Abstract: This study examines the application of Large Reasoning Model (LRM)-based artificial intelligence (AI) agents to accelerate scientific discovery, with a specific focus on the rapid ...
Abstract: Efficient navigation in obstructed environments poses a significant challenge for autonomous robots, particularly in industrial settings where safe and effective movement through complex ...
Abstract: The paper proposed a new efficient optimization technique called the Multiobjective Liver Cancer Algorithm (MOLCA) as a solution to the combined heat and power economic emission dispatch ...
Abstract: In response to the fierce competition and low utilization of GPU memory resources in high concurrency vehicle detection tasks at electric vehicle charging stations, this paper proposes a ...
Abstract: This paper proposes A dynamic switching strategy based on Dijkstra algorithm and A * algorithm. By setting a threshold, the dynamic switching algorithm according to the distance can improve ...
Abstract: In this paper, a hybrid multi-period planning model combining GA-AM algorithm and Monte Carlo simulation is proposed for optimizing crop planting strategies. The study first constructs a ...
Picture an apple, any apple. As long as you don’t have aphantasia—the inability to visualize things in your mind’s eye—this suggestion triggers brain activity that’s surprisingly similar to what ...
Abstract: This paper introduces the Dynamic Efficient Distributed Performance Impact (DEDPI) algorithm for optimizing task allocation in multi-UAV systems operating in dynamic environments. The ...
Abstract: In automatic parking scenarios, obstacles on both sides of a target parking space (TPS) will degrade the feasibility and comfort of passengers boarding and alighting (CPBA) when the target ...
Unruly, undigital, and fiercely communal — the Gallagher Bros.' U.S. swing is everything our techno-entertainment world isn't. Which is exactly why we need them. By Steven Zeitchik Senior Editor, ...
LLM4AD is an open-source Python-based Platform leveraging Large Language Models (LLMs) for Automatic Algorithm Design (AD). Please refer to the paper [LLM4AD] for detailed information, including the ...