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High School Student Discovers 1.5 Million Potential New Astronomical Objects by Developing an A.I. AlgorithmPaz and Kirkpatrick continued working together after the summer to perfect the model, which ultimately flagged 1.5 million potential new objects, including supernovas and black holes.
Plants are amazing! Especially when we look at their life cycle, from first growth to reproduction. It all starts with a seed that cracks open and starts to grow when it has the right amount of ...
Abstract: Land surface temperature (LST) is a key factor in monitoring and improving thermal environments. However, conventional LST retrieval algorithms have not sufficiently accounted for the cavity ...
This project is a C++ program designed to investigate the efficiency and computational complexity of selected sorting algorithms. It provides implementations, benchmarking, and interactive testing for ...
Such a system contains multiple unreliable resources. It is known that perfect activity circuits (PACs) are important structural objects in Petri nets. We define a new one called the maximally ...
Rendering 3D B-splines in C++ using Qt, OpenGL and Eigen ... Then, these Bézier curves are glued together to form the final curve, the B-spline. The algorithm for the generation of the curves can be ...
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