Finished research projects: Distributed Real-Time Systems

2021-2022 Over the past years, Sweden has seen a large increase in micro producers, owner of energy system. That means more installations of low voltage distributed generators and energy production systems, such as solar panels, bioelectrical energy, wind energy etc., have been connected to traditional grids. The Swedish system is set-up in a way that a micro-producer can either consume the electricity the energy system produces or feed it into the grid. The electricity not used is automatically delivered.

2020-2021 The research idea behind the project is to address the challenge and to provide technical solutions to understand and improve CPS-based resilience for critical infrastructure protection (CIP). The research is planned for a future EU-funded project application to collaborate with academic and industrial partners in the EU.

The DeeDS architecture is a distributed real-time systems architecture developed for complex real-time systems by the DeeDS project.

2017-2020 The Elvira project develops time-based infrastructure dependency analysis for the power-grid to model risk assessment and resilience index, which assist decision makers in anticipating failures and their cascading effects.

2010-2012 Information Fusion for Energy Efficiency.

2013-2016 The HELICOPTER proposal aim at exploiting ambient-assisted living techniques to provide older adults (end users) and their informal caregivers with support, motivation and guidance in pursuing a healthy and safe lifestyle.

2013-2016 Model based development is used to increase software quality and software development productivity. Models are created at a platform independent level and then transformed to platform specific models by the use of a model compiler using the same principles as when source code is compiled into assembler.

2018-2019 Cutting-edge Internet of Things (IoT) devices are increasingly deployed in urban environments creating new data streams, which could be exploited to deliver novel cloud-based services. Connected vehicles and road-infrastructure data are leveraged in this project to alleviate parking and induced traffic-congestion issues. The proposed SmartPark algorithm maximizing parking availability prediction, while minimizing the journey duration to the selected parking lot.

The current industry practice for testing of concurrent real-time applications is often based on case-specific ad-hoc techniques.

2013-2018 TOCSYC is a research environment that combines four Swedish groups in software testing research to advance the knowledge of testing critical characteristics of complex embedded systems. The characteristics that TOCSYC address are performance efficiency, robustness and testability.