CCTv2s - Global License Plate Dataset (GlobalPlates)
Model Description
Fast & Lightweight License Plate OCR
This model has been optimized for deployment on Blaize Xplorer AI accelerators using the Blaize Picasso SDK, a key component for building, optimizing, and deploying graph-native AI applications on the Blaize Graph Streaming Processor (GSP) hardware. The GSP architecture features a unique graph-based design that optimizes performance, power efficiency, and reduces latency, designed specifically to deliver efficient edge AI inference.
Attribution: Weights from fast-plate-ocr. Architecture: Escaping the Big Data Paradigm with Compact Transformers, Hassani et al., 2021, https://arxiv.org/abs/2104.05704
Training Dataset
Name: Global License Plate Dataset (GlobalPlates)
Description: Large scale LPD/LPR dataset of 74 countries (5M+ images); images are not publicly available
This repository contains multiple quantization and input resolution variants:
Variant
Quantization
Input Resolution (W×H)
File
CCTv2s_GlobalPlates_bf16_128_64
BF16
128×64
CCTv2s_GlobalPlates_bf16_128_64.bm
Quantization Methods
INT8: Uses integer quantization with fixed-point scaling. Provides the fastest inference with reduced model size.
BF16: Uses bfloat16 datatype. Provides the highest precision.
AMP (Automatic Mixed Precision): Combines INT8 and BF16 to balance precision and inference speed.
Usage
These models are designed to be loaded and executed using the Blaize Picasso SDK. Refer to the Picasso SDK documentation for integration details. The modeltool utility can be used to inspect a model:
blaize-modeltool info -i hf://Blaize-AI/CCTv2s_GlobalPlates/CCTv2s_GlobalPlates_bf16_128_64.bm
Requirements
Blaize Xplorer AI accelerator
Blaize Picasso SDK installed and configured
Additional Information
For more information about Blaize technology, visit blaize.com.
License
The models provided are third party content licensed directly to you by the third-party developer. The license is provided above, and you are responsible for reviewing and complying with the license. Blaize has not modified any model source code but has performed hardware-specific optimizations to enable compatibility with Blaize hardware. Blaize's provision of these models does not imply Blaize's review, approval, or endorsement of the original model, or any affiliation with or certification by the model developer. Under no circumstances will Blaize be liable to you or to any third party in any way for the third-party models, including but not limited to for any claim, damages, or other liability, whether in an action of contract, tort or otherwise, arising from, out of or our in connection with the models, or use or other dealings with the model. Blaize provides no warranty of any kind or any assurances that the models provided do not infringe any patent, copyright, or any intellectual property rights of third parties. By downloading the models, you agree that you must evaluate, and bear all risks associated with, the use of the third party models, including any reliance on the accuracy, completeness, or usefulness of such third party content.
