The proposed research is prioritized towards societal needs, including decision support on risks and threats, protection of critical infrastructure (airports, ports, borders, transport system, large events, nuclear power plants) and disaster response. The work is organized in the following research areas:
Secure and robust wireless communications
Wireless communication is an enabler for emergency management and infrastructure protection in that it provides mobility for personnel and reduces the need for preinstalled infrastructure. The research will focus on the development of technology for robust communication links and networks. The main applications are wireless sensor networks for infrastructure protection and surveillance, and communication links for rescue teams and first responders.
The robust wireless communications activities in Security Link are headed by Prof. Erik G. Larsson (LiU) and Peter Stenumgaard (FOI).
From 2017, Dr. Ashkan Kalantari at the Division of Communication Systems will be funded by Security Link as senior researcher, heading research on spoofing, jamming detection strategies and countermeasures for wireless communications systems and GNSS, and on privacy-constrained and secure computing.
Advanced sensors and detectors
Historically, this field is a strong area for both FOI (radar, lidar, and optical systems) and LiU (electronic tongues and noses, and electronic devices), with several larger and well established research centers (FOCUS, S-SENCE, and LINCE). The research includes new or improved sensors for detection of chemical, biological or explosive substances,surveillance systems and radar sensing through obstacles. The radar and THz expertise at Chalmers is part of the consortium here.
The area of Advanced Sensors and Detectors is headed by Ass. Prof. Mats Eriksson (LiU), Dr. Christina Grönwall (FOI) and Prof. Jan Stake (CTH).
In this area, Security Link is funding Ass. Prof. Mats Eriksson at the Department of Physics, Chemistry and Biology (IFM) at Linköping university, who is active in the area of chemical sensors and biosensors, in particular for drinking water monitoring applications.
Sensor and information fusion
The sensor fusion group at LiU participates in four centers of excellence and there are also strong groups at FOI connected to the FOCUS center. Focal research includes GPS support and backup systems for robust transportation systems, sensor networks for critical infrastructure, dynamic mapping for pre- and post-crisis exploration, and cognitive surveillance for detecting abnormal behavior of humans and vehicles.
The area of sensor and information fusion is headed by Prof. Fredrik Gustafsson LiU (sensor fusion) and Dr. David Lindgren FOI (sensor fusion).
In the area of sensor and information fusion, Security Link is funding Gustaf Hendeby, who has a position as Associate Professor at LiU. He is supervising a handful of students with theoretical subjects relevant for security applications. Gustaf is also coordinating many of the projects in Wildlife Security.
Decision support and coordination for emergency and crisis response
The decision-support and coordination area addresses challenges in the coordination of resources and services from multiple actors and the handling of dynamic events as they unfold. Specifically, the research concerns command-and-control systems, simulation and training, and management of pandemics.
The area of decision support and coordination for emergency and crisis response is headed by Prof. Henrik Eriksson (LiU), Ass. Prof. Sofie Pilemalm (LiU-CARER) and Carl-Oscar Jonsson (LiU-KMC).
In this area, Security Link is funding Assistant Professor Eva Blomqvist whose research is focused on decision support systems, in particular for the security and crisis management domain, Assistant Professor Erik Prytz who works on human factors and simulation-based training, and Post Doc Amy Rankin who focuses on resilience for safety and security.
This area focuses mainly on cyber-security, including privacy protection, and will have the following main foci:
Large-scale multi-domain security infrastructure.
Privacy-preserving secure mobile systems.
Securing software defined networks.
Cyber security aspects of industrial control systems.
Empirical measurements of information security in organizations.
The area of Cyber security is headed by Prof. Papadimitratos (KTH) and Jonas Hallberg (FOI).