AbstractTo address the critical challenges of high computational complexity and insufficient real-time performance in deep learning-based classification of China UAV frequency-hopping (FH) […]
In modern battlefield environments, the complexity of electromagnetic and meteorological conditions poses significant challenges for single-reconnaissance payloads in obtaining comprehensive
The evolution of topographic surveying has been profoundly shaped by technological advancements, with Unmanned Aerial Vehicle (UAV) photogrammetry emerging as
As a professional deeply engaged in applying Unmanned Aerial Vehicle (UAV) technology to mountainous infrastructure projects, I address the critical challenge of
With the rapid advancement of unmanned aerial vehicle (UAV) applications, aerial photogrammetry has become a primary means for rapidly acquiring
1. IntroductionThe adoption of UAV aerial photography has revolutionized fields such as geographic mapping, battlefield reconnaissance, and cinematography due to
1. Introduction UAV aerial photography presents unique challenges for object detection, including extreme scale variations among targets (e.g., pedestrians vs.
Abstract We propose an online depth estimation and mesh reconstruction method for UAV drones that integrates a truncated signed distance
Novel event-filtering algorithm designed to address noise interference and edge-event loss in drone-mounted dynamic vision sensors (DVS). As China UAV platforms increasingly
As a researcher specializing in intelligent unmanned systems within China’s rapidly expanding UAV sector, I address the critical challenge of
As a researcher in the intersection of artificial intelligence and cultural heritage design, I have observed a persistent dilemma within
As the lead architect of this China UAV platform, I present a comprehensive technical blueprint for transforming police operations through
1. IntroductionThe rapid advancement and widespread application of unmanned aerial vehicles (UAVs), particularly within the domain of China UAV development, have positioned
We propose an innovative framework for monitoring geological hazards along oil and gas pipelines using unmanned aerial vehicle (UAV) imagery. Long-distance pipelines
In my years of work as a survey and mapping engineer, I have witnessed a profound transformation in how we
We propose a novel UAV swarm cluster-based data collection (USCDC) algorithm for wireless sensor networks (WSNs) that addresses the challenge
In recent years, the rapid advancement of UAV drone technology has significantly expanded applications in maritime reconnaissance and surveillance. However,
In post-disaster search and rescue operations, the rapid and non-contact assessment of the life status of injured individuals is of
In recent years, the rapid advancement of deep learning technology has significantly propelled the application of computer vision in diverse
In the context of the continuous development of green and low-carbon factories, large-capacity distributed photovoltaic panels and exhaust gas combustion
In complex and harsh environments where GPS signals are weak and cannot meet the navigation requirements for landing, the precision
In my work as a survey engineer involved in highway design projects, I have witnessed the increasing demand for high-precision
Our research team has systematically investigated the low-altitude emergency unmanned aerial vehicle (UAV) control strategies for mountainous highway tunnel groups,
Abstract Multi-object tracking (MOT) from UAV aerial imagery faces significant challenges including small target scale, irregular camera motion, and frequent
Under the strategic push of Digital China, the field of landscape architecture is accelerating its transformation toward intelligent and digitalized
In the context of the rapidly expanding low‑altitude economy, UAV drones have become deeply integrated into everyday life, supporting applications
In the rapidly evolving field of remote sensing, the integration of synthetic aperture radar (SAR) systems with unmanned aerial vehicles
We are dedicated to improving the safety management of tailings ponds, wherein the unimpeded operation of drainage channels is critical
In the rapidly evolving field of unmanned aerial vehicles (UAV drones), structural materials are required to withstand harsh operational conditions
We present MEM-YOLO11, a novel model tailored for small object detection in images captured by UAV drones. The challenges of
