Volume 51, December 2016Innovative integrated tools and platforms for radiological emergency preparedness and post-accident response in Europe. Key results of the PREPARE European research project
|Page(s)||S191 - S193|
|Section||Improved means for the interaction of technical experts with authorities in charge, communication from and to the public and the training of key players − Analytical platform|
|Published online||23 December 2016|
Operational procedures of analytical platform
CIEMAT, Environment Department,
Avenida Complutense 40,
2 VUJE, Inc., Okružná 5, 918 64 Trnava, Slovakia
3 KIT, Karlsruhe Institute of Technology, Hermann-von-Helmholtz-Platz 1, 76344 Eggenstein-Leopoldshafen, Germany
The PREPARE analytical platform (AP) has been developed under the framework of the European project PREPARE (“Innovative integrated tools and platforms for radiological emergency preparedness and post-accident response in Europe”, EC FP7-EURATOM-FISSION GA 323287. http://www.prepare-eu.org) to be a focal point for collecting information, analysing any nuclear or radiological event and providing information about the consequences and its future evolution. How to organise the operation of the AP and how to store and manage the information are primordial aspects to take into account in its quality management system. In this paper, the technical basis to accomplish the development and implementation of the adequate operational procedures are presented.
Key words: analytical platform / operational procedures / information management / nuclear emergencies
© EDP Sciences 2016
The analytical platform (AP), developed under the PREPARE project, aims to be a focal point for collecting information, analysing any nuclear or radiological event and providing information about the consequences and its future evolution (Raskob et al., 2016a). An important aspect of the quality system of the AP is to work according to clear-cut operating procedures (OPs). This paper presents the technical basis to accomplish the development and implementation of the adequate OP to suit each of the processes of information exchange that can be carried out with the AP.
The following three activities are vital for the development: (i) understanding the problem; (ii) designing and development of a process map or flow diagram; and (iii) analysis and feedback from testing and training. According to them, the study has identified and characterised the main processes in the operation of the AP; the potential users of the AP; its structure, interactions among users and information management; general response framework of the AP, with roles, skills, and workflow; and finally, functioning and governance of the AP. The summary of the findings and the main conclusions obtained are presented in the following sections.
The operational framework of the AP should be in accordance with the working process accomplished during the emergency management, targeted to provide/exchange information during both the pre-emergency preparedness as well as the response and the recovery phases (OECD/NEA, 2010), generically named as EP&R. Therefore, the roadmap to establish the possible information flow in the AP and to develop the related protocols or operational procedures to follow have been adapted to the needs for information in each key decision-making point along this emergency management timeline, as it is schematised in Figure 1.
These key decision making points include the ‘types’ and ‘timelines’ of likely decisions, the ‘inputs’ necessary for establishing an initial technical basis for recommendations, the ‘outputs’, and the ‘linkages’ to other response partners and stakeholders.
Scheme of the process following in each key decision-making point.
The stakeholders of the AP will have differences on the expected level of use, distinguishing among expert level or level of public community, affected or in general interested. The EP&R experts would be the main users, as providers and/or recipients of information, with a grade of implication depending on their involvement in analysis or decision-making of an actual situation.
A survey realised among the potential users (Montero et al., 2016a) has revealed that experts consider the AP as a useful tool to collect and share information and exchange experiences. It will also enable the users to provide adequate feedback with their expertise (communication, risk modelling, measurement capability, recovery issues, and so on) and/or resources. The AP should be able, also, to respond to the questions from the public. Besides, the support of European institutions could guarantee the usefulness and trustworthiness of the platform.
The AP has been realised as web portal providing access and means for users to interact with the different tools, in order to obtain and exchange information related to the crisis situation or any nuclear or radiological event. The generic process diagram describing the operation of the AP and the interactions of users with the available tools are shown in Figure 2.
Tools for facilitating expert-to-expert interactions, including: (i) a case-based reasoning tool and a knowledge database; (ii) a multi-criteria analysis tool; and (iii) virtual meeting room to analyse and communicate an on-going event among experts.
Tools for facilitating interactions with the public community, where different methods of crowd sourcing (web-crawling tool and “ask-the-expert” tool) are used to improve the relevance and quality of publicly available material disseminated via the AP.
