This study explores the rapid growth in remote-sensing technologies for vegetation
mapping, driven by the integration of advanced machine learning techniques. An analysis of …

In order to provide a fast multi-UAV cooperative data acquisition approach for 3D building
model reconstruction in emergency management domain, a route planning methodology is …

Background The main obstacle for local and daily or weekly time-series mapping using very
high-resolution satellite imagery is the high price and availability of data. These constraints …

Accurate topographic surveys that rely on traditional field-based methods (eg Total Station
and Global Positioning System) are generally time consuming, challenging and costly …

La variabilidad climática plantea importantes retos que actualmente enfrentan los
ecosistemas forestales. Para mejorar el entendimiento de sus procesos vitales es necesario …

Abstrak Perkembangan Unmanned Aerial Vehicle (UAV) sebagai wahana dan kamera
digital non-metrik sebagai sensor semakin mempermudah dalam akuisisi data foto udara …

This paper presents a novel method for UAV-based 3D modeling of large infrastructure
objects, such as pipelines, canals and levees, that combines anomaly detection with …

Coastal management requires cost-effective, yet accurate, assessments of habitat condition,
especially in areas protected by statutory conservation measures. Unmanned Aerial …

Recently, UAVs (Unmanned Aerial Vehicles) gain a wider acceptance from many
disciplines. One major application is for monitoring and mapping. Flying beyond eye sight …

Fleet composition and vehicle spacing on roads are important inputs to mobile source
emission models and traffic planning. In this paper, we present a novel method that employs …