Multiprojector, large-scale displays are used in scientific visualization, virtual reality, and
other visually intensive applications. In recent years, a number of camera-based computer …

Automatic calibration of structured-light systems, generally consisting of a projector and
camera, is of great importance for a variety of practical applications. We propose a novel …

Using cameras to geometrically calibrate projector-based displays has been widely reported
in the literature over the last decade. Most systems project structured-light patterns during a …

In this article we present a completely automated and scalable multi-projector registration
system that allows multiple uncalibrated projectors and cameras on arbitrary shape …

In this paper we present a novel technique to calibrate multiple casually aligned projectors
on a fiducial-free cylindrical curved surface using a single camera. We impose two priors to …

In this paper, we present the first method for the geometric autocalibration of multiple
projectors on a set of CAVE-like immersive display surfaces including truncated domes and …

In this paper, we present the first algorithm to geometrically register multiple projectors in a
view-independent manner (ie wallpapered) on a common type of curved surface, vertically …

In this paper, we present a novel technique to calibrate multiple casually aligned projectors
on fiducial-free piecewise smooth vertically extruded surfaces using a single camera. Such …

A steerable projector is a digital projector whose beam can be moved under computer
control to illuminate different objects in its environment. Various projects have explored the …

Most existing calibration techniques for multi-projector display system require that the
display configuration remain fixed during the display process. We in this paper present a …