Mobile laser scanning is an emerging technology capable of capturing three-dimensional
data from surrounding objects. With state-of-the-art sensors, the achieved point clouds …

During recent decades, the use of high-resolution light detection and ranging altimetry
(LiDAR) data in fluvial studies has rapidly increased. Airborne laser scanning (ALS) can be …

Road safety inspection is currently carried out by time-consuming visual inspection. The
latest mobile map** systems provide an efficient technique for acquiring very dense point …

This paper presents a novel low-cost mini-UAV-based laser scanning system, which is also
capable of performing car-based mobile map**. The quality of the system and its …

Accurate terrain models are a crucial component of studies of river channel evolution. In this
paper we describe a new methodology for creating high-resolution seamless digital terrain …

Accurate road environment information is needed in applications such as road maintenance
and virtual 3D city modelling. Vehicle-based laser scanning (VLS) can produce dense point …

Automated processing of the data provided by a laser-based mobile map** system will be
a necessity due to the huge amount of data produced. In the future, vehicle-based laser …

The intensity data produced by terrestrial laser scanners has become a topic of increasing
interest in the remote sensing community. We present a case study of radiometric calibration …

The performance of various mobile laser scanning systems was tested on an established
urban test field. The test was connected to the European Spatial Data Research (EuroSDR) …

The boat‐based, mobile map** system (BoMMS) with a laser scanner allows the
derivation of detailed riverine topographical data for fluvial applications. Combined with data …