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Microservice architectures to run their systems. However, there are increasing cyber security challenges in cloud and microservice architecture. This scholarship will support PhD students who will examine the
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bioinformatics. Understand genome architecture for polyploid plants, available ‘omic’ technology and tools associated with the analysis of multi-omic data. Willing to learn laboratory and bioinformatic techniques
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, suggesting the importance of the bone marrow microenvironment in leukaemia progression. We have developed mouse models that enable the comprehensive investigation of the architecture of bone marrow
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architectures, components, communication protocols, and security challenges. • Develop a comprehensive threat modelling to identify potential attack surfaces and vulnerabilities specific to autonomous vehicles
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process of AVs and contribute to the establishment of the best investigation practices in the next generation of AVs. • To provide an in-depth understanding of AVs’ architectures, components, communication
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industry challenges. They will likely focus on areas such as optimum sowing date, crop water use, root architecture and potential carbon sequestration, crop ecophysiology, and pest and disease. The project