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Smart sanitation technology represents a critical intersection of automation engineering, embedded systems, and global health innovation. With 3.6 billion people worldwide lacking access to safely
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, microbiology, waste treatment, and engineering, the project seeks to strengthen system reliability and generate critical evidence to guide the advancement and deployment of future sanitation technologies. Key
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), collected from both wild individuals and those kept in captivity. The objective of the project is to compare the performance of the different marker types in terms of resolution, reliability, and
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the respective task, including preparation of appropriate datasets and benchmarks. • Processing and structuring of Portuguese Navy documents and protocols. • Research strategies to generate factual, reliable, and