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PES University

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Selected work

Representative Papers

It Takes Two: A Dual Stage Approach for Terminology-Aware Translation

Nov 07, 2025Proceedings of the Tenth Conference on Machine Translation

Addressing the challenge of balancing term accuracy and contextual adaptability in multilingual machine translation, this paper proposes DuTerm—a dual-stage architecture. The first stage employs a terminology-aware neural machine translation (NMT) model to generate an initial translation; the second stage leverages a large language model (LLM) as a context-driven post-editor—not a generator—to refine terminology consistency via prompt engineering. Crucially, the LLM is designed as a lightweight, controllable term calibration module, mitigating fluency degradation caused by excessive constraints. Experiments on the WMT 2025 Terminology Sharing Task (English–German/Spanish/Russian) demonstrate that DuTerm significantly outperforms strong baselines in both BLEU and term adherence metrics, with particularly notable improvements in term consistency under complex contextual conditions. These results validate the effectiveness and generalizability of the “NMT + LLM correction” paradigm.

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Recent publications

Latest Papers

$π$-SUB: A Physics-Informed Synthetic Underwater Benchmark Dataset for Underwater Image Enhancement

Aug 11, 2026

Existing synthetic underwater image datasets exhibit a significant domain gap from real-world scenes, limiting the training and evaluation of underwater image enhancement (UIE) methods. To address this, this work proposes a high-fidelity synthesis framework grounded in an extended physical model that jointly accounts for depth-dependent downwelling irradiance, bio-optically resolved absorption, scattering characteristics across all Jerlov water types, and independently controllable residual effects. The framework generates paired datasets spanning diverse water types and depths. Experimental results demonstrate that the synthesized images achieve a 46% lower FID than Syrea, yield UIQM improvements of 4.18%–9.46% across four state-of-the-art UIE models, and reduce NIQE by 23.98%–48.78%, substantially enhancing photorealism and generalization capability.

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