A hybrid optimizer inspired by desert bushes and snow ablation outperforms seven metaheuristic algorithms across 30 UCI ...

In computer science, the research area of algorithms investigates formal procedures for solving computational problems, emphasizing correctness, efficiency, and resource optimization. It encompasses ...

A new deep learning framework detects violent incidents in real surveillance footage with 90 percent accuracy while running ...

Optimizing continuous problems that combine rotated, non-separable, and multimodal landscapes under a limited budget of function evaluations is difficult. Most Differential Evolution (DE) methods use ...

This paper proposes a trajectory-tracking PID (TTPID) controller optimized using Success-History Based Adaptive Differential Evolution (SHADE) and its improved variant Linear Population Size Reduction ...

Hurricane forecasters are increasingly using artificial intelligence to make predictions — and they say the technology is ...

Photo illustration by Jane Stockdale for The New York Times Supported by We asked 100 scientists about unsolved problems in their fields. They sent back provocations — on the origins of life, the ...

OpenAI’s bumper crop of 722 math papers wowed and worried the research community—and cryptographers are split over whether the algorithms that protect our texts and bank log-ins are next ...

Finding a path through a maze is hard, even for quantum algorithms. A quantum computer can find the exit of a certain kind of ...

AI models are transforming hurricane forecasting. They provided some of the most accurate predictions of the track of Hurricane Isaias.

Breaking down this year’s Nobel Prize–winning science, from switching brain cells on and off with light to catching cosmic neutrinos in Antarctic ice to building mirror-image molecules. Plus, a ...