We present an overview of our recent progress and the current state-of-the-art techniques of
color image fusion for night vision applications. Inspired by previously developed color …

We present a new method to render multi-band night-time imagery (images from sensors
whose sensitive range does not necessarily coincide with the visual part of the …

We present a fast and efficient method to derive and apply natural colors to nighttime
imagery from multiband sensors. The color mapping is derived from the combination of a …

Previously, we presented two color mapping methods for the application of daytime colors to
fused nighttime (eg, intensified and longwave infrared or thermal (LWIR)) imagery. These …

We developed a simple and fast lookup-table based method to derive and apply natural
daylight colors to multi-band night-time images. The method deploys an optimal color …

We present the design and first field trial results of an all-day all-weather enhanced and
synthetic-fused multi-band colour night vision surveillance and observation system. The …

We developed a fast and efficient method to derive and apply a natural colour mapping for
nighttime imagery from multi-band sensors. The colour mapping is derived from the …

We present a fast and efficient method to derive and apply natural colours to nighttime
imagery from multiband sensors. The colour mapping is derived from the combination of a …

We present the design and first test results of the TRICLOBS (TRI-band Color Low-light
OBServation) system The TRICLOBS is an all-day all-weather surveillance and navigation …

We present a new tri-band color low-light observation (TRICLOBS) system The TRICLOBS is
an all-day all-weather surveillance and navigation tool. Its sensor suite consists of two digital …