
Artsiom worked on quantization and model optimization features for edge AI workflows, contributing to the google-ai-edge/LiteRT and google-ai-edge/ai-edge-quantizer repositories. He developed a configurable option in LiteRT’s TensorFlow Lite calibration pipeline to selectively disable per-channel quantization for dense layers, giving users finer control over the trade-off between model accuracy and inference performance. In ai-edge-quantizer, he implemented end-to-end Mean Squared Error–based quantization materialization for convolutional layers and integrated these functions into the algorithm manager, streamlining quantization workflows. His work leveraged C++, Python, and TensorFlow Lite, demonstrating depth in quantization techniques and practical integration into production pipelines.
Monthly summary for 2025-10 focused on google-ai-edge/ai-edge-quantizer. Delivered a focused feature enabling end-to-end MSE-based quantization materialization for convolutional layers and integrated it into the algorithm manager, setting the stage for streamlined edge quantization workflows.
Monthly summary for 2025-10 focused on google-ai-edge/ai-edge-quantizer. Delivered a focused feature enabling end-to-end MSE-based quantization materialization for convolutional layers and integrated it into the algorithm manager, setting the stage for streamlined edge quantization workflows.
December 2024 summary for google-ai-edge/LiteRT: Delivered a configurable enhancement to the TFLite calibration and quantization pipeline by adding a new option to disable per-channel quantization for dense layers. This allows fine-grained control to balance model accuracy and inference performance on edge devices. The feature was implemented with the commit 88cedbc7421407d1efc12a053d068a718d6cabeb and expands the pipeline’s configurability and usability for dense-layer–heavy models.
December 2024 summary for google-ai-edge/LiteRT: Delivered a configurable enhancement to the TFLite calibration and quantization pipeline by adding a new option to disable per-channel quantization for dense layers. This allows fine-grained control to balance model accuracy and inference performance on edge devices. The feature was implemented with the commit 88cedbc7421407d1efc12a053d068a718d6cabeb and expands the pipeline’s configurability and usability for dense-layer–heavy models.

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