Interactions with the public and the experts through the AP tools.
The information management system for the AP is prepared: (i) to collect and gather information from a range of sources (previous cases and vocabulary stored in a knowledge database or public social media sources, geo-information and modelling, weather forecasts, specialised or technical information …), to process requests and manage records; (ii) to produce relevant products for supporting decisions; (iii) to store in an agile form and easily accessing, the information and outputs obtained in repositories or through library services; (iii) to serve as the single point of reference for event/incident information management. It is designed to be: (i) integral, eliminating the needs for different applications; (ii) inter-operational, being integrated with each user's interaction process into the AP; and (iii) smart, whenever possible, automated processes of collection, storage or exchange of information will be use.
A general structure of the AP response framework (Figure 3), with the roles and responsibilities of each of the actors and the flow of information among providers of it and their recipients, has been proposed (Montero et al., 2016b) as follows:
Administration group: Set up dedicated virtual meeting rooms; information management.
Analysts/knowledge group: Performs analyses in particular meeting rooms based on information collected and received from the administrator group.
Decision makers group: Provides professional advice based on outputs from the previous group and analysis from the decision support systems (DSSs) and monitoring results.
Expert − “Ask the expert” group: Issue web crawling and prepare the answers to the questions from the public or other stakeholders.
Information analysis group: Prepare and develop timely, accurate and clearly written situational analysis reports/documents and presentations as required.
General structure of the AP response framework, shown the different groups involved.
The desirability of establishing clear rules for registration of experts and working procedures of expert groups has been identified (Montero et al., 2016a). The potential users agree that NERIS would take the leadership of the AP and the maintenance being shared among developers and NERIS. The international exercises and training revealed as the best methods to check the operation of the AP and favour its trustworthiness for the users (Turcanu et al., 2016).
In order to ensure that each of the processes of information exchange, that can be carried out with the AP, meets quality and compliance requirements, adequate OP must be developed and implemented. The objective is to target them to the users, to meet their expectations and demands and to check the degree of their acceptability. The first step consisted in understanding what is expected from the operation of the AP, how the information should be management, and who would be the potential users. It was following by a design phase of the general response framework with the steps and the actors involved in the process. Finally, one has to state that the OP cannot be static documents and would be updated according to the outcomes of periodical tests and review of the operation.
The research leading to these results has received funding from the European Atomic Energy Community Seventh Framework Programme FP7/2012-2013 under grant agreement 323287.
- Ikonomopoulos A. (2016) Crowd sourcing tools within the PREPARE analytical platform, Radioprotection 51 (HS2), S187-S189. [CrossRef] (In the text)
- Montero M., Sala R., Trueba C., Baudé S. (2016a) Conditions and means for a useful and trustworthy engagement of experts in the PREPARE analytical platform − survey and interviews outcomes, Radioprotection 51 (HS2), S195-S197. (In the text)
- Montero M., Trueba C., Duranova T., Bohunova J., Raskob W., Oliveira J., Nunes P. (2016b) Operational procedures in the PREPARE analytical platform. (CE-FP7-fission-2012, PREPARE GA No 323287) Technical Deliverable D2.6, PREPARE (WP2)-(16)-02, v1.0F. (In the text)
- Müller T. (2016) Technical realization of AP, Radioprotection 51 (HS2), S181-S183. (In the text)
- OECD/NEA (2010) Strategic Aspects of Nuclear and Radiological Emergency Management. Radiological Protection NEA No 6387. OECD Publications, France. (In the text)
- Raskob W. et al. (2016a) Overview and applicability of the analytical platform, Radioprotection 51 (HS2), S179-S180. [CrossRef] (In the text)
- Raskob W., Möhrle S., Bai S. (2016b) Knowledge database and case-based reasoning, Radioprotection 51 (HS2), S185-S186. (In the text)
- Turcanu C. et al. (2016) Training courses on emergency preparedness, response and recovery: theory, practice and application of newly developed tools, Radioprotection 51 (HS2), S171-S173. [CrossRef] (In the text)
Cite this article as: M. Montero, C. Trueba, T. Duranova, J. Bohunova, W. Raskob. Operational procedures of analytical platform. Radioprotection 51(HS2), S191-S193 (2016).
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