Objective Resilience. Objective Processes

Objective Resilience. Objective Processes Synopsis

Objective Resilience: Objective Processes, MOP 147, illustrates some of the objective processes that are used to manage community and asset resilience. Topics include uncertainty quantification; reliability and resilience modeling; sustainability and resilience; modeling interdependencies in critical infrastructure; quantitative models for interdependent functionality; machine learning and resilient communities; complex systems resilience and simulation; lifeline-based methodologies; and asset and system modeling. MOP 147 will be of interest to researchers, practitioners, policy makers, security consultants, and emergency and public-safety managers across the country.

|Objective Resilience: Objective Processes, MOP 147, illustrates some of the objective processes that are used to manage community and asset resilience. Topics include uncertainty quantification; reliability and resilience modeling; sustainability and resilience; modeling interdependencies in critical infrastructure; quantitative models for interdependent functionality; machine learning and resilient communities; complex systems resilience and simulation; lifeline-based methodologies; and asset and system modeling. MOP 147 will be of interest to researchers, practitioners, policy makers, security consultants, and emergency and public-safety managers across the country.

Sponsored by the Objective Resilience Committee of the Engineering Mechanics Institute of ASCE

Objective Resilience: Objective Processes, MOP 147, illustrates some of the objective processes that are used to manage community and asset resilience. This manual of practice provides civil infrastructure stakeholders with a comprehensive, recommended set of practices and discusses the basis for those practices.

Topics include uncertainty quantification; reliability and resilience modeling; sustainability and resilience; modeling interdependencies in critical infrastructure; quantitative models for interdependent functionality; machine learning and resilient communities; complex systems resilience and simulation; lifeline-based methodologies; and asset and system modeling.

MOP 147 will be of interest to researchers, practitioners, policy makers, security consultants, and emergency and public-safety managers across the country.