Autonomous

In the rapidly evolving landscape of autonomous vehicle technology, researchers are continually pushing the boundaries of precision and stability in trajectory tracking. A recent study by Shantanu Rahman, Nayeb Hasin, Mainul Islam, and Golam Sarowar

The rapid evolution of autonomous vehicles has expanded their applications beyond personal transportation, reaching into industrial automation, precision agriculture, and military logistics. Central to their functionality is the local planner, which

In the realm of multi-robot exploration (MRE), the ability to operate efficiently under communication constraints is crucial for tasks such as search-and-rescue, stealth, and military operations. Traditional approaches to MRE often fall into two cate

As semi-autonomous vehicles become increasingly integral to various sectors—from mining and logistics to defence—the need for a robust framework to analyse driver interactions with these advanced systems has never been more critical. A recent study b

The rapid advancements in artificial intelligence and machine learning are transforming various sectors, particularly in the realm of autonomous systems (AS). These systems, which include automated robotic weapons and driverless vehicles, are reshapi

In the rapidly evolving field of autonomous robotics, the integration of advanced sensor technology is being driven by both legislative mandates and consumer demands for enhanced safety and reliability. This trend is transforming the landscape of rob

The rapid proliferation of autonomous systems across various sectors, including industry, healthcare, logistics, and domestic environments, has introduced a new set of security challenges. These systems, particularly those operating in human-interact

In the rapidly evolving field of autonomous systems, multi-robot formations are becoming increasingly critical for defence and security applications. Researchers Chaz Cornwall and Jeremy P. Bos have developed a novel approach to formation planning th

Researchers from the University of California, Berkeley, have developed a game-theoretic approach to multi-robot coordination in adversarial environments, offering promising applications for military and security operations. The team, led by James Be

Researchers Theodore Nye-Matthew and Xinhua Wang, affiliated with the University of Liverpool, have delved into the innovative realm of vertical take-off and landing (VTOL) aircraft with their recent study on a middle-size tilt-rotor quadrotor design