critical resilient interdependent infrastructure … resilient interdependent infrastructure systems...

Critical Resilient Interdependent Infrastructure Systems and

Processes (CRISP) National Science Foundation (NSF)

Directorates for (1) Computer & Information Science & Engineering, (2) Engineering, and (3) Social, Behavioral & Economic Sciences

Solicita)on: NSF  16-­‐618

Wenda Bauchpies (SBE) Bruce Hamilton (ENG)

David Mendonça (ENG) Robert O’Connor (SBE) Rajiv Ramnath (CISE)

NSF, Arlington, V A 5 December 2016

Webinar  

Outline

•   Overview and Background •   Solicitation •   Prior Solicitation •   Tips •   Questions

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Proposal Submission Due Date

• 2017 Full Proposal Due Date – February 8, 2017 (5:00 pm proposer’s local

time)

• Proposer’s local time with FastLanetimestamp – Any submission past the 5:00 pm deadline is

considered late (even one second past thedeadline). Late proposals will be returnedwithout review.

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CRISP Cognizant Program Of ficers

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Bruce Hamilton (ENG/CBET)

Richard Fragaszy (ENG/GEM)

Robert O’Connor (SBE/SES)

Rajiv Ramnath (CISE/ACI)

Gurdip Singh (CISE/CNS)

Wenda Bauschpies (SBE/SES)

David Mendonca (ENG/IMEE)

Questions and Answers

During Webinar, please email questions to kwebster@nsf.gov

We’ll take questions at the conclusion of the webinar.

After Webinar, please email questions to the appropriate Program Director as listed in the solicitation.

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Critical Infrastructures

A mainstay of national economy, security and well-being. • A collection of components (e.g. a fire house,

a human operator, an information display)…

• But also an ecosystem of those components-- interconnected and interdependent---

• Organized in processes that deliver services to meet societal needs.

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Critical Infrastructures are…

• Evolving, as new technologies come on-line; • Deteriorating, as physical components age; • Operating at or near design limits; • Interdependent, in that two or more infrastructures

require each others’ service to function; • Subject to a variety of risks and hazards over various

spatial and temporal scales; and • Producing and consuming an ever-broader range and

volume of data.

Interdisciplinary Perspectives on ICIs

• Mitigating failure and engineering recovery processes in ICIs.

• Understanding computational foundations and opportunities for cyber-based control and adaptation of ICIs.

• Examining relationships between engineering, cyber and social, behavioral and related phenomena.

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Summary

• Integrated, multidisciplinary perspectives to provide insights on

• design, operation, prediction of ICI systems and processes

• under normal through extraordinary conditions • In order to ensure economic and societal well

being.

Background: CRISP* FY17

• Anticipated Funding Amount (2017): $22.9 million – Type 1 Awards: Projects will be of 2 years in duration with a

maximum total budget of $500,000 – Type 2 Awards: Projects will be of 3-4 years in duration with

a total budget ranging from $1 million - $2.5 million • Project Personnel Requirements:

– at least one PI or co-PI who is an engineer – at least one PI or co-PI who is a computer, information or

computational scientist or engineer – at least one PI or co-PI who is a social, economic or

behavioral scientist

*hHps://www.nsf.gov/pubs/2016/nsf16618/nsf16618.htm 11

CRISP Program Goals

1. Foster interdisciplinary research community; 2. Enhance understanding/design of ICIs and processes under

disruptions from any cause; 3. Create knowledge for innovation in ICIs to safely, securely,

and effectively expand range of goods and services they enable; and

4. Improve ICI performance in the delivery of goods and services.

CRISP Research Objectives

1. Create new knowledge, approaches, solutions to increase resilience, performance, readiness in ICIs

2. Create theoretical frameworks/multidisciplinary models ofICIs, processes and services for prediction of complex behaviors

3. Develop frameworks to understand interdependencies created by interactions between physical, cyber, social,behavioral and economic elements of ICIs

4. Understand organizational, social, psychological, legal,economic, technical obstacles and enablers to improving ICIs

5. Undertake creation, curation or use of publicly accessible data on ICIs

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Special Requirements

• See solicitation section (NSF 16-618) for details. • Some of the requirements:

– Type 1: Team Document – Type 2: Management and Integration Plan – Title

• Title of Type 1 submission must begin with “CRISP Type 1:” • Title of Type 2 submission must begin with “CRISP Type 2:”

– An individual can serve as PI/co-PI/senior investigator on at most one Type 1 and one Type 2 proposal.

– An individual may not serve as PI/co-PI/senior investigator on more than one active award of a given type.

