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Event Streams as Flows

Event Streams as Flows. Pedestrian Temporal-Spatial Flow Desyllas & Duxbury, Planning for Movement, 2000 Planning%20For%20Movement.pdf

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Adjustments to Transportation, Communication, and Information Technologies – Social Consequences and Policy Issues Donald G. Janelle Center for Spatially Integrated Social Science University of California, Santa Space-Time Adjustments to Transportation, Communication, and Information Technologies – Social Consequences and Policy Issues. Donald G. Janelle Center for Spatially Integrated Social Science, University of California, Santa Barbara University of Southern California 6 March 2002 People Move Around the City in Varying Patterns by Time of Day Leading to Different Patterns of Evacuation

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Page 1: Event Streams as Flows. Pedestrian Temporal-Spatial Flow Desyllas & Duxbury, Planning for Movement, 2000  Planning%20For%20Movement.pdf

Event Streams as Flows

Page 2: Event Streams as Flows. Pedestrian Temporal-Spatial Flow Desyllas & Duxbury, Planning for Movement, 2000  Planning%20For%20Movement.pdf

Pedestrian Temporal-Spatial Flow

Desyllas & Duxbury, Planning for Movement, 2000 http://www.intelligentspace.com/download/Planning%20For%20Movement.pdf

Page 3: Event Streams as Flows. Pedestrian Temporal-Spatial Flow Desyllas & Duxbury, Planning for Movement, 2000  Planning%20For%20Movement.pdf

Adjustments to Transportation,Communication, and InformationTechnologies – Social Consequences andPolicy IssuesDonald G. JanelleCenter for Spatially Integrated Social ScienceUniversity of California, Santa

Space-Time Adjustments to Transportation, Communication, and InformationTechnologies – Social Consequences and Policy Issues. Donald G. JanelleCenter for Spatially Integrated Social Science, University of California, Santa BarbaraUniversity of Southern California 6 March 2002

People Move Around the City in Varying Patterns by Time of Day

Leading to Different Patterns of Evacuation

Page 4: Event Streams as Flows. Pedestrian Temporal-Spatial Flow Desyllas & Duxbury, Planning for Movement, 2000  Planning%20For%20Movement.pdf

Mood maps of twitter users using GIS

Page 5: Event Streams as Flows. Pedestrian Temporal-Spatial Flow Desyllas & Duxbury, Planning for Movement, 2000  Planning%20For%20Movement.pdf

Deceptive Capability Requirements Curve

http://www.gao.gov/new.items/d11260t.pdf

Page 6: Event Streams as Flows. Pedestrian Temporal-Spatial Flow Desyllas & Duxbury, Planning for Movement, 2000  Planning%20For%20Movement.pdf
Page 7: Event Streams as Flows. Pedestrian Temporal-Spatial Flow Desyllas & Duxbury, Planning for Movement, 2000  Planning%20For%20Movement.pdf

Interaction Parts of the Disaster Management Process  Situation Leadership Decision Making Coordination

Disaster and disaster area

Instantaneous,unpredictable,sensitive to initial conditions; high level of noise.

Citizens self-organize and evacuate based on risk perception dynamics and information available.

Self-organizing and local with varying extended effects.

Disruption of energy, water transportation,Communication and other system binders.

Macro: Local, Central command and infrastructure regulatory structures

Intermittent information about selected unprioritized events; high level of noise.

Command and control strategies, self-organize, tasks delegated.

Intermittent, local and diffused across disaster area

Voice and data streams; mental models of situation developing and changing.

Meso: Working Group in Macro setting or locally

Intermittent information about selected unprioritized events; high level of noise.

Self-organized and delegated.

Within emergency response unit.

Face to face and voice; mental models for specific tasks developing and changing.

Micro: Individual biological and cognitive processes

Unpredictable events produce stress and prolonged work shifts, presentism, PS.

Entrainment to unit leader(s).

Time pressure produces stress; cognitive focus on short-term time intervals.

Entrainment to co-workers.

Chronocomplex Layers of Disaster Management

Page 8: Event Streams as Flows. Pedestrian Temporal-Spatial Flow Desyllas & Duxbury, Planning for Movement, 2000  Planning%20For%20Movement.pdf

Response Scale and Complexity: Gulf Deepwater Horizon Response Activity

http://www.floridadisaster.org/eoc/deepwaterhorizon2010/documents/DWH%20AAR%20March%202%20-%20Final.pdf

Page 9: Event Streams as Flows. Pedestrian Temporal-Spatial Flow Desyllas & Duxbury, Planning for Movement, 2000  Planning%20For%20Movement.pdf

TIME STRUCTURES

Responses Occur at the Edge of Chaos

Page 10: Event Streams as Flows. Pedestrian Temporal-Spatial Flow Desyllas & Duxbury, Planning for Movement, 2000  Planning%20For%20Movement.pdf

The structure andBoundaries ofNew Orleans Are Redefined in Unexpected Ways due to decisions made by the Army Corps. of Engineers

MRGO shipping channel

Page 11: Event Streams as Flows. Pedestrian Temporal-Spatial Flow Desyllas & Duxbury, Planning for Movement, 2000  Planning%20For%20Movement.pdf