Proposals & Ideas Overview

Objective of Proposal Idea:
The project aims to explore and build resilient tomorrow’s free-space light communication systems based on disruptive organic optoelectronic components. High-speed Organic optoelectronic devices are available across the entire visible spectrum, and compared to inorganic III-V counterparts, they offer lower manufacturing costs, shorter time to market and a lower carbon footprint, and exhibit at least similar or better performance in terms of transmission data rates. Another advantages is the very easy and low-cost heterogeneous integration of OLED on silicon (or on any other substrate). In contrast, inorganic (III-V) components, can only be integrated with compatible substrates due to the well-known lattice[...]

Objective of Proposal Idea:
The idea is to develop and test decentralized edge/modular data centres at the edge of the network. These would be smaller data centres than traditional ones and consume less power. Currently there is much debate in Ireland about the amount of electricity large data centres consume. In this case data would be disaggregated across the data centres, so that if one data centre failed because of lack of power, unfavourable weather conditions or a cybersecurity attack, data would fall back to an alternative data centre. Communications lines would also fall back to a second data centre. Data Centers would also[...]

Objective of Proposal Idea:
ChIp integration of Rx and Tx for IAB

Objective of Proposal Idea:
From ITI, there is envisaged a contribution in terms of development of the Service Based Architecture in the Core Network. More precisely, in the integration of Multi-Access Edge Computing within the Control Plane, carrying on tasks of orchestration in function of the network’s requirements and configurations (e.g., network slices). All in all, this contribution is proposed to exploit the usage in control and automated systems.

Objective of Proposal Idea:
Detection of emerging technology fields in semantically linked patent and scientific article networks, obtain semantic descriptions for detected clusters and study emergence process in detail. Identification of the profiles and key properties of the knowledge embedded in emerging clusters, including 1. Measurement at the technology level, i.e., technological metrics (complexity, lag relations, growth rates, science-intensity, interdisciplinarity, among others…). 2.Competition and market analysis. Technological and Industrial competition, Revealed Comparative Advantages at the firm/country level, linkages to product space. 3.Geography (geographic concentration, diffusion). which will be used for profiling and future predictions/extrapolation. We thus take into account market potential, competition, geographic advantage[...]