--- pretty_name: SuperMemory-VQA task_categories: - visual-question-answering tags: - egocentric-video - imu - streaming-vqa - benchmark-manifest --- # SuperMemory-VQA Viewer-ready benchmark manifest for `kfkas/supermemory-vqa-imu-benchmark`. It contains benchmark annotations and logical local asset hints, not redistributed source media. ## Status - Base dataset: `SuperMemory-VQA Aria stream` - Rows: `4,853` - Rows with local RGB+IMU: `4,818` - Answer-key status: `public=4853` - Existing repository refreshed with the common schema. ## Example video A short, recompressed benchmark-corresponding clip is included for a quick visual check. It is not the complete source recording. [Open the example video](https://huggingface.co/datasets/kfkas/supermemory-vqa-imu-benchmark/resolve/main/examples/sample.mp4) ## Common schema All rows use the same columns: `benchmark`, `base_dataset`, `question_id`, `category`, `question`, `choices`, `answer_index`, `answer_text`, `source_ids`, `query_time`, `evidence_time`, `clip_start_s`, `clip_end_s`, `stream_count`, `video_asset_hint`, `imu_asset_hint`, `local_video_available`, `local_imu_available`, `usable_for_imu_benchmark`, `coverage_status`, `answer_key_status`, `metadata_json`, and `streams`. `streams` uses a consistent nested shape for source ID, modality, sensor role, time bounds, asset hints, local availability, and join kind. Dataset-specific fields are encoded in `metadata_json` so the viewer schema remains stable. ## Load ```python from datasets import load_dataset dataset = load_dataset("kfkas/supermemory-vqa-imu-benchmark", split="benchmark") usable = dataset.filter(lambda row: row["usable_for_imu_benchmark"]) ``` No full raw MP4, VRS, ZIP, CSV, or NPZ files are included. Only the short example clip is provided. Download complete source media from the upstream terms and use the relative hints under `sensor_vqa/raw/`. ## Sources - https://huggingface.co/datasets/OSU-AIoT-MLSys-Lab/SuperMemory-VQA