Keural Vision Encoder · Mid
Adaptive token budgets, hierarchical concept tokens, and continuous 2D positional encoding. Checkpoint weights and saved evaluation files are available.
Model & checkpoints ↗Implementation ↗My work connects biomedical AI research with adaptive vision encoders, Korean–English language-model workflows, and reproducible engineering tools.
Released model artifactsPublic source codeRecorded evaluationsThis page explores published artifacts. It does not run model inference in your browser.
Adaptive token budgets, hierarchical concept tokens, and continuous 2D positional encoding. Checkpoint weights and saved evaluation files are available.
Model & checkpoints ↗Implementation ↗A frozen vision encoder, level-aware projector, and Qwen decoder with LoRA adapters. The release contains projector and adapter weights, not the full base decoder.
Projector & adapters ↗Inference & evaluation ↗General-purpose Korean–English MKD release with model weights, a chat template, and deployment documentation. Original MKD attribution is preserved.
Model card & weights ↗General-purpose model; not clinically validated.
Select a recorded visualization exported by the PoC vision-encoder project. These are saved outputs, not newly generated predictions.
PoC checkpoint: step_36k. This is distinct from the Mid encoder above.
Inspect original file ↗Displayed values are from checkpoint-18000 with token_budget=512. They are not independent reruns, cross-domain guarantees, or clinical results.
The model card reports limitations and comparisons with stronger pretrained baselines. Inspect the evaluation method and intended workload before reuse.
Inspect structure, duplicates, formatting, and split leakage with evidence and remediation suggestions.
Open hosted audit app ↗Source & examples ↗Existing company-account app; may need to wake. Deployment was not modified for this showcase.
Gradio UI, FastAPI workflow endpoints, GPU fine-tuning, evaluation, and checkpoint export.
Architecture & setup ↗GPU training is not hosted here. No new training run or performance result is claimed.
My publication portfolio spans wearable PPG/EEG sensing, transformer-based stress classification, and medical-image analysis. Selected work appears in IEEE JBHI, IEEE Sensors Journal, and IEEE BioCAS.
Publications and research profile ↗