• See NSF 17-1 (PAPPG) for general NSF requirements. 14

Proposal Review Criteria

• Intellectual Merit and Broader Impacts • Additional Solicitation-specific Review Criteria

– Demonstrates interdisciplinarity of project and projectteam (PIs/CPs)?

– Key terms, particularly resiliency, defined? – Addresses scientific issues regarding

interdependencies among critical infrastructures? – Reflects interdisciplinary efforts and cultivation of

interdisciplinary research community? – Demonstrates that project personnel have the

expertise to conduct necessary interdisciplinary research.

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Snapshot: CRISP/RIPS Community

•   Since 2014, an investment of $59M across 37 projects, 71 project teams and 180 distinct individuals

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Targeted Infrastructures*: CRISP/RIPS 0 5 10 15 20 25

EnergyTransportaFon

CommunicaFonsWater

InformaFon TechnologyNuclear Reactors, Materials and Waste

Healthcare and Public HealthGovernment  FaciliFes

Defense Industrial BaseBanking and Finance

ChemicalCommercial FaciliFesCriFcal Manufacturing

DamsEmergency Services  Food and Agriculture

NaFonal Monuments and IconsPostal and Shipping

2014

2015

2016

*Funded projects only.

Proposal Statistics: CRISP FY16

• 166 Proposals, 4 RWR • 92 Competitive Projects • 306 Researchers • 94 Institutions • Total awards

– Type 1: 6 – Type 2: 9

• Information on awards available through nsf.gov. 18

2016 CRISP: Type 1 Awards

• A Computational Approach for Integrated Network Resilience Analysis under Extreme Events for Financialand Physical Infrastructures

• Computable Market and System Equilibrium Models for Coupled Infrastructures

• Sustainable and Resilient Design of Interdependent Water and Energy Systems at the Infrastructure-Human-Resource Nexus

• A Human-Centered Computational Framework for Urbanand Community Design of Resilient Coastal Cities

• Data-driven Real-time Simulation for Adaptive Control ofInterdependent Infrastructure Systems

• Multi-agent Modeling Framework for Mitigating DistributedDisruptions in Critical Supply Chains

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2016 CRISP: Type 2 Awards •   Interdependencies in Community Resilience: A Simulation Framework •   Coordinated, Behaviorally-A ware Recovery for Transportation and Power

Disruptions •   Identification and Control of Uncertain, Highly Interdependent Processes

Involving Humans with Applications to Resilient Emergency Health Response •   Natural Gas Production, Electricity , and W ater Infrastructures- Economic,

Environmental and Agricultural Impacts in the Texas-Mexico Border Region •   Scalable Decision Model to Achieve Local and Regional Resilience of

Interdependent Critical Infrastructure Systems and Communities •   Harnessing Interdependency for Resilience: Creating an Energy Sponge with

Cloud Electric V ehicle Sharing •   Integrative Decision Making Framework to Enhance the Resiliency of

Interdependent Critical Infrastructures •   Critical Transitions in the Resilience and Recovery of Interdependent Social and

Physical Networks •   Multi-Agent Sustainable W ater Decision Theory: Nexus of W ater, Road, and

Hierarchic Social Contractual Systems 20

FY16 T2 Methodological Approaches*

1) Optimization: network, stochastic and nonlinear 2) Simulation: agent-based, Markov chain Monte

Carlo, partially-observable Markov decision processes

3) Statistics: classical inference; machine learning; (social) network analysis, hierarchical Bayesian

4) Information Science. Software/data engineering, visualization

5) Explanatory sciences. Physics-based modeling, systems dynamics, graph theory , game theory

6) Other. Gaming experimentation, survey/interview 21

*Illustra0ve, not  comprehensive.

Tips

• Check the FAQ via the solicitation. • Check RIPS/CRISP prior awards and results. • CRISP is a interdisciplinary program with

multidisciplinary panels. • Integrative interdisciplinary proposals

review better than minimally coupledmultidisciplinary proposals.

• Improving resilience may or may not involve adisaster-specific perspective.

• Reach out to CRISP PDs with questions. 22

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Richard Fragaszy ENG/GEM   rfragasz@nsf.gov

Bruce Hamilton*   ENG/CBET   bhamilto@nsf.gov

Wenda Bauchpies*   SBE/SES   wbauchpies@nsf.gov

David Mendonça*   ENG/CMMI   mendonca@nsf.gov

Robert  O’Connor*   SBE/SES   roconnor@nsf.gov

Rajiv Ramnath*   CISE/ACI   rramnath@nsf.gov

Gurdip Singh CISE/CNS gsingh@nsf.gov

Questions and CRISP PDs

•   During W ebinar, email questions to kwebster@nsf.gov. •   After Webinar, email questions to appropriate Program Director .

Thanks

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