Drones in Emergency Medical Response: Integration, Challenges, and the Path Forward
The frequency and severity of natural and man-made disasters present a formidable challenge to global emergency medical services. In complex
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Distributed Control of Drone Formation Based on Port-Hamiltonian System Theory
The coordination and control of a drone formation presents a significant challenge in the field of autonomous systems. While centralized
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Monocular Vision-Based Speed Detection for Unmanned Drone Videos
In the realm of intelligent transportation systems, the monitoring and regulation of vehicle speed are paramount for ensuring road safety.
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The Firefighter’s Eye in the Sky: A Comprehensive Analysis of UAV Applications in Modern Firefighting and Rescue Operations
The landscape of emergency response is undergoing a profound transformation. As our cities grow denser and infrastructure becomes more complex,
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Drone Regulation Along Railway Corridors: Challenges, Analysis, and Countermeasures
As a researcher deeply involved in railway safety and unmanned aerial vehicle (UAV) management, I have witnessed the rapid proliferation
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Application of UAV LiDAR in High Slope Monitoring and Risk Identification
In the field of geotechnical engineering, high slopes are critical structures that require continuous surveillance to prevent catastrophic failures. Traditional
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IBS-Based Longitudinal Landing Control for Fixed-Wing Drones
Landing is widely recognized as the most critical and accident-prone phase in the entire flight mission of fixed-wing drones. Statistical
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A Formation Path-Following Method for Fixed-Wing UAVs Based on a Front-Positioned Moving Target
The coordinated flight of unmanned aerial vehicle (UAV) clusters is a cornerstone of modern aerial systems, finding critical applications in
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Military Drones: The Backbone of Modern ISR
In my analysis of contemporary military operations, I observe that unmanned aerial systems, specifically military drones, have fundamentally transformed the
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Application of China Drone Aerial Survey in Risk Assessment of Buildings Surrounding Large Fireworks Events
In my research on large-scale fireworks displays, I have recognized the critical need for accurate and efficient risk assessment of
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Improved Artificial Potential Field for Drone Formation Obstacle Avoidance
In recent years, the coordination and control of multi-drone systems have garnered significant attention due to their vast applications in
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UAV Aerial Survey in Engineering
From my perspective as a practitioner deeply involved in the integration of modern geomatics, the advent of Unmanned Aerial Vehicle
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Innovative Control Framework for Formation Drone Light Shows Using Enhanced Artificial Potential Fields
In recent years, formation drone light shows have captivated audiences worldwide, where multiple unmanned aerial vehicles (UAVs) coordinate to create
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Fire Drones in Forest Fire Patrol and Early Warning
As a researcher focused on leveraging technology for environmental protection, I have extensively studied the application of fire drones in
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Enhanced Attitude Control for Quadrotor Drones via an Advanced Fuzzy-PID Strategy
As a researcher deeply immersed in the field of unmanned aerial systems, I have dedicated considerable effort to addressing the
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Police UAVs: A Comprehensive Bibliometric Review of Research Landscape and Future Trajectories
The integration of Unmanned Aerial Vehicles (UAVs) into law enforcement, commonly termed police UAVs or police drones, represents a significant
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Collaborative Content Caching Optimization in UAV-Assisted Internet of Vehicle Based on NOMA
The rapid evolution of Intelligent Transportation Systems (ITS) and connected vehicles has ushered in an era of unprecedented convenience and
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Dynamic Region Focusing for Robust Long-Term Infrared Anti-UAV Tracking
The proliferation and misuse of unmanned aerial vehicles (UAVs) pose significant security threats to critical infrastructure, public safety, and privacy.
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Fixed-Wing Drone Aerial Image Acquisition Methodology
In recent years, the fixed-wing drone has been increasingly applied across various industries due to its low cost, high flexibility,
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Application of 5G Connected UAV Automatic Control System in Public Security
In the field of public security, traditional monitoring equipment often fails to provide timely and comprehensive situational awareness across large
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DDW-YOLO: An Improved YOLO11 Model for China UAV Maritime Search and Rescue Target Detection
In the event of maritime accidents, compared to traditional rescue vessels and aircraft, China UAV (unmanned aerial vehicle) systems demonstrate
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Drone Based Multispectral Imaging and VGG21 Model for Wheat Waterlogging Regulation Recognition
In my study, I developed a novel, non-destructive method for rapidly identifying waterlogging stress in wheat and evaluating the efficacy
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Operational Strategies for Civilian Drones in Low-Altitude Airspace
In recent years, the rapid advancement of civilian drones has revolutionized various sectors, from aerial photography and surveying to power
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Electrostatic Spray System for Agricultural Drones
In this article, I present the comprehensive development and rigorous testing of an electrostatic spray system specifically designed for agricultural
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Optimizing Police UAV Drones Patrol with Multimodal ALNS Algorithm
In contemporary public security operations, the complexity of urban environments demands advanced solutions for maintaining law and order. As a
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Seamless Navigation for UAV Drones in Complex Environments: A Matrix-Weighted Fusion Approach for GNSS/IMU/UWB Integration
The quest for reliable, continuous, and precise positioning for unmanned aerial vehicles (UAV drones) navigating across indoor and outdoor domains
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Advanced Trajectory Tracking for Quadrotor Drones under Dynamic Payloads
The control of unmanned aerial vehicles, specifically quadrotor drones, represents a significant area of research due to their unique capabilities
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Police Drones: A Bibliometric Review and Future Trajectories
This article presents a comprehensive bibliometric analysis and review of academic literature concerning police drones, utilizing data extracted from the
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DDW-YOLO: A Dynamic Convolution and Wasserstein Loss Enhanced Model for China Drone Maritime Search and Rescue Target Detection
When maritime accidents occur, the rapid deployment of China drone systems plays a pivotal role in locating survivors amidst vast
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UAV Drone Autonomous Path Planning Based on Dynamic Jump Point Search and Real-Time Obstacle Avoidance
In the context of autonomous flight, the ability of a UAV drone to plan a safe and efficient trajectory in