Investeringsoversigt

1469 investments

Titel Sort descending	Periode	Program
Optical monitoring of larval salmon lice	2017 - 2019	Industrial Researcher
Optical monitoring of larval salmon lice Period 2017 - 2019 Region Region Hovedstaden Program Erhvervsforsker Area Andet Investment Percentage 48.15 Invested 1.1 mill. Budget 2.2 mill. Partners Technical University of Denmark, FaunaPhotonics ApS People FaunaPhotonics ApS Read more about the project
Optimal Control for Refrigeration Compressor Systems at High Dynamic Situations	2023 - 2026	Industrial Researcher
Optimal Control for Refrigeration Compressor Systems at High Dynamic Situations Period 2023 - 2026 Region Program Erhvervsforsker Area Ikke defineret Investment Percentage 53.57 Invested 1.1 mill. Budget 2.0 mill. Formålet med projektet er at udvikle metoder til at effektivt regulere køle kompressorer der under normale omstændigheder har stor estimeringsfejl af rotor position. Partners Aalborg University, BITZER Electronics A/S People Read more about the project
Optimal decision-making for container logistics with time-varying confounding	2018 - 2021	Industrial Researcher
Optimal decision-making for container logistics with time-varying confounding Period 2018 - 2021 Region Region Hovedstaden Program Erhvervsforsker Area Infrastruktur, Transport og Byggeri Investment Percentage 56.87 Invested 1.1 mill. Budget 1.9 mill. Partners University of Copenhagen, REDERIET A P MØLLER A/S People REDERIET A P MØLLER A/S Read more about the project
Optimal Design of Wind Turbine Blades for Additive Manufacturing Techniques	2015 - 2018	Industrial Researcher
Optimal Design of Wind Turbine Blades for Additive Manufacturing Techniques Period 2015 - 2018 Region Region Midtjylland Program Erhvervsforsker Area Ikke defineret Investment Percentage 48.49 Invested 884.367 Budget 1.8 mill. Partners Technical University of Denmark, Vestas Wind Systems A/S People Vestas Wind Systems A/S Read more about the project
Optimal implementering af pesticid-renseteknologier for grund- og drikkevand	2022 - 2025	Industrial Researcher
Optimal implementering af pesticid-renseteknologier for grund- og drikkevand Period 2022 - 2025 Region Region Hovedstaden Program Erhvervsforsker Area Ikke defineret Investment Percentage 45.91 Invested 1.1 mill. Budget 2.3 mill. Partners Technical University of Denmark, NIRAS Allerød People NIRAS Allerød Read more about the project
Optimal Power to X solution	2020 - 2022	Industrial Researcher
Optimal Power to X solution Period 2020 - 2022 Region Region Hovedstaden Program Erhvervsforsker Area Energi, Klima og Miljø Investment Percentage 100 Invested 828.000 Budget 828.000 Partners Aarhus University, Topsoe A/S People Topsoe A/S Read more about the project
Optimal trading policies balancing renewable electricity: Enabling a greener tomorrow	2022 - 2024	Industrial Researcher
Optimal trading policies balancing renewable electricity: Enabling a greener tomorrow Period 2022 - 2024 Region Region Nordjylland Program Erhvervsforsker Area Ikke defineret Investment Percentage 46.51 Invested 1.1 mill. Budget 2.3 mill. Partners Aalborg University, Centrica Energy Trading A/S People Centrica Energy Trading A/S Read more about the project
Optimal utilization of hardware peripherals in embedded systems	2024 - 2027	Industrial Researcher
Optimal utilization of hardware peripherals in embedded systems Period 2024 - 2027 Region Program Erhvervsforsker Area Ikke defineret Investment Percentage 40.81 Invested 1.1 mill. Budget 2.6 mill. Mikrocontrollere indeholder peripherals, der øger ydeevnen og effektiviteten af indlejrede systemer. Hvert år bliver disse peripherals smartere og mere energi effektive. For at få mest muligt ud af nuværende og fremtidige systemer, er det nødvendigt at udnytte alle de tilgængelige ressourcer. Formålet med dette PhD projekt er at udvikle et domænespecifikt sprog (DSL) som reducerer udviklingstiden, øger ydeevnen og gør det muligt at kombinere og udnytte alle ressourcerne i indlejrede systemer. Partners Aarhus University, GRUNDFOS HOLDING A/S People Read more about the project
Optimering af antibiotikabehandling hos mink – MIC værdier og forbrug	2017 - 2021	Industrial Researcher
