Latest

Cuboids annotation provides in-depth information to two-dimensional, flat images and videos for AI and machine learning. Humans are naturally very good at pattern recognition, and human eyes have depth perception. We also have a way of visualizing or understanding a part of an object, like a car or truck, that

Artificial Intelligence (AI) is improving how we do things in many ways. It changes how we interact, communicate, and learn. It is also evolving rescue operations. Rescue operations are much different today than before AI came along. Now, rescuers can know what's happening in an emergency without being

Agricultural robotics is a booming industry. Digital agriculture combines digital technologies, such as image annotation, sensors, and software. It helps to improve efficiency, sustainability, and profitability. The digital revolution is bringing a new era. Digital agriculture transforms the way we grow food and manage our environment. For example, farmers can

Smart cities are popping up in every corner of the world, changing how we live. In addition to intelligent traffic systems, smart cities use cameras that recognize objects and people. But what if you want your city's cameras to do more than recognize who's moving around?

Constant developments in digital technology have created a demand not only for qualified talent in the workforce, but also for students in pursuit of education related to this field. Survey results reveal the number of students enrolled in computer science programs in the US has tripled from 60,661 in

AI is changing the way that we travel. Autonomous vehicles are becoming commonplace on roads across the world, promising safer and more efficient travel in the future. AI is also making life easier for drivers by making in-cabin monitoring systems a reality. Object recognition and behavior monitoring capabilities ensure that

Object detection in images and videos is a widely studied and practiced in computer  vision. As the need for automation in image datasets is growing, it demands that the  objects present in images are accurately detected. The performance of these detections  solely depends on the quality of the dataset and