
In September 2025, Tina Raissi enhanced the rwth-i6/i6_core repository by developing two specialized job classes to improve Word Error Rate (WER) evaluation in speech recognition workflows. She implemented RescoreLatticeCacheJob, which enables flexible rescoring of lattice caches using configurable rescorer types and parameters, and IntersectStmCtmJob, which computes intersections between CTM and STM files to ensure accurate WER assessment on filtered corpora with matched recordings. Leveraging Python and her expertise in command line tools and data processing, Tina’s work integrated seamlessly with existing evaluation pipelines, providing greater flexibility, reliability, and efficiency for WER-focused research and development tasks.

In September 2025, delivered a focused feature enhancement for rwth-i6/i6_core to strengthen WER evaluation and overall recognition quality. Implemented two new job classes: RescoreLatticeCacheJob to rescore lattice caches using a configurable rescorer type with various parameters, and IntersectStmCtmJob to compute the intersection of CTM and STM files, enabling accurate WER evaluation on filtered corpora by ensuring matching recordings. These changes integrate with existing evaluation pipelines, enabling more reliable scoring, faster iteration, and greater flexibility in rescorer configuration.
In September 2025, delivered a focused feature enhancement for rwth-i6/i6_core to strengthen WER evaluation and overall recognition quality. Implemented two new job classes: RescoreLatticeCacheJob to rescore lattice caches using a configurable rescorer type with various parameters, and IntersectStmCtmJob to compute the intersection of CTM and STM files, enabling accurate WER evaluation on filtered corpora by ensuring matching recordings. These changes integrate with existing evaluation pipelines, enabling more reliable scoring, faster iteration, and greater flexibility in rescorer configuration.
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