Optimering af antibiotikabehandling hos mink – MIC værdier og forbrug Period 2017 - 2021 Region Region Hovedstaden Program Erhvervsforsker Area Bioressourcer, Fødevarer og Livsstil Investment Percentage 37.99 Invested 1.1 mill. Budget 2.8 mill. Partners Danmarks Tekniske Universitet, Kopenhagen Fur People Kopenhagen Fur Read more about the project
Optimering af fiskesundhed og kvalitet i recirkuleret akvakultur (OFIRA)	2024 - 2027	Industrial Researcher
Optimering af fiskesundhed og kvalitet i recirkuleret akvakultur (OFIRA) Period 2024 - 2027 Region Program Erhvervsforsker Area Ikke defineret Investment Percentage 59.68 Invested 1.1 mill. Budget 1.8 mill. Projektet vil minimere klimaaftrykket, forbedre dyrevelfærden og øge effektiviteten af recirkuleret akvakultur. Det vil opbygge cutting-edge viden, hvilket vil gavne bredt i sektoren, samtidig med at det giver virksomheden førende ekspertise. Dette bliver opnået ved at kvantificere aktuelle udfordringer i recirkulerede akvakultur systemer samt effekten af ozonbehandling. Laboratorieeksperimenter undersøger udvalgte parametre og deres indvirkning på velfærd og vækst af kommercielle fiskearter. Partners University of Copenhagen, OXYGUARD INTERNATIONAL A/S People Read more about the project
Optimisation and automation of underwater payload data processing using AI-based technologies	2019 - 2021	Industrial Researcher
Optimisation and automation of underwater payload data processing using AI-based technologies Period 2019 - 2021 Region Region Hovedstaden Program Erhvervsforsker Area Andet Investment Percentage 52.17 Invested 1.1 mill. Budget 2.1 mill. Partners Technical University of Denmark, ATLAS MARIDAN ApS People ATLAS MARIDAN ApS Read more about the project
Optimised Combinatorial Construction using Algorithms (OCCA)	2017 - 2020	Industrial Researcher
Optimised Combinatorial Construction using Algorithms (OCCA) Period 2017 - 2020 Region Region Syddanmark Program Erhvervsforsker Area Produktion, Materialer, Digitalisering og IKT Investment Percentage 58.84 Invested 1.1 mill. Budget 1.8 mill. Partners Danmarks Tekniske Universitet, LEGO SYSTEM A/S People LEGO SYSTEM A/S Read more about the project
Optimising cell-based reporter gene assays for HTP screening of recombinantly expressed drug targets in droplet-based microfluidics	2019 - 2022	Industrial Researcher
Optimising cell-based reporter gene assays for HTP screening of recombinantly expressed drug targets in droplet-based microfluidics Period 2019 - 2022 Region Region Hovedstaden Program Erhvervsforsker Area Biotek, Medico og Sundhed Investment Percentage 52.06 Invested 1.1 mill. Budget 2.1 mill. Partners University of Copenhagen, Novo Nordisk A/S - G8, x9 m.fl. People Novo Nordisk A/S - G8, x9 m.fl. Read more about the project
Optimization of agricultural pest management strategies by combining modelling and digital insect monitoring	2020 - 2022	Industrial Researcher
Optimization of agricultural pest management strategies by combining modelling and digital insect monitoring Period 2020 - 2022 Region Region Hovedstaden Program Erhvervsforsker Area Bioressourcer, Fødevarer og Livsstil Investment Percentage 52.44 Invested 828.000 Budget 1.6 mill. Partners University of Copenhagen, FaunaPhotonics Agriculture & Environmental A/S People FaunaPhotonics Agriculture & Environmental A/S Read more about the project
Optimization of an industrial tubular photobioreactor through model-based control	2023 - 2026	Industrial Researcher
Optimization of an industrial tubular photobioreactor through model-based control Period 2023 - 2026 Region Program Erhvervsforsker Area Ikke defineret Investment Percentage 60.5 Invested 1.1 mill. Budget 1.8 mill. The project aims to develop a metabolic model of photosynthesis effects of intermittent irradiation (light) of a dense microalgal culture as influenced by photobioreactor hydraulics. A promising model framework has been built in the candidates M.Sc. project and will be validated and extended to a predictive growth model that will serve both in the automation of the production and to predict effects of temporary reduction of irradiation with the aim to save power. Partners Technical University of Denmark, Algiecel ApS People Read more about the project