Multievent Crisis Management Using Noncooperative Multistep Games. | Summary
Experiments were conducted on a test set that consisted of at most six players, each player requesting a maximum of 60 resource units with a total system-wide requirement of at most 150 resource units. The number of resource centerswas varied from 3 to 17 and the values of other parameters were randomly generated. |
How Simple Hypothetical-Choice Experiments Can Be Utilized to Learn Humans’ Navigational Escape Decisions in Emergencies. | Summary
Hypothetical scenarios were referred (i.e. decisions were hypothesized to be made in an imaginary emergency exit occurring at the same building which the participant had just left (in a normal situation)In the field, similar scenarios were then replicated in a more realistic fashion by conducting a number of mock (i.e. simulated) evacuation trials in an artificially-built model of (the floor level of) the same building depicted in the abovementioned pictures. |
Engineering Trust in Complex Automated Systems. | Summary
Present the Emergency Landing Technologies (ELP) interface and output in a series of vignette-based scenarios to examine the role of transparency on trustamong commercial pilots. |
Learning crisis resource management: Practicing versus an observational role in simulation training – a randomized controlled Trial. | Summary
The SimMan 3G (Norway, Laerdal) was used for the entire study. The participants were expected to properly and effectively manage the crises by utilizing CRM principles. |
Culpable leaders, trust, emotional exhaustion, and identification during a crisis. | Summary
survey method to collect data from 354 individuals from an organization that filed for bankruptcy. |
Jordanian nurses’ perceptions of their preparedness for disaster management. | Summary
Survey used to explore the perception of Jordanian RNs about their preparedness for disaster management. |
Training and learning for crisis management using a virtual simulation/gaming environment. | Summary
Case Study to illustrate how virtual environments can be used for crisis management training.Show how new developments in information technology and communications can be used to create more realistic situations and lead to new tools for educating crisis managers to respond to and manage crises. |
Detection of undesirable communication patterns in multi-agent systems | Summary
Two MAS case studies considered:Crisis-management: poisonous material has been released in a city affecting part of its population. State of emergency declared.small MAS supports emergency servicesCases related to: coordinating citizens, warning citizens of affected locations, keeping emergency services informed( “test-bed” for developing the approach and definition of its componentsMAS to buy cinema ticketsComplex MAS (several classes of agents and roles)Cases related to: making plans, buying tickets, and buying extras.( validates the scalability of the approach (complex MAS). |
An expert system for an emergency response management in Networked Safe Service Systems | Summary
Case study (Goal of the emergency response management is to evacuate the victims as quick as possible with respect to their treatment needs.Geographical information and knowledge of the Networked Safe Service System is given. Traffic and transportation systems at the time of the disaster are given.In total, there are about 1500 victims who need to be evacuated through the city transportation system, among which 500 victims need be sent to the hospitals for treatment in different degrees, and 1000 victims need be sent to safe places.Each service system has a limited capacity and limited resource, which are given.Three hospitals in the city can share information and resources.Each hospital works at its capacity and can increase its capacity by 10% within 1 h. |
Community Assessment for Public Health Emergency Response (CASPER): An Innovative Emergency Management Tool in the United States. | Summary
To demonstrate how inclusion of the Centers for Disease Control and Prevention´s Community Assessment for Public Health Emergency Response (CASPER) as a tool in Public Health Preparedness Capabilities: National Standards for State and Local Planning can increase public health capacity for emergency response |
Le site web Portfolio of Solutions a été initialement développé dans le cadre du projet DRIVER+. Aujourd'hui, le service est géré par AIT Austrian Institute of Technology GmbH, au profit de l'European Crisis Management. Le PoS est approuvé et soutenu par le Disaster Competence Network Austria (DCNA) ainsi que par les projets STAMINA et TeamAware H2020. |