RESOLUTE H2020: RESilience management guidelines and Operationalization appLied to Urban Transport Environment
H2020 project, Research and Innovation Project, RIA,
Topic DRS-07-2014, Call id: H2020-DRS-2014,
Duration: 36 months
RESOLUTE: RESilience management guidelines and Operationalization appLied to Urban Transport Environment
1. Conduct a systematic review and assessment of the state of the art of the resilience assessment and management concepts, national guidelines and their implementation strategies in order to develop a conceptual framework for creating/ maintaining Urban Transport Systems 2. Develop European Resilience Management Guidelines (ERMG) 3. Operationalize and validate the ERMG by implementing the RESOLUTE Collaborative Resilience Assessment and Management Support Systems (CRAMSS) for Urban Transport Systems addressing Road ans Urban Rail Infrastructures 4. Enhance resilience through improved support of human decision making processes, partcularly by training professionals and civil users on the ERMG and the RESOLUTE system 5. Adoption of the ERMG at EU and Associated Countries level
RESOLUTE: Resilience management guidelines and Operationalization applied to Urban Transport Environment
Obj1- Conducting a systematic review and assessment of the state of the art of the Resilience assessment and Management concepts, national guidelines and their implementation strategies in order to develop a conceptual framework for resilience within Urban Transport Systems Obj2 - Development of European Resilience Management Guidelines (ERMG)Obj3 - Operationalize and validate the ERMG by implementing the RESOLUTE Collaborative Resilience Assessment and Management Support System (CRAMSS) for Urban Transport System (UTS) addressing Roads and Rails InfrastructuresObj4 Enhancing resilience through improved support to human decision making processes, particularly through increased focus on the training of final users (first responders, civil protections, infrastructure managers) and population on ERMG and RESOLUTE systemObj5 ERMG wide dissemination, acceptance and adoption at EU and Associated Countries lev...
RESOLUTE H2020: STATE OF THE ART REVIEW AND ASSESSMENT REPORT
This document produces the first fundamental basis for the development of RESOLUTEs methodology. It provides a comprehensive overview of concepts, notions and views on resilience, as well as other related aspects of systems theories and risk management. Resilience is a far reaching idea and has attracted the attention of a wide range of scientific domains. The definition of the concept varies somewhat according to literature domains but bears on a common need to address high complexity, variability and uncertainty that increasingly challenges current risk management practices. Literature often denotes that within many of such domains the term resilience has been used mainly as leverage to re-launch previously existing arguments and views, under a merely renewed terminology. Nevertheless, literature shows that significant advances have been made in risk management approaches, tools and assessment, even if not always grasping the full extent of their implications towards coping with complexity and fast pace changing operations. The domain of resilience engineering stands out by addressing resilience as an overarching concept, aiming to develop its theoretical foundations beyond its specific application to industrial sectors and risk domains. While empirical evidence clearly supports the foundations proposed by resilience engineering, specific metrics and methodologies remain sparse. Various proposals for resilience assessment were found, even if originating and focusing on specific domain needs, as opposed to an overall comprehensive assessment. This emphasises the need for research efforts on integrated and comprehensive tools to support the management of system resilience. A draft conceptual framework is proposed and will be used to support the continued work under work package 2. This work will mainly focus on further analysing the contents of this document, culminating with the development of thorough and applied guidance for RESOLUTE methodology. This will be the subject of Deliverable 2.2 (Synthesis and scoping for RESOLUTE) on month 8 of project development ...
RESOLUTE H2020: GUIDELINES METHODOLOGY
In this Deliverable the methodology for the development of the ERMG is defined. A step-wise approach is suggested, mainly consisting of the following steps: - Planning the guidelines - Information collection and review - Guidelines formulation - Review of guidelines - Implementation and impact evaluation - Further actions These steps are described in detail within the Chapters 3 to 8 in the present document. Chapter 1 provides an introduction, while Chapter 2 discusses guidelines methodologies in general. Finally, in Chapter 9, conclusions are drawn. This document is expected to set the general framework of the work to be undertaken within WP3, in terms of defining ERMG and adapting them to the Urban Transport System environment, for testing and verification.
|University of Florence (ccordinator) with 3 departments: DINFO (DISIT Lab) coord; DISIA and DST||UNIFI||IT|
|Comune di Firenze||CDF||IT|
|Centre for Research and Technology Hellas||CERTH||GR|
|Fraunhofer-Gesellschaft zur Förderung der angewandten Forschung e.V.||FHG||DE|
|Associação para o Desenvolvimento da Investigação no Instituto Superior de Gestão||ADI-ISG||PT|
|Consorzio Milano Ricerche||CMR||IT|