...the US and China in terms of innovation and commercialisation, endangering the EU’s fundamental values. Simultaneously, Europe must also face the threat of the climate crisis. The EU remains committed to achieving net-zero emissions by 2050, which requires the need for increased innovation and commercialisation...
...solutions for a sustainable and growing transport system in arctic urban and industrial conditions. FUMO (Future mobility and logistics in an arctic industrial city) was initiated to address the growing demand for transport capacity in an Arctic city. As both the population and the volume of goods transported...
In this langoustine “hotel,” each individual has its own room, and can be lowered into cool water. This provides better conditions for the animals – and better quality when the delicacy reaches the dinner table. Photo: Ove Andreas Mandal Standard Small fishing boats make up 80 percent of the 5600 fishing...
By turning waste into a resource, we aim to contribute to a more sustainable and circular future for seafood production. Because of the increasing demand for healthy fish and seafood aquaculture has become the fastest-growing food production sector. However, two major challenges stand in the way of...
...social, ecological, and infrastructural domains. The deployment of AI agents within these DTs facilitates the orchestration of intricate data workflows and the contextualisation of multi-source information, supporting long-term planning and policy-making. AI agents can design and manage scalable data...
...collaboration based on inferring Air Traffic Controllers’ goals and assessing their state. This will contribute to a trustworthy AI-powered ATM environment. DIALOG aims to is to enable efficient collaboration between air traffic controllers (ATCO) and AI, by delivering novel teamwork solutions for human-AI...
...mental health and substance abuse treatment services were officially launched in Norway (pakkeforløp for psykisk helse og rus). SINTEF evaluated this reform the first two years after introduction. The evaluation emphasized employees', managers' and users' experiences with the changes - and results related...
...complex and automated. The solutions being developed should be smart and comprehensive, which means making full use of new sensor data, active measures within the electricity network, and the available flexibility from customers. The goal of the project is a more cost-effective electrification and decarbonisation...
...difficult to mitigate climate change and halt the decline in biodiversity. This reality places two heavy burdens on the shoulders of the global business community. Some companies will simply have to ensure that green energy sources such as offshore wind, solar power and emission-free hydrogen become commercially...
Master Project Description Green AI aims to make artificial intelligence more environmentally sustainable by reducing computational costs and energy consumption. As the demand for AI applications grows, edge devices like Raspberry Pi are emerging as vital components to facilitate local, real-time computations...
...starting from formally verified design-time trust models, and risk assessment processes to secure lifecycle procedures and real-time conformity certificates based on novel runtime attestation mechanisms and distributed ledgers. The added value and effectiveness of the ENTRUST Framework will be evaluated...
...industrial processes and efficient transmission of electric power. Power electronic converters is a key technology for conversion and control of electric power and will be crucial for successful electrification. The technology is rapidly evolving, providing much faster switching rates and higher voltages...
This memo gives an overview of technology and costs for operation and maintenance (O&M) of offshore wind farms. The memo specifically considers offshore wind development in Norway, providing cost estimates for O&M of wind farms within the 15 zones selected by NVE....