Integrating Eye-Tracking Data for Improved Interpretation of X-Rays

Integrating Eye-Tracking Data for Improved Interpretation of X-Rays

Developing AI algorithms that are more “human-centered” is a key goal in the field of radiology. A recent study conducted by researchers in Lisbon, Portugal, suggests that integrating eye-tracking data into deep learning AI algorithms could be the solution. By mapping how radiologists interpret x-rays through eye-gaze data, these algorithms can become more interpretable and transparent in their decision-making processes.… Read the rest

Controlling Object Trajectories in Synthesized Videos Made Easier

Controlling Object Trajectories in Synthesized Videos Made Easier

Researchers at NVIDIA research have introduced a breakthrough in generating videos based on textual prompts by allowing users to control the trajectory and behavior of objects in the synthesized videos. This innovative approach provides a high-level interface through which users can specify the position of an object at various points in the video by providing bounding boxes (bboxes) and corresponding text prompts.… Read the rest

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