CONTRA aims to develop a decision support system for pandemic responders to design an effective, efficient, sustainable, and fair COVID-19 vaccine supply chain inside countries while considering uncertainties like the number of vaccines needed.
SPRM further develops methods for systemic analysis and management of interdependent risk methods that were first used in the H2020 project Smart Mature Resilience (2015-2018). The methods are used to evaluate the Covid response in Agder with the participation of a broad-based focus group from Kristiansand municipality, SSHF Hospital and other relevant stakeholders. The evaluation is expected to provide insights for more effective prevention and management of new Covid waves and future pandemics.
This project will develop the technology for base stations on drones that can position themselves so that they can offer network connection in places where such does not exist or is not sufficiently developed. Facilitating better internet access in such areas will, in addition to a purely economic impact, also have a positive effect on the Internet of Things, smart agriculture and forestry, prevention of forest fires, search and rescue operations, first aid and crisis management.
The UAVs in the proposed technical solution are equipped with a communication module that connects to the user on the one hand and to mobile land-based infrastructure on the other hand. User data can also be sent through multiple UAVs before it reaching its destination. For this technology to be feasible, UAVs must be able to navigate without human guidance to locations with favorable transmitting / receiving conditions. The main approach in this project is to construct "radio maps" that describe the conditions in a specific region. By using these maps, the UAVs can make use of artificial intelligence which by its algorithms determines a suitable location for each UAV.
Emergency responders lack support to effectively share information and establish a common operational picture (COP), for reaching shared situational understanding of threats and incidents. This challenge is multifaceted: 1) lack of a systematic overview of information elements that are critical to share in different crisis scenarios; 2) no common map interface in place using standard symbols; and 3) different terminologies used across disciplines, resulting in possible communication problems in multi-agency collaboration. The INSITU project will address these challenges by developing systematic support for enhanced situational understanding. The solution will provide a common map interface, integrating harmonisation of terminology and collaboration support for information sharing and synthesis. The enhanced COP will also support evaluation and learning from exercises and incidents.
A goal of the project was to work together to identify potential VR application scenarios and current VR practices in higher education. A further goal is to elaborate recommendations for higher education, in particular what kind of VR practices are suitable for the development of what kind of high-quality skills and competences. Finally, all three universities implemented VR practices in higher education courses of various disciplines following the established recommendations.
RISE_SMA forms an interdisciplinary, international network combining excellent scholars and practitioners to enable vigorous knowledge sharing and to develop solutions for contemporary challenges for Social Media Analytics (SMA). Advanced theoretical approaches and methods of analysing social media data are especially relevant for two domains addressed in RISE_SMA: society and crisis communication. Social media communication has gained immense impact on society and decision-making at all levels. It offers potential for new forms of public discourses, but also challenges societal cohesion phenomena like fake news and vicious social bots. During uncertain events such as natural disasters or human-made crises, social media communication plays an increasingly important role for citizens and emergency service agencies. RISE_SMA attempts to uncover communication patterns and suggest best practices to seek and share information in precarious situations.
Ongoing PhD Projects at CIEM.
Enhancing common situational understanding in natural disaster management
Bilateral mobiliy project with University of Duisburg-Essen
This project investigated Norway-Russia relations on, for, and around Svalbard regarding how dealing with disasters may be used more in the Arctic and the High North to foster links between Norway and Russia. The focus was on disaster diplomacy which examines how dealing with disasters does and does not impact wider cooperation. For Svalbard, Norway-Russia interactions regarding disasters were examined after 1991 in the post-USSR period. The results show that Norway-Russia relations have been, and currently are, influenced minimally by disaster diplomacy related to Svalbard. Many prospects for disaster-related cooperation exist in case local government officials, first-responders, scientists, or local people wish to actively pursue them. Yet this represents only the formal levels of disaster governance and of diplomacy. At informal levels around Svalbard, particularly people-to-people contacts between Norwegians and Russians, people's perceptions indicate potential disaster diplomacy. Informal contacts appear to be producing disaster-related cooperation through trust, proximity, and interest in local activities. The differences and overlaps between formal and informal actions for disaster diplomacy represent an important outcome from Svalbard for Norway-Russia Arctic-related interactions.
iTrack is designed as a cost-effective open source system, which will support organizations where resources may be limited. To further facilitate its uptake by humanitarian organisations operating conflict and disaster missions, we design technology and policies in with humanitarian practitioners with pilot applications with the World Food Programme and iMMAP in on-going conflict disasters in the Middle East.
Smart Mature Resilience (SMR) was a multi-disciplinary research project working for more resilient cities in Europe. Researchers and cities came together to enhance cities’ capacity to resist, absorb and recover from the hazardous effects of climate change. A Resilience Management Guideline and a set of practical tools was piloted in a core group of cities and shared with a wider group of cities, strengthening the nexus of Europe’s resilient cities. The project has been acclaimed for an exceptionally successful implementation.
The KriseSIM project developed a realistic, innovative and interactive virtual training tool (VTT) for time- critical decision making in an operations centre.
COMRADES created an open‐source, community resilience platform, designed by communities, for communities, to help them reconnect, respond to, and recover from crisis situations.
The SmartRescue project has explored how smart phone technology can be used in acute crisis situations, where individuals need to be alerted about immediate threats, and be supported with plans for evacuating the affected area in the safest possible way. Our focus has particularly been on the first phase of an acute and severe emergency situation in which human life and health are endangered, and where individuals for the moment are partially left to themselves, for example, because the traditional response apparatus is suppressed, delayed or paralyzed by the crisis.
A paradigm shift in Emergency Preparedness and Management is possible owing to persistent progress in mobile technologies and services, their world-wide diffusion and affordability, and the emergence of ever new ingenious uses by citizens. CIEM targets to facilitate the shift by significantly advancing the solution of five interlinked key problems, including technological, organisational and cultural challenges.
The project focus on how mobile devices such as smart phones combined with different forms of social media can be applied for improving information sharing and collaboration in emergency preparedness and management.
Developing tools to express uncertainty in the forecasts of hydrological power. Investigating this type of hybrid model can be very transferable to other disciplines that are relevant for CIEM, such as emergency preparedness and crisis management in the event of a fire. The algorithms and methods to be investigated in this project will be of great relevance.
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