We utilize spatial and angular diversity to achieve speckle reduction in laser illumination.
Both free-space and imaging geometry configurations are considered. A fast two …

We report on a novel speckle reduction scheme using microlens arrays as screen material
for application in laser-based projection systems. The scheme is based on properly …

Despite of much effort and significant progress in recent years, speckle removal is still a
challenge for laser projection technology. In this paper, speckle reduction by dynamic …

Based on microelectronic mechanical system (MEMS) processing, a large-size 2-D
scanning mirror (6.5 mm in diameter) driven by electromagnetic force was designed and …

Besides its desirable power level, the use of a laser as a light source in microscopes opens
the possibility of observing high signal-to-noise ratio images of dynamic phenomena that are …

In laser projection systems the observer in the far field of the image points on the screen will
recognize serious speckle noise. There are many methods to reduce or eliminate speckles …

We propose a design for speckle reduction in a laser pico-projector adopting diffusers and
deformable mirrors. This research focuses on speckle noise suppression by changing the …

Speckle is the main obstacle for the use of laser light sources in projection technology. This
paper focuses on speckle suppression by the reduction of temporal coherence which is …

In this paper, the relationship between the coherence and the speckle contrast in a laser-
based projection display system is studied with the consideration of human visual percept …

The speckle reduction for laser projectors has been vigorously studied because speckle
causes a serious deterioration in image quality. Most speckle reduction methods can be …