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It was published in Document Analysis and Recognition - ICDAR 2023 conference. The code is based on the MMDetection Framework. CACHED is associated with PaddleOCR to perform Optical Character Recognition (OCR). PaddleOCR is an ultra lightweight OCR system by Baidu. This model is ready for commercial use. ## Third-Party Community Consideration This model is not owned or developed by NVIDIA. This model has been developed and built to a third-party’s requirements for this application and use case; see links to Non-NVIDIA [Context-Aware Chart Element Detection GitHub](https://github.com/pengyu965/ChartDete) and [PaddleOCR Toolkit](https://github.com/PaddlePaddle/PaddleOCR). ### Terms of use CACHED is licensed under [MIT](https://opensource.org/license/mit). PaddleOCR is licensed under [Apache-2](https://www.apache.org/licenses/LICENSE-2.0). **You are responsible for ensuring that your use of models complies with all applicable laws.** ### References - CACHED - [Github](https://github.com/pengyu965/ChartDete) - [Arxiv](https://arxiv.org/abs/2305.04151) - PaddleOCR - [Github](https://github.com/PaddlePaddle/PaddleOCR/blob/main/README_en.md) - [Arxiv](https://arxiv.org/abs/2206.03001) ## Model Architecture - CACHED - **Architecture Type:** Region-Based Convolutional Neural Network (R-CNN) - **Network Architecture:** Cascade with local-global context fusion module - PaddleOCR - **Architecture Type for Text Detector:** CNN - **Network Architecture for Text Detector:** LK-PAN - **Architecture Type for Text Recognition:** Hybrid Transformer CNN - **Network Architecture for Text Recognition:** SVTR-LCNet (NRTR Head and CTCLoss head) ## Input **Input Type(s):** Image
**Input Format(s):** Red, Green, Blue (RGB)
**Input Parameters:** Two Dimensional (2D)
**Other Properties Related to Input:** Expected input is a nd array image of shape `[Channel, Width, Height]`, or a nd array batch of image of shape `[Batch, Channel, Width, Height]`.
## Output **Output Type(s):** Text associated to each of the following classes : `"chart_title", "x_title", "y_title", "xlabel", "ylabel", "other", "legend_label", "legend_title", "mark_label", "value_label"`
**Output Format:** Dict of String
**Output Parameters:** 1D
**Other Properties Related to Output:** None
**Supported Hardware Microarchitecture Compatibility:** NVIDIA Ampere, NVIDIA Hopper, NVIDIA Lovelace
## Supported Operating System(s): * Linux
## Model Version(s): * university-at-buffalo/cached
## Training Dataset: None of the models were trained by NVIDIA. - PubMed Central (PMC) Chart Dataset - **Link:** https://chartinfo.github.io/index_2022.html. No nSpect ID. - **Data Collection Method:** Automated, Human - **Labeling Method**: Human - **Description:** A real-world dataset collected from PubMed Central Documents and manually annotated, released in the ICPR 2022 CHART-Infographic competition. There are 5614 images for chart element detection, 4293 images for final plot detection and data extraction, and 22924 images for chart classification. - Text detection and recognition datasets - **Link:** Refer to https://github.com/PaddlePaddle/PaddleOCR. No nSpect ID. - **Data Collection Method:** Human, Synthetic, Unknown - **Labeling Method**: Human, Synthetic, Unknown - **Description:** PaddleOCR is trained on a collection of OCR datasets which includes: LSVT (Sun et al. 2019), RCTW-17 (Shiet al. 2017), MTWI 2018 (He and Yang 2018), CASIA-10K (He et al. 2018), SROIE (Huang et al. 2019), MLT 2019 (Nayef et al. 2019), BDI (Karatzas et al. 2011), MSRATD500 (Yao et al. 2012) and CCPD 2019 (Xu et al. 2018). ## Inference: **Engine:** Tensor(RT)
**Test Hardware:** Tested on all supported hardware listed in compatibility section
## Ethical Considerations: NVIDIA believes Trustworthy AI is a shared responsibility and we have established policies and practices to enable development for a wide array of AI applications. When downloaded or used in accordance with our terms of service, developers should work with their internal model team to ensure this model meets requirements for the relevant industry and use case and addresses unforeseen product misuse. 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" } } ] } ] } 59:["$","$L63",null,{"spec":{"openAPISpec":{"openapi":"3.1.0","info":{"title":"NeMo Retriever CACHED","description":"Context-Aware Chart Element Detection","version":"0.2.1-rc0"},"paths":{"/v1/infer":{"post":{"summary":"Post V1 Infer","operationId":"post_v1_infer_v1_infer_post","requestBody":{"content":{"application/json":{"schema":{"$ref":"#/components/schemas/CachedRequest"}}},"required":true},"responses":{"200":{"description":"Successful Response","content":{"application/json":{"schema":{"$ref":"#/components/schemas/CachedResponse"}}}},"422":{"description":"Validation Error","content":{"application/json":{"schema":{"$ref":"#/components/schemas/HTTPValidationError"}}}}},"x-nvai-meta":{"name":"Inference model on image","returns":"Returns a object list.\n","path":"create","examples":[{"name":"Image from example","input":{"image":"https://assets.ngc.nvidia.com/products/api-catalog/cached/cached1.jpg"},"requestJson":"$64","responseJson":"{\n \"object\": \"list\",\n \"data\": [\n {\n \"index\": 0,\n \"content\": {\n \"x_title\": \"Planetary Magnetic Field Strength [nT]\",\n \"y_title\": \"Relative Escape Rate\",\n \"plot_area\": \"\",\n \"other\": \"Egan et al.,2019 - IV.Models\",\n \"xlabel\": \"0 - 20 - 40 - 60 - 80 - 100 - 120140 - 120140 - 160\",\n \"ylabel\": \"1.0 - 1.5 - 2.0 - 2.5 - 3.0\",\n \"chart_title\": \"Magnetic field influence on escape is not so simple!\",\n \"x_tick\": \"\",\n \"y_tick\": \"\",\n \"legend_patch\": \"\",\n \"legend_label\": \"O2 - O\",\n \"legend_title\": \"\",\n \"legend_area\": \"\",\n \"mark_label\": \"\",\n \"value_label\": \"\",\n \"y_axis_area\": \"\",\n \"x_axis_area\": \"\",\n \"tick_grouping\": \"\",\n \"bar\": \"\"\n },\n \"object\": \"string\"\n }\n ],\n \"model\": \"university-at-buffalo/cached\",\n \"usage\": {}\n}\n"},{"name":"Image from example","input":{"image":"https://assets.ngc.nvidia.com/products/api-catalog/cached/cached2.jpg"},"requestJson":"$65","responseJson":"{\n \"object\": \"list\",\n \"data\": [\n {\n \"index\": 0,\n \"content\": {\n \"x_title\": \"Cases have average 50 with a st.dev.of 15. Value-log scale\",\n \"y_title\": \"Number of Observations-log\",\n \"plot_area\": \"\",\n \"other\": \"Log-log presentation of a random distribution - Cases have average 50 with a st.dev.of 15.\",\n \"xlabel\": \"0 - 10 - 50 - 100\",\n \"ylabel\": \"10 - 50 - 100\",\n \"chart_title\": \"Log-LogPresentation Log-log presentation of a random distribution\",\n \"x_tick\": \"\",\n \"y_tick\": \"\",\n \"legend_patch\": \"\",\n \"legend_label\": \"\",\n \"legend_title\": \"\",\n \"legend_area\": \"\",\n \"mark_label\": \"\",\n \"value_label\": \"\",\n \"y_axis_area\": \"\",\n \"x_axis_area\": \"\",\n \"tick_grouping\": \"\",\n \"bar\": \"\"\n },\n \"object\": \"string\"\n }\n ],\n \"model\": \"university-at-buffalo/cached\",\n \"usage\": {}\n}\n"}],"templates":[{"title":"Default","requestEjs":{"python":"import requests, base64\n\ninvoke_url = \"https://ai.api.nvidia.com/v1/cv/university-at-buffalo/cached\"\n\nwith open(\"cached1.png\", \"rb\") as f:\n image_b64 = base64.b64encode(f.read()).decode()\n\nassert len(image_b64) < 180_000, \\\n \"To upload larger images, use the assets API (see docs)\"\n\nheaders = {\n \"Authorization\": \"Bearer $NVIDIA_API_KEY\",\n \"Accept\": \"application/json\"\n}\n\npayload = {\n \"messages\": [\n {\n \"content\": [{\n \"type\": \"image_url\",\n \"image_url\": {\n \"url\": f\"data:image/png;base64,{image_b64}\"\n }\n }]\n }\n ]\n}\n\nresponse = requests.post(invoke_url, headers=headers, json=payload)\n\nprint(response.json())\n","node.js":"import axios from 'axios';\nimport { readFile } from 'node:fs/promises';\n\nconst invokeUrl = \"https://ai.api.nvidia.com/v1/cv/university-at-buffalo/cached\";\n\nconst headers = {\n \"Authorization\": \"Bearer $NVIDIA_API_KEY\",\n \"Accept\": \"application/json\"\n};\n\nreadFile(\"cached1.png\")\n .then(data => {\n const imageB64 = Buffer.from(data).toString('base64');\n if (imageB64.length > 180_000) {\n throw new Error(\"To upload larger images, use the assets API (see docs)\");\n }\n\n const payload = {\n \"messages\": [\n {\n \"content\": [{\n \"type\": \"image_url\",\n \"image_url\": {\n \"url\": `data:image/png;base64,${imageB64}`\n }\n }]\n }\n ]\n };\n\n return axios.post(invokeUrl, payload, { headers: headers, responseType: 'json' });\n })\n .then(response => {\n console.log(JSON.stringify(response.data));\n })\n .catch(error => {\n console.error(error);\n });\n","curl":"image_b64=$( base64 -i cached1.png )\n\naccept_header='Accept: application/json'\n\n# Construct the JSON payload\necho '{\n \"messages\": [\n {\n \"content\": [{\n \"type\": \"image_url\",\n \"image_url\": {\n \"url\": \"data:image/png;base64,'\"${image_b64}\"'\"\n }\n }]\n }\n ]\n}' > payload.json\n\ncurl https://ai.api.nvidia.com/v1/cv/university-at-buffalo/cached \\\n -H \"Authorization: Bearer $NVIDIA_API_KEY\" \\\n -H \"Content-Type: application/json\" \\\n -H \"$accept_header\" \\\n -d @payload.json\n"},"response":"{\n \"object\": \"list\",\n \"data\": [\n {\n \"index\": 0,\n \"content\": {\n \"x_title\": \"Planetary Magnetic Field Strength [nT]\",\n \"y_title\": \"Relative Escape Rate\",\n \"plot_area\": \"\",\n \"other\": \"Egan et al.,2019 - IV.Models\",\n \"xlabel\": \"0 - 20 - 40 - 60 - 80 - 100 - 120140 - 120140 - 160\",\n \"ylabel\": \"1.0 - 1.5 - 2.0 - 2.5 - 3.0\",\n \"chart_title\": \"Magnetic field influence on escape is not so simple!\",\n \"x_tick\": \"\",\n \"y_tick\": \"\",\n \"legend_patch\": \"\",\n \"legend_label\": \"O2 - O\",\n \"legend_title\": \"\",\n \"legend_area\": \"\",\n \"mark_label\": \"\",\n \"value_label\": \"\",\n \"y_axis_area\": \"\",\n \"x_axis_area\": \"\",\n \"tick_grouping\": \"\",\n \"bar\": \"\"\n },\n \"object\": \"string\"\n }\n ],\n \"model\": \"university-at-buffalo/cached\",\n \"usage\": {}\n}\n"}]}}},"/v1/health/live":{"get":{"summary":"Health Live","description":"Check if the service is running.","operationId":"health_live_v1_health_live_get","responses":{"200":{"description":"Successful Response","content":{"application/json":{"schema":{"$ref":"#/components/schemas/HealthLiveResponse"}}}}}}},"/v1/health/ready":{"get":{"summary":"Health Ready","description":"Check if the service is ready to recieve traffic.","operationId":"health_ready_v1_health_ready_get","responses":{"200":{"description":"Successful Response","content":{"application/json":{"schema":{"$ref":"#/components/schemas/HealthReadyResponse"}}}}}}},"/v1/metrics":{"get":{"summary":"Metrics","description":"Handler