Expanding towards the compute continuum
Many pieces have to be put together to realise an operational compute continuum extending from IoT and Edge all the way to cloud and HPC. One of the pieces is secure network connec
HOSHMAND – An AI-Driven Compute Scheduler
Abstract In this news articles we want to talk about ‘HOSHMAND’ – an AI-based system utilizing a customized recurrent neural network framework for superior job sc
From Code to Cloud: A Live Deployment Journey
After months of development, testing, and fine-tuning, the moment has arrived—DECICE is going live. What started as an ambitious idea has now transformed into a fully functional
DECICE Newsletter #2
We are pleased to report that the first DECICE Project Newsletter has been sent out to the subscribers. Check out our first Newsletter with updates on our DECICE Project, Even
Exploring the Computing Continuum with DECICE and Fluidos
Date: September 27, 2024 Duration: 12:30 PM CET – 13:30 PM CET Location: online Thank you for joining us for the insightful joint webinar session where we del
CARO workshop at HiPEAC25 conference
Together with the ACES project, DECICE co-hosts a workshop, which take place within the framework of HIPEAC 2025 Conference in Barcelona, Spain. Both projects aim to engage the bro
Exploring the Next Phase of DECICE Infrastructure Deployment
As the DECICE project progresses into its next crucial phase, we would like to share an overview of the upcoming activities that mark significant milestones in our journey towards
Use Case 2: In-the-Field Intelligence Supporting Emergency Response
Emergency response operations are pivotal in mitigating the impact of natural disasters, accidents, and other crises. Whether it’s earthquakes, floods, or humanitarian crises
DECICE General Assembly Meeting 27.-28.03.2024
Intersection areas pose significant challenges for autonomous and conventional vehicles, particularly due to Vulnerable Road Users (VRU) being obscured by environmental elements li
Marmara University – VeNIT Lab’s Testing Infrastructure for “Smart Intersection with VRU Detection”
Intersection areas pose significant challenges for autonomous and conventional vehicles, particularly due to Vulnerable Road Users (VRU) being obscured by environmental elements li