Projects in the Research Area "Rescue and Protection of People"
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Many research projects in the area of Security Technologies focus on scenarios in which attacks, for example, or natural disasters injure or endanger a large number of people. In addition to early identification of incidences and effective crisis prevention, the requirements concentrate primarily on crisis management through the timely and efficient initiation of rescue and security measures along with effective emergency medical care on site. Within the collaborative projects, comprehensive concepts for protecting and rescuing people will be developed with embedded technologies, action strategies and organisation forms.
Below please find selected research projects. More research projects can be found here http://www.bmbf.de/en/13091.php.
Electronic Registration of Disaster Victims: The main objective of the project is the design and demonstration of a system for the electronic registration of affected persons. This system is particularly applicable to large-scale disasters but can also be used in individual emergencies. The goal is to provide a communication and database system for everyone involved in the rescue, transport and placement of victims in hospitals and temporary lodgings.
Emergency Communication for security preventive, proactive and reactive strategies for communications support in security and rescue operations: Safety-related communication processes are identified on a cross-scenario basis and studied relative to generally applicable communication and media strategies. Building on this foundation, robust communication and media intervention options will be developed and tested using system dynamics crises and disaster models. This also includes analyses of media reporting on the selected scenarios.
Preparation for Terrorist Attacks, Crises and Disasters: Development of a platform to prepare security and rescue forces, doctors, caregivers and the general population for terrorist attacks, crises and disasters: An online platform with a modular structure employing teaching methods such as e learning, blended learning etc. will offer innovative and specialised instruction and advanced training to all users. In so doing, a broad spectrum of web-based learning forms will be developed as models and tested for illustrative purposes in a wide range of target groups, where their effectiveness and acceptance will be evaluated. At the same time, a variety of production processes used for generating e-learning modules will also be tested.
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