In the world of complex systems, ensuring safety and adherence to constraints is paramount. This is where Positive Invariant (PI) sets come into play. They are crucial for maintaining the stability and safety of dynamical systems. Traditionally, synt
Imagine a world where artificial intelligence can seamlessly navigate the intricate tapestry of real-world audio-visual events. A world where AI doesn’t just see or hear, but truly understands the complex, dynamic scenarios unfolding in videos. This
Imagine capturing a stunning concert performance, only to find your photos marred by unwanted glare and haze. This isn’t just a photographer’s nightmare; it’s a persistent problem in compact optical systems, from single-lens cameras to cutting-edge m
Imagine creating lifelike 4D avatars from simple text descriptions, with seamless motion and stunning visual fidelity. This isn’t a distant dream but a reality thanks to TriDiff-4D, a groundbreaking innovation in 4D generative modeling. Developed by
Imagine being able to pinpoint the exact objects involved in a collision just by listening to the sound. That’s the fascinating goal of a new research task called Collision Sound Source Segmentation (CS3). This innovative approach aims to segment the
Imagine an artist painting a landscape, constantly reflecting on their strokes, adjusting the colors, and planning the next brushstrokes all in one fluid motion. This seamless interplay between creation and reflection is exactly what researchers have
In the rapidly evolving world of connected cyber-physical systems, the ability to perform real-time inference based on multiple data streams is becoming increasingly crucial. However, these systems often face the challenge of uncertain communication
In the rapidly evolving landscape of machine learning and computer vision, the concept of dataset distillation has emerged as a compelling area of research. This innovative approach aims to condense the essence of large datasets into a small set of s
In the realm of audio-visual technology, the task of generating synchronized video from sound, known as Sounding Video Generation (SVG), has long been a formidable challenge. The primary hurdles include the structural misalignment between audio and v
In a groundbreaking study, Shinjirou Kouzuma has introduced a novel method for estimating the fill-out factor of overcontact binary systems using the derivatives of light curves. This innovative approach leverages the intricate details of light curve
