grand challenges killer apps/moon shot sna iv.1. killer app-- society epidemology (pandemic):...

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Epidemeology (pandemics) Sensors (e.g., cell phones) to understand movement and interactions of people. Sensors (e.g., cell phones) to understand movement and interactions of people. Data from hospitals, schools. Data from hospitals, schools. How do interactions change as a result of state of person? How do interactions change as a result of state of person? How do they change (and how does transmission probability change) based on interventions? How do they change (and how does transmission probability change) based on interventions? Massive simulations. Massive simulations. Relevant data are enormous, distributed– perhaps with real time needs  requiring CI. Relevant data are enormous, distributed– perhaps with real time needs  requiring CI.

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Page 1: Grand Challenges Killer Apps/Moon shot SNA IV.1. Killer app-- society Epidemology (pandemic): sensors for location, interactions, health Epidemology (pandemic):

Grand ChallengesGrand ChallengesKiller Apps/Moon shotKiller Apps/Moon shot

SNA IV.1SNA IV.1

Page 2: Grand Challenges Killer Apps/Moon shot SNA IV.1. Killer app-- society Epidemology (pandemic): sensors for location, interactions, health Epidemology (pandemic):

Killer app-- societyKiller app-- society• Epidemology (pandemic): sensors for Epidemology (pandemic): sensors for

location, interactions, healthlocation, interactions, health• Distributed governance: multiple Distributed governance: multiple

agents responsible for collective agents responsible for collective outcomes.outcomes.

• Organizational analysis/creativity in Organizational analysis/creativity in organizations: merging and studying organizations: merging and studying massive amount of digitized information massive amount of digitized information within orgs, much of which is relational.within orgs, much of which is relational.

Page 3: Grand Challenges Killer Apps/Moon shot SNA IV.1. Killer app-- society Epidemology (pandemic): sensors for location, interactions, health Epidemology (pandemic):

Epidemeology (pandemics)Epidemeology (pandemics)• Sensors (e.g., cell phones) to understand Sensors (e.g., cell phones) to understand

movement and interactions of people.movement and interactions of people.• Data from hospitals, schools.Data from hospitals, schools.• How do interactions change as a result of How do interactions change as a result of

state of person?state of person?• How do they change (and how does How do they change (and how does

transmission probability change) based on transmission probability change) based on interventions?interventions?

• Massive simulations.Massive simulations.• Relevant data are enormous, distributed– Relevant data are enormous, distributed–

perhaps with real time needsperhaps with real time needsrequiring CI.requiring CI.

Page 4: Grand Challenges Killer Apps/Moon shot SNA IV.1. Killer app-- society Epidemology (pandemic): sensors for location, interactions, health Epidemology (pandemic):

Distributed governanceDistributed governance• Emergency response– ex post reconstruction Emergency response– ex post reconstruction

and diagnosis. Who communicated with and diagnosis. Who communicated with whom? (as compared to who should have)whom? (as compared to who should have)

• Knowledge communities (ex of smoking Knowledge communities (ex of smoking research)research)

• Empower peer to peer networks, create trust, Empower peer to peer networks, create trust, matching systemmatching system

• SN theory helps inform interventions.SN theory helps inform interventions.• CI both enables distributed governance, CI both enables distributed governance,

serves as instrument, and as mechanism for serves as instrument, and as mechanism for intervention (see fig)intervention (see fig)

Page 5: Grand Challenges Killer Apps/Moon shot SNA IV.1. Killer app-- society Epidemology (pandemic): sensors for location, interactions, health Epidemology (pandemic):

Online resource/

communitySNA research

Prescription

Expt Interventions

Data

Page 6: Grand Challenges Killer Apps/Moon shot SNA IV.1. Killer app-- society Epidemology (pandemic): sensors for location, interactions, health Epidemology (pandemic):

Killer app-- theoryKiller app-- theory

• Virtual worldsVirtual worlds• ABMABM• Systemic level/Multilevel analysisSystemic level/Multilevel analysis• ““Global” simulations of conflictGlobal” simulations of conflict

Page 7: Grand Challenges Killer Apps/Moon shot SNA IV.1. Killer app-- society Epidemology (pandemic): sensors for location, interactions, health Epidemology (pandemic):

Virtual worldsVirtual worlds• Virtual worlds: large online worlds in Virtual worlds: large online worlds in

which one can manipulate which one can manipulate interactions, environment.interactions, environment.

• Lack of rigorous (esp expt) research Lack of rigorous (esp expt) research on large scale collectives.on large scale collectives.

Page 8: Grand Challenges Killer Apps/Moon shot SNA IV.1. Killer app-- society Epidemology (pandemic): sensors for location, interactions, health Epidemology (pandemic):

Agent Based ModelingAgent Based Modeling• Inform assumptions about agent Inform assumptions about agent

level behavior..level behavior..• Validation of models– peg to multiple Validation of models– peg to multiple

hypotheses re spread, tipping points, hypotheses re spread, tipping points, differences in local environments.differences in local environments.

Page 9: Grand Challenges Killer Apps/Moon shot SNA IV.1. Killer app-- society Epidemology (pandemic): sensors for location, interactions, health Epidemology (pandemic):

Systems level/multi levelSystems level/multi level• Little work on systemsLittle work on systems• Could collect data on many systems Could collect data on many systems

(or at least subsystems), examine (or at least subsystems), examine both individual and system level both individual and system level outcomes.outcomes.