Publication | Closed Access
Interorganizational Dynamics and Characteristics of Critical Infrastructure Networks: The Study of Three Critical Infrastructures in the <scp>G</scp>reater <scp>M</scp>ontreal Area
16
Citations
25
References
2013
Year
External Resilience FactorsResilience (Structural Engineering)EngineeringCritical Infrastructure ProtectionNetwork AnalysisInfrastructure ManagementNetwork SurvivabilityThree Critical InfrastructuresInterorganizational DynamicsCritical InfrastructureManagementSystems EngineeringInfrastructure SystemNetworksDisaster ResilienceInfrastructure SecurityStrategic ManagementNetwork ResilienceStrategic FrameworkInfrastructure DevelopmentNetwork ScienceInfrastructure System Of SystemsOrganizational CommunicationCivil EngineeringResilience AnalysisInfrastructure ResilienceBusinessCrisis ManagementInfrastructure SystemsCritical Infrastructure Networks
This study applies a strategic framework for assessing organizational and network resilience of 75 critical infrastructure ( CI ) players in the G reater M ontreal area. It identifies the challenges to these CI s' resilience. Contingency analysis is used to describe the main tendencies regarding values, practices, rules and norms, communicational and decisional structures as well as the interdependencies and their institutional, normative and economic contexts. This article examines three well‐known CI networks: transportation, energy and telecommunication, comprising governmental, community and private‐sector organizations. To do so, we developed a survey instrument to collect data from hundreds of critical infrastructure managers. Our findings indicate discrepancies in internal and external resilience factors across organizational type, size and CI .
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