Gait is commonly defined as the movement pattern of the limbs over a hard substrate, and it serves as a source of identification information for various computer-vision and image-understanding techniques. A variety of parameters, such as human clothing, angle shift, walking style, occlusion, and so on, have a significant impact on gait-recognition systems, making the scene quite complex to handle. In this article, we propose a system that effectively handles problems associated with viewing a...| MDPI
Autonomous cars have achieved exceptional growth in the automotive industry in the last century in terms of reliability, safety and affordability. Due to significant advancements in computing, communication and other technologies, today we are in the era of autonomous cars. A number of prototype models of autonomous cars have been tested covering several miles of test drives. Many prominent car manufacturers have started investing huge resources in this technology to make it commercialize in ...| SpringerOpen
Introduction – The Rise of AVs and New Security Concerns Autonomous vehicles (AVs) – from self-driving cars to robo-taxis – are no longer sci-fi; they’re growing rapidly on our roads. With this growth comes a new focus on autonomous vehicle cybersecurity. Modern AVs are essentially computers on wheels, packed with sensors and connected tech, which […]| DPV Transportation – Ground Transportation Services
Note: This is an intermediate-level article. While we’ve done our best to explain things simply, some concepts may still feel advanced. If you’re new to the topic of autonomous vehicles, we recommend starting with this beginner-friendly guide: How Self-Driving Cars Work – A Step-by-Step Guide for Everyone. In the fast-evolving world of autonomous vehicles, from […]| DPV Transportation – Ground Transportation Services
Ever wondered how a car can drive itself? You’re not alone. “How Self-Driving Cars work?” is one of the most searched phrases in the world of modern mobility—and for good reason. From Hollywood sci-fi to highways in California, self-driving cars are no longer fiction. This post explains exactly how self-driving cars work—step by step—in simple, […]| DPV Transportation – Ground Transportation Services
Discover how autonomous vehicles use a sensor suite composed of cameras, LiDAR, RADAR, and other sensors to understand their surroundings. Learn how sensor fusion builds real-time maps, avoids collisions, and powers self-driving intelligence.| DPV transportation
