… sensing, medical imaging, autonomous driving and many other domains. For example, the
ability to see hidden obstacles … in automotive sensing, such as light detection and ranging (…

… of obstacles or pedestrians within drivers’ non-line-of-sight regions. Previous investigations
into non-line-of-sight … a shadow based non-line-of-sight moving obstacle detection system …

… Non-Line-Of-Sight (NLOS) satellites cause important receiver-satellite range measuring …
This