| # Datumaro |
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| <!--lint disable list-item-indent--> |
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| ## Table of contents |
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| - [Concept](#concept) |
| - [RC 1 vision](#rc-1-vision) |
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| ## Concept |
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| Datumaro is: |
| - a tool to build composite datasets and iterate over them |
| - a tool to create and maintain datasets |
| - Version control of annotations and images |
| - Publication (with removal of sensitive information) |
| - Editing |
| - Joining and splitting |
| - Exporting, format changing |
| - Image preprocessing |
| - a dataset storage |
| - a tool to debug datasets |
| - A network can be used to generate |
| informative data subsets (e.g. with false-positives) |
| to be analyzed further |
| |
| ### Requirements |
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| - User interfaces |
| - a library |
| - a console tool with visualization means |
| - Targets: single datasets, composite datasets, single images / videos |
| - Built-in support for well-known annotation formats and datasets: |
| CVAT, COCO, PASCAL VOC, Cityscapes, ImageNet |
| - Extensibility with user-provided components |
| - Lightweightness - it should be easy to start working with Datumaro |
| - Minimal dependency on environment and configuration |
| - It should be easier to use Datumaro than writing own code |
| for computation of statistics or dataset manipulations |
| |
| ### Functionality and ideas |
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| - Blur sensitive areas on dataset images |
| - Dataset annotation filters, relabelling etc. |
| - Dataset augmentation |
| - Calculation of statistics: |
| - Mean & std, custom stats |
| - "Edit" command to modify annotations |
| - Versioning (for images, annotations, subsets, sources etc., comparison) |
| - Documentation generation |
| - Provision of iterators for user code |
| - Dataset downloading |
| - Dataset generation |
| - Dataset building (export in a specific format, indexation, statistics, documentation) |
| - Dataset exporting to other formats |
| - Dataset debugging (run inference, generate dataset slices, compute statistics) |
| - "Explainable AI" - highlight network attention areas ([paper](https://arxiv.org/abs/1901.04592)) |
| - Black-box approach |
| - Classification, Detection, Segmentation, Captioning |
| - White-box approach |
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| ### Research topics |
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| - exploration of network prediction uncertainty (aka Bayessian approach) |
| Use case: explanation of network "quality", "stability", "certainty" |
| - adversarial attacks on networks |
| - dataset minification / reduction |
| Use case: removal of redundant information to reach the same network quality with lesser training time |
| - dataset expansion and filtration of additions |
| Use case: add only important data |
| - guidance for key frame selection for tracking ([paper](https://arxiv.org/abs/1903.11779)) |
| Use case: more effective annotation, better predictions |
|
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| ## RC 1 vision |
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| In the first version Datumaro should be a project manager for CVAT. |
| It should only consume data from CVAT. The collected dataset |
| can be downloaded by user to be operated on with Datumaro CLI. |
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| <!--lint disable fenced-code-flag--> |
| ``` |
| User |
| | |
| v |
| +------------------+ |
| | CVAT | |
| +--------v---------+ +------------------+ +--------------+ |
| | Datumaro module | ----> | Datumaro project | <---> | Datumaro CLI | <--- User |
| +------------------+ +------------------+ +--------------+ |
| ``` |
| <!--lint enable fenced-code-flag--> |
|
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| ### Interfaces |
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| - [x] Python API for user code |
| - [x] Installation as a package |
| - [x] A command-line tool for dataset manipulations |
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| ### Features |
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| - Dataset format support (reading, writing) |
| - [x] Own format |
| - [x] CVAT |
| - [x] COCO |
| - [x] PASCAL VOC |
| - [x] YOLO |
| - [x] TF Detection API |
| - [ ] Cityscapes |
| - [ ] ImageNet |
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| - Dataset visualization (`show`) |
| - [ ] Ability to visualize a dataset |
| - [ ] with TensorBoard |
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| - Calculation of statistics for datasets |
| - [x] Pixel mean, std |
| - [x] Object counts (detection scenario) |
| - [x] Image-Class distribution (classification scenario) |
| - [x] Pixel-Class distribution (segmentation scenario) |
| - [ ] Image similarity clusters |
| - [ ] Custom statistics |
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| - Dataset building |
| - [x] Composite dataset building |
| - [x] Class remapping |
| - [x] Subset splitting |
| - [x] Dataset filtering (`extract`) |
| - [x] Dataset merging (`merge`) |
| - [ ] Dataset item editing (`edit`) |
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| - Dataset comparison (`diff`) |
| - [x] Annotation-annotation comparison |
| - [x] Annotation-inference comparison |
| - [x] Annotation quality estimation (for CVAT) |
| - Provide a simple method to check |
| annotation quality with a model and generate summary |
| |
| - Dataset and model debugging |
| - [x] Inference explanation (`explain`) |
| - [x] Black-box approach ([RISE paper](https://arxiv.org/abs/1806.07421)) |
| - [x] Ability to run a model on a dataset and read the results |
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| - CVAT-integration features |
| - [x] Task export |
| - [x] Datumaro project export |
| - [x] Dataset export |
| - [x] Original raw data (images, a video file) can be downloaded (exported) |
| together with annotations or just have links |
| on CVAT server (in future, support S3, etc) |
| - [x] Be able to use local files instead of remote links |
| - [ ] Specify cache directory |
| - [x] Use case "annotate for model training" |
| - create a task |
| - annotate |
| - export the task |
| - convert to a training format |
| - train a DL model |
| - [x] Use case "annotate - reannotate problematic images - merge" |
| - [x] Use case "annotate and estimate quality" |
| - create a task |
| - annotate |
| - estimate quality of annotations |
| |
| ### Optional features |
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|
| - Dataset publishing |
| - [ ] Versioning (for annotations, subsets, sources, etc.) |
| - [ ] Blur sensitive areas on images |
| - [ ] Tracking of legal information |
| - [ ] Documentation generation |
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| - Dataset building |
| - [ ] Dataset minification / Extraction of the most representative subset |
| - Use case: generate low-precision calibration dataset |
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| - Dataset and model debugging |
| - [ ] Training visualization |
| - [ ] Inference explanation (`explain`) |
| - [ ] White-box approach |
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| ### Properties |
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| - Lightweightness |
| - Modularity |
| - Extensibility |
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