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TeraWireless aims to:
Introduce innovative ultra-MIMO (multiple-input multiple-output) technology to boost data rates and link reliability through spatial multiplexing and superdirective beamforming, while pioneering the development of electromagnetic and communication models to assess performance in low-scattering THz channels, where multipath propagation is not viable, integrating sensing, localization, and communication capabilities.
Advance the emerging concept of semantic and goal - oriented communications by incorporating message semantics and communication goals within communication layers.
Develop novel physics - based machine learning solutions for energy - efficient, robust, reliable, and explainable - by - design implementations.
Provide the research community with the EU's and the world's first open - access, open - source simulation environment - integrating ray tracing, link-level, and system - level features - for evaluating and optimizing large-scale deterministic THz networks operating at optical speed.
Objective 1
First-principles electromagnetic models and engineering: To develop and validate accurate electromagnetic antenna models accounting for the unique features of U-MIMO operating at THz frequencies, and to use them to develop new communication schemes for guiding the engineering design of new U-MIMO arrays.
Objective 2
Performance evaluation and design: To develop accurate channel models for THz propagation to enable the assessment of the effective performance of scalable, computationally efficient, robust rule-based ML architectures, data-aware (sematic, goal-oriented) communication designs for deterministic U-MIMO THz networks.
Objective 3
Open-access/open-source integrated simulation environment: To develop the first of its kind open-access/source integrated simulation platform, amalgamating advanced ray tracing channel models, link-level technologies, network-level resource allocation strategies specifically tailored for deterministic THz networks.
TeraWireless objectives will be achieved by solving 13 key research challenges, tackled by 13 recruited fellow.
Objectives
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WP1 – Fundamental and applied researchPerform all research and technical activites outlined in the technical annex.
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WP2 – TrainingSetting up the required platform and tools for training the fellows and organize all training activities as described in Sec. 1.3 of the technical annex.
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WP3 – ManagementTo monitor the project performance and outcome, assess the quality of results, resolve potential conflicts, ensure adherence to the contract, encouraging partners’ collaborations. To coordinate writing and submission of deliverables. To implement the recruitment of fellows.
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WP4 – Dissemination, standardization, outreachPlan and implement all dissemination, standardization, and outreach activities outlined in the technical annex.