Work Packages
WP1: Management I. Main objectives 1. Μonitoring tasks, deliverables, and milestones 2. Οrganizing and coordinating events 3. Μanaging resources, IPR, quality control 4. Ηandling DC recruitment process, and project’s internal conflicts II.Deliverables 1. NEWTON website 2. Supervisory Board of the network 3. Data management plan 4. Progress Report 5. Career Development Plans III. WP1 Leader: IQUADRAT | WP2: Training I. Main objectives 1. To design, organize and implement the NEWTON training programme 2. Arrange the network-wide training events 3. Provide the suitable training platforms/tools 4. Establish the necessary feedback channels for quality assurance on training II.Deliverables 1. Training activities Y1-Y2 2. Training activities Y3 III. WP2 Leader: KU Leuven |
| WP3: Dissemination, communication and standardization I. Main objectives 1. To coordinate all the activities that are related to the dissemination of the research achievements of the project 2. To ensure the visibility of the results to specialized and no specialized communities 3. Promote the discernibility of standardization groups II.Deliverables 1. Plan for the dissemination and exploitation of results, including communication activities 2. Updated plan for the dissemination and exploitation of results, including communication activities III. WP3 Leader: NVIDIA | WP4: Radio-edge solutions for 6G networks I. Main objectives 1. State-of-the-art assessment of radio-edge technologies 2. Design of data-driven models for CF 3. Design of distributed estimation of CSI 4. Design of optical precoding/decoding weights 5. Design of neuromorphic solutions for dimensionality reduction II.Deliverables 1. Recent advances on radio-edge technologies 2. Design of radio-edge solutions for 6G networks 3. Performance evaluation of the designed radio-edge solutions for 6G networks III. WP4 Leader: UWA |
WP5: Regional-edge solutions for 6G networks I. Main objectives 1. State-of-the-Art assessment and acquisition of tools for analysis and optimization of the regional-edge solutions 2. Design of XL-MIMO antennas 3. Design of a scalable DC interconnection solution 4. Design/optimization of optical X-haul network II.Deliverables 1. Recent advances on regional-edge technologies 2. Design of regional-edge solutions for 6G networks 3. Performance evaluation of the designed regional-edge solutions for 6G networks III. WP5 Leader: ISRD | WP6: Network management for 6G networks I. Main objectives 1. State-of-the-Art assessment and acquisition of tools for analysis and optimization of network management innovations 2. Design of radio and of computational scheduling algorithms and joint resource management 3. Evaluation and optimization of the developed solutions II.Deliverables 1. Recent advances on network management solutions 2. Design of network management solutions for 6G networks 3. Performance evaluation of the designed network management solutions III. WP6 Leader: ISI/ATH |