A novel message encoding paradigm is proposed called \textit{majority bit-aware encoding}, which relaxes the watermark signal strength from the green list size, which allows for a strong watermark signal to be preserved in generated texts even when using a large green list.
Jiahao Xu, Rui Hu, O. Kotevska et al.· arXiv.org· 3 citations
Academic compute is fragmented: allocations are granted per facility, and facilities differ in accelerators and software stacks, schedule jobs independently, and share neither a network nor a filesystem. We present a system that pools such allocations to pre-train a single language model across three supercomputers on...
Zarè Palanciyan, Thomas van Osch, Douwe van der Wal et al.· 0 citations
Scientific artificial intelligence (AI), spanning foundation models (FMs) to federated data-analysis pipelines, is becoming shared infrastructure across national laboratories, universities, hospitals, and industrial partners. This collaboration creates privacy risks whose natural unit is often an institution's particip...
O. Kotevska, Sumit Kumar Jha, A. Bellet et al.· 1 citation
Large Language Models (LLMs) are increasingly deployed in high-stakes applications, yet their tendency to generate toxic, harmful, or policy-violating content poses significant risks. Detecting these unsafe outputs efficiently in a black-box manner remains an open challenge. In this paper, we extend a recently proposed...
Mohamed Akrout, O. Kotevska, Dan Wilson· 0 citations
Multi-agent LLM systems can improve reasoning by pooling diverse perspectives, but their effectiveness depends on coordinating communication, particularly in hidden-profile settings where each agent holds only part of the evidence required for a correct decision. Existing protocols, including fixed schedules, round-rob...
Abhijith Babu, Ramneet Kaur, Vishal Pramanik et al.· 0 citations
Although performance remains below clinical deployment thresholds, the results support further development of ViT-based triage systems to flag high-risk patients for earlier evaluation and demonstrate the potential of ViTs for early lung cancer risk prediction from routine chest X-rays.
O. Kotevska, Ian Goethert, Michael McGee et al.· 0 citations
This work proposes Forgetting Only What Matters via Unlearning Layers (FOM-UL), a layer-level unlearning framework that selects transformer layers using a forget-to-retain significance score and provides an empirical path toward quantization-resilient unlearning.
Ravi Ranjan, O. Kotevska, Agoritsa Polyzou· 3 citations
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