Popular Computer Vision Datasets for Image Segmentation

Cityscapes

Dataset link: https://www.cityscapes-dataset.com/

The Cityscapes dataset is entirely oriented towards the semantic analysis of the scene in the urban environment. It consists of five thousand higher resolution images and pixel-level tags as well as twenty thousand weak annotations. The images are captured in 50 different cities under various weather conditions, and there are ample data available for activities such as semantic segmentation, instance segmentation, and object detection in the urban setting.

ADE20K

Dataset link: https://groups.csail.mit.edu/vision/datasets/ADE20K/

ADE20K from the MIT Scene Parsing Benchmark is another dataset with more than 20,000 images, shared for scenes and objects. Every picture is provided with pixel-level density of objects and/or stuff. Some tasks that the dataset is used for include scene understanding, objects’ detection and instance segmentation.

CamVid

Dataset link: https://groups.csail.mit.edu/vision/datasets/ADE20K/

CamVid database is a driving video sequences labeled for each pixel in terms of the object class semantics. It has high image resolution with 701 color images labeled on the pixel level for thirty-two classes. This dataset is used for conducting research in autonomous driving and gives a real taste of semantic segmentation.

Dataset for Computer Vision

Computer Vision is an area in the field of Artificial Intelligence that enables machines to interpret and understand visual information. As in case of any other AI application, Computer vision also requires huge amount of data to give accurate results. These datasets provide all the necessary training material for these algorithms.

A dataset that will well-prepared and maintained will allow the model to learn from examples, recognize pattern and then make predictions about the unseen data. Therefore, the quality of datasets matters a lot, as it impacts the performance and robustness of computer vision applications.

Similar Reads

Types of Datasets in Computer Vision

The field of Computer Vision is vast and it can include various applications that make human life easier. To fulfill the different requirements of these applications, there can be various categories of datasets based on the type of visual data they contain....

Popular Computer Vision Datasets for Image Classification

ImageNet...

Popular Computer Vision Datasets for Object Detection

COCO (Common Objects in Context)...

Popular Computer Vision Datasets for Image Segmentation

Cityscapes...

Popular Computer Vision Datasets for Face Recognition

LFW (Labeled Faces in the Wild)...

Popular Computer Vision Datasets for Human Pose Estimation

MPII Human Pose Dataset...

Popular Computer Vision Datasets for Autonomous Driving

KITTI...

Popular Computer Vision Datasets for Medical Imaging

ChestX-ray14...

Applications of Computer Vision Datasets

Datasets for Computer Visions can be used in various applications that uses AI to enhance it’s working and accuracy....

Challenges with Computer Vision Datasets

Data Quality: Computer vision tasks need high-quality annotated data because it is critical to avoid errors. In some cases such as disease detection, poor quality data that lead to inaccurate models which critical considering patient’s health. Bias and Fairness: It important that diverse scenarios are included in the dataset. This will help to prevent biased models which perform poorly on underrepresented groups. Scalability: When you have large dataset, you will need substantial storage and computational resources. This can be a barrier for many researchers. Privacy and Ethics: When you collect visual data, it might raise privacy concerns and ethical issues that must be addressed. This can happen especially if people are involved....

Conclusion

By now you should’ve understood the role of datasets in computer vision research and development. They are not only essential for training and testing but also creating accurate models(if large dataset is given). There are many challenges that are currently faced by researcher in collecting and maintaining the data. However, with the advancements in the field of AI, many techniques are being developed to make this process smooth and quicker....