Over the 25 years since the introduction of analytical camera self-calibration there has been
a revolution in close-range photogrammetric image acquisition systems. High-resolution, …

Automatic camera calibration using self-calibration with the aid of coded targets is now very
much the norm in close-range photogrammetry. This is irrespective of whether the cameras …

A method for the removal of exterior orientation biases in rational function coefficients (RPCs)
for Ikonos imagery is developed. These biases, which are inherent in RPCs derived …

In the establishment of an optimal multi-station, non-topographic photogrammetric network,
a number of tasks need to be carried out at the planning stage. Based on a given set of user …

The demand for higher quality metric products from highresolution satellite imagery (HRSI)
is growing, and the number of HRSI sensors and product options is increasing. There is a …

The adoption of rational functions as a preferred sensor orientation model for narrow field of
view line scanner imagery accompanied the introduction of commercial high-resolution …

This paper presents an automatic building detection technique using LIDAR data and
multispectral imagery. Two masks are obtained from the LIDAR data: a ‘primary building mask’ …

The multi-epoch deformation monitoring of a series of super-hot steel beams by digital close-range
photogrammetry is reported. An on-line configuration of three CCD cameras was …

Automatic 3D extraction of building roofs from remotely sensed data is important for many
applications including city modelling. This paper proposes a new method for automatic 3D roof …

One of the well-known constraints applying to the adoption of consumer-grade digital cameras
for photogrammetric measurement is the requirement to record imagery at fixed zoom and …