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resulting from anaerobic digestion, based on energy-efficient technological innovations. The work plan for this grant includes the development and optimization of the NETmix gas/liquid injector to maximize
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to study the effects of irrigation and fertilization on agricultural fields and water resources, focusing on reusing water from wastewater treatment plants. By using optimal control techniques and predictive
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threats, and the continuous monitoring of system health to guarantee service availability and proactively optimize performance. System and Infrastructure Maintenance: this workstream involves the set of
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Status Activity Outline: Conceptualization of systems and product design. Mechanical development. Static, frequency and impact numerical analysis. Topological optimization methodologies. Legislation and
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the existing sensors using the project interface, and support the development of a compatible interface for INESC sensors. Cooperate with the international team members of the consortium, to optimize
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Solution to Improve Care and Optimize Resources for Frequent Emergency Users”, (ref.ª 2024.07543.IACDC, financed by "RE-C05-i08.m04 – "Support the launch of a program of R&D projects aimed at the development
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Solution to Improve Care and Optimize Resources for Frequent Emergency Users”, (ref.ª 2024.07543.IACDC, financed by "RE-C05-i08.m04 – "Support the launch of a program of R&D projects aimed at the development
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applied to advanced production systems, and machine learning techniques, with particular application in the context of manufacturing systems for process optimization (1 to 5 points). D. Motivation letter
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machine learning techniques, with particular application in the context of manufacturing systems for process optimization (1 to 5 points). D. Motivation letter that will allow to evaluate the English
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manifestations); - Generation of medical reports from audio/texts produced by veterinarians; - Continuous incorporation of feedback from veterinarians to refine and optimize the development of AI models