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candidate will employ state-of-the-art research tools, including genetic, cellular and molecular, to identify, quantify and manipulate micronutrient signaling and explore intracellular downstream signaling
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/Objectives: Research and design activities related to energy management for the agriculture sector will be developed. The work plan includes: 1. Literature analysis and assessment of the potential for energy
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testing functionality, range, energy efficiency and security. The following objectives are therefore foreseen: Atmosphere with the state of the art in terms of the basic concepts and technologies involved
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-of-the-art ML models used for chemistry. More specifically, the goal is the use of the framework introduced by Rasmussen to make Graph Neural Nets such as EGNNs, more understandable for human interpretation
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four main tasks: 1) Literature review on the production of multi-material parts using additive manufacturing; 2) Study and test of deposition parameters for the production of multi-material parts; 3
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and challenges of data auditing in different organizational contexts through stakeholder consultations and literature review. - Design and Architecture (2-3 months): Defining the system architecture
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those who are not enrolled. Work plan/ Objectives: T1-Integration into the problem and assessment of the state of the art; T2-Development of software bugs risk tool using cognitive stress; T3-Writing
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their performance and benchmarking them to select a suitable Transformer model for further exploration 3. Exploration of Third-Generation Neural Network Models: Investigating the current state of the art in third
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collaborative platform. The main tasks to carry out are the following: T1-Study the state of the art on SDN controllers benchmarking T2-Develop and implement a dependability benchmark for SDN controllers T3
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from uncertainty, and therefore poses difficulties for the AI system to select the most expected reliable annotators. 1- State of the art; 2- Problem statement, research aims and objectives; 3- Design