Extensive research expertise with development of intelligent orchestration and workflows for AI/ML, including open source software and experimentation in trials.
NAOMI — the only available alternative to the O-RAN AI/ML workflow. Designed from the ground up for modularity and distributed training, NAOMI empowers AI/ML model execution across heterogeneous edge devices — not as a workaround, but by design. If you're building next-gen intelligent RAN systems, NAOMI is the framework to watch: https://github.com/sensorlab/naomi
eCAL - a new metric for computing the energy consumption throughout the architectural components and lifecycle of an AI-powered wireless systems by analyzing the complexity of data collection and manipulation in individual components and deriving overall and per-bit energy consumption: https://github.com/sensorlab/eCAL
MRM3: Machine Readable ML Model Metadata - better describing machine learning models by including energy and hardware information, in addition to data and performance. Such information enables better orchestration for training and inference tasks: https://github.com/sensorlab/MRM3
The Jožef Stefan Institute (JSI), located in Ljubljana, Slovenia, is the country’s leading research institution dedicated to natural sciences, technology, and engineering. Among its many departments, JSI has developed notable expertise in wireless and cellular networks, particularly through its work on 5G/6G technologies, radio resource management, edge computing, and massive MIMO systems. The institute actively contributes to EU-funded projects and international collaborations, focusing on optimizing next-generation mobile networks, low-latency communications, and AI-driven wireless systems. JSI's researchers also explore advanced topics like reconfigurable intelligent surfaces (RIS) and over-the-air computation, positioning the institute as a regional leader in future wireless infrastructure.