(4) of this title; and (5) $154,154,000 for fiscal year 2023, of which— (A) $91,758,000 is authorized for weather laboratories and cooperative institutes; (B) $42,396,000 is authorized for weather and air chemistry research programs; and (C) $20,000,000 is authorized for the joint technology transfer initiative described in section 8512(b)(4) of this title. (b) Limitation No additional funds are authorized to carry out this subchapter and the amendments made by this title.1 (Pub. L. 115–25, title I, § 110, Apr. 18, 2017, 131 Stat. 98; Pub. L. 115–423, § 3(b), Jan. 7, 2019, 132 Stat. 5455.) Editorial Notes REFERENCES IN TEXT This subchapter, referred to in text, was in the origi- nal ‘‘this title’’, meaning title I of Pub. L. 115–25, which enacted this subchapter and amended provisions for- merly set out as a note under section 313 of this title, which is now classified to section 8520 of this title. For complete classification of title I to the Code, see Ta- bles. The amendments made by this title, referred to in subsec. (b), mean the amendments made by title I of Pub. L. 115–25, which amended provisions formerly set out as a note under section 313 of this title and which is now classified to section 8520 of this title. AMENDMENTS 2019—Pub. L. 115–423 amended section generally. Prior to amendment, section related to authorization of ap- propriations for fiscal years 2017 and 2018.

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Federal law — U.S. Code and appendices · legal_authorities

15 U.S.C. § 8518 — Observing System Simulation Experiments

**(a) In general** In support of the requirements of [section 8516 of this title](https://uscode.house.gov/view.xhtml?req=granuleid:USC-prelim-title15-section8516&num=0&edition=prelim), the Assistant Administrator for Oceanic and Atmospheric Research shall undertake Observing System Simulation Experiments, or such other quantitative assessments as the Assistant Administrator considers appropriate, to quantitatively assess the relative value and benefits of observing capabilities and systems. Technical and scientific Observing System Simulation Experiment evaluations— (1) may include assessments of the impact of observing capabilities on— (A) global weather prediction; (B) hurricane track and intensity forecasting; (C) tornado warning lead times and accuracy; (D) prediction of mid-latitude severe local storm outbreaks; and (E) prediction of storms that have the potential to cause extreme precipitation and flooding lasting from 6 hours to 1 week; and (2) shall be conducted in cooperation with other appropriate entities within the National Oceanic and Atmospheric Administration, other Federal agencies, the United States weather industry, and academic partners to ensure the technical and scientific merit of results from Observing System Simulation Experiments or other appropriate quantitative assessment methodologies. **(b) Requirements** Observing System Simulation Experiments shall quantitatively— (1) determine the potential impact of proposed space-based, suborbital, and in situ observing systems on analyses and forecasts, including potential impacts on extreme weather events across all parts of the Nation; (2) evaluate and compare observing system design options; and (3) assess the relative capabilities and costs of various observing systems and com

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