low altitude UAV

In recent years, unmanned aerial vehicle (UAV) technology has advanced rapidly, with global drone numbers growing exponentially and application fields […]

Low altitude drones have become indispensable tools for efficient geospatial data acquisition. However, conventional route planning methods often neglect the

Point cloud semantic segmentation presents unique challenges due to the irregular, unordered nature of 3D spatial data. To address this,

With the emergence of low-altitude economies, low-altitude airspace has become increasingly pivotal for urban transportation revolution. Unmanned aerial vehicles (UAVs)

Low-altitude airspace refers to areas extending up to 1,000 meters vertically above ground level, potentially stretching to 3,000 meters depending

Unmanned aerial vehicle (UAV) technology has revolutionized sectors like surveying, logistics, and emergency response. However, low altitude drone swarms face

Low altitude drones represent the core carrier and primary driving force in the emerging low-altitude economy. This strategic industry synergizes

Urban air mobility (UAM) represents a transformative approach to urban transportation, with vertical takeoff and landing (VTOL) low altitude drones

The low-altitude economy represents a strategic emerging industry with transformative potential, where low altitude drones serve as critical enablers across

The integration of low-altitude economy principles into port operations represents a fundamental shift in maritime logistics. Low-altitude economy leverages aerial

The rapid development of low altitude economies has positioned low altitude UAV logistics as a transformative force in supply chain

Low altitude drone remote sensing technology revolutionizes water conservancy engineering surveying by offering unparalleled efficiency, high-resolution data capture, and minimal

With rapid socioeconomic and technological advancements, surveying accuracy requirements across industries have intensified significantly. The integration of low altitude drone

The rapid development of low-altitude economies necessitates robust solutions for low altitude UAV operations, requiring both high-reliability communication and effective

In recent years, the rapid development of 6G networks, low-altitude flight technologies, and the low-altitude economy has positioned low altitude

Traditional security systems exhibit significant limitations in monitoring low altitude UAVs due to coverage gaps and technical constraints. This research

Dam monitoring and vulnerability assessment are critical for disaster prevention and human safety. Due to their large dimensions and inaccessible

In karst mountainous regions, dangerous rock masses on high and steep slopes pose severe threats due to their sudden instability,

The rapid expansion of low-altitude economies has positioned low altitude drones as critical technological enablers. Low-altitude airspace typically extends up

Maintaining precise path following for low altitude drones in time-varying wind environments presents significant challenges due to unpredictable aerodynamic disturbances.

The proliferation of low altitude UAVs presents unprecedented security challenges in urban environments. These systems leverage cost-effectiveness and operational flexibility

Detecting low-altitude group targets like migrating bird flocks or unmanned aerial vehicle (UAV) swarms is critical for both civilian and

Traditional open-pit mine monitoring relies on manual surveying and low-resolution imagery, resulting in inefficient resource management and limited accuracy. Low

Urban air mobility is rapidly evolving, with low altitude drones playing a pivotal role in solving last-mile delivery inefficiencies. These

Inspired by information theory, we address beam training and target localization/tracking challenges in millimeter-wave (mmWave) low altitude UAV scenarios. We

The rapid expansion of low altitude economies has ushered in unprecedented integration of unmanned aerial vehicles (UAVs) into commercial and

Target detection in low altitude drone operations faces significant challenges including mutual occlusion, small pixel coverage, and complex backgrounds. Conventional

Railway inspection represents a critical application scenario within the low-altitude economy, leveraging low altitude drones to enhance safety and efficiency.

This paper presents a six-element stereo array system for detecting and positioning low-altitude drones using acoustic-seismic signals. The system combines