for metrics endpoint.","operationId":"metrics_v1_metrics_get","responses":{"200":{"description":"Successful Response","content":{"application/json":{"schema":{"type":"string","title":"Response Metrics V1 Metrics Get"}}}}}}},"/v1/license":{"get":{"summary":"License","description":"Handler for license endpoint.","operationId":"license_v1_license_get","responses":{"200":{"description":"Successful Response","content":{"application/json":{"schema":{"$ref":"#/components/schemas/LicenseEndpointModel"}}}}}}},"/v1/metadata":{"get":{"summary":"Metadata","description":"Handler for metadata endpoint.","operationId":"metadata_v1_metadata_get","responses":{"200":{"description":"Successful Response","content":{"application/json":{"schema":{"$ref":"#/components/schemas/MetadataEndpointModel"}}}}}}},"/v1/manifest":{"get":{"summary":"Manifest","description":"Handler for the manifest endpoint.","operationId":"manifest_v1_manifest_get","responses":{"200":{"description":"Successful Response","content":{"application/json":{"schema":{"$ref":"#/components/schemas/ManifestEndpointModel"}}}}}}}},"components":{"schemas":{"CachedImage":{"properties":{"type":{"type":"string","enum":["image_url"],"const":"image_url","title":"Type","default":"image_url"},"image_url":{"$ref":"#/components/schemas/CachedImageUrl"}},"type":"object","required":["image_url"],"title":"CachedImage"},"CachedImageUrl":{"properties":{"url":{"type":"string","title":"Url","description":"The URL of the image to be processed."}},"type":"object","required":["url"],"title":"CachedImageUrl"},"CachedMessage":{"properties":{"role":{"anyOf":[{"type":"string"},{"type":"null"}],"title":"Role","default":""},"content":{"items":{"$ref":"#/components/schemas/CachedImage"},"type":"array","minItems":1,"title":"Content"}},"type":"object","required":["content"],"title":"CachedMessage"},"CachedOutput":{"properties":{"x_title":{"anyOf":[{"type":"string"},{"type":"null"}],"title":"X Title","default":""},"y_title":{"anyOf":[{"type":"string"},{"type":"null"}],"title":"Y Title","default":""},"plot_area":{"anyOf":[{"type":"string"},{"type":"null"}],"title":"Plot Area","default":""},"other":{"anyOf":[{"type":"string"},{"type":"null"}],"title":"Other","default":""},"xlabel":{"anyOf":[{"type":"string"},{"type":"null"}],"title":"Xlabel","default":""},"ylabel":{"anyOf":[{"type":"string"},{"type":"null"}],"title":"Ylabel","default":""},"chart_title":{"anyOf":[{"type":"string"},{"type":"null"}],"title":"Chart Title","default":""},"x_tick":{"anyOf":[{"type":"string"},{"type":"null"}],"title":"X Tick","default":""},"y_tick":{"anyOf":[{"type":"string"},{"type":"null"}],"title":"Y Tick","default":""},"legend_patch":{"anyOf":[{"type":"string"},{"type":"null"}],"title":"Legend Patch","default":""},"legend_label":{"anyOf":[{"type":"string"},{"type":"null"}],"title":"Legend Label","default":""},"legend_title":{"anyOf":[{"type":"string"},{"type":"null"}],"title":"Legend 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Grouping","default":""},"bar":{"anyOf":[{"type":"string"},{"type":"null"}],"title":"Bar","default":""}},"type":"object","title":"CachedOutput"},"CachedRequest":{"properties":{"model":{"type":"string","enum":["university-at-buffalo/cached"],"const":"university-at-buffalo/cached","title":"Model","default":"university-at-buffalo/cached"},"messages":{"items":{"$ref":"#/components/schemas/CachedMessage"},"type":"array","maxItems":1,"minItems":1,"title":"Messages"}},"type":"object","required":["messages"],"title":"CachedRequest"},"CachedResponse":{"properties":{"object":{"type":"string","enum":["list"],"const":"list","title":"Object","default":"list"},"data":{"items":{"$ref":"#/components/schemas/CachedResponseItem"},"type":"array","title":"Data"},"model":{"type":"string","title":"Model"},"usage":{"anyOf":[{"type":"object"},{"type":"null"}],"title":"Usage"}},"type":"object","required":["data","model"],"title":"CachedResponse"},"CachedResponseItem":{"properties":{"index":{"type":"integer","title":"Index"},"content":{"$ref":"#/components/schemas/CachedOutput"},"object":{"type":"string","enum":["string"],"const":"string","title":"Object","default":"string"}},"type":"object","required":["index","content"],"title":"CachedResponseItem"},"HTTPValidationError":{"properties":{"detail":{"items":{"$ref":"#/components/schemas/ValidationError"},"type":"array","title":"Detail"}},"type":"object","title":"HTTPValidationError"},"HealthLiveResponse":{"properties":{"live":{"type":"boolean","title":"Live"}},"type":"object","required":["live"],"title":"HealthLiveResponse"},"HealthReadyResponse":{"properties":{"ready":{"type":"boolean","title":"Ready"}},"type":"object","required":["ready"],"title":"HealthReadyResponse"},"LicenseEndpointModel":{"properties":{"name":{"type":"string","title":"Name","description":"The 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required model artifacts."}},"type":"object","required":["manifest_file"],"title":"ManifestEndpointModel","description":"A model representing the manifest response."},"MetadataEndpointModel":{"properties":{"assetInfo":{"items":{"type":"string"},"type":"array","title":"Assetinfo","description":"A list of required container assets excluding model artifacts"},"licenseInfo":{"$ref":"#/components/schemas/LicenseEndpointModel","description":"The license info."},"modelInfo":{"items":{"$ref":"#/components/schemas/ModelInfo"},"type":"array","title":"Modelinfo","description":"A list of models being served by the NIM."},"version":{"type":"string","title":"Version","description":"The version of the NIM service."}},"type":"object","required":["assetInfo","licenseInfo","modelInfo","version"],"title":"MetadataEndpointModel","description":"A model representing the metadata response."},"ModelInfo":{"properties":{"modelUrl":{"type":"string","title":"Modelurl"},"shortName":{"type":"string","title":"Shortname"}},"type":"object","required":["modelUrl","shortName"],"title":"ModelInfo","description":"A model representing the model response."},"ValidationError":{"properties":{"loc":{"items":{"anyOf":[{"type":"string"},{"type":"integer"}]},"type":"array","title":"Location"},"msg":{"type":"string","title":"Message"},"type":{"type":"string","title":"Error Type"}},"type":"object","required":["loc","msg","type"],"title":"ValidationError"}}}},"namespace":"qc69jvmznzxy","updatedDate":"2026-04-16T19:29:14.222Z","nvcfFunctionId":"bf857a82-f21a-41b1-883f-e3920e32080f","createdDate":"2024-11-22T17:15:02.135Z","attributes":{"apiDocsUrl":"https://docs.nvidia.com/nim/ingestion/chart-extraction/latest/api-reference.html","termsOfUse":"GOVERNING TERMS: The trial service is governed by the NVIDIA API Trial Terms of Service; and the use of this model is governed by the NVIDIA Evaluation License Agreement. Additional Information: MIT License.\n","deprecationNotice":"This API will be deprecated on 04/15/2026. It will no longer be supported after 04/15/2026. Please transition to another model to avoid any service interruptions. For more information, visit our API Reference.","showUnavailableBanner":false,"cta":{"text":"Apply to Self-Host","url":"https://www.nvidia.com/en-us/ai/nim-notifyme/"}},"artifactName":"cached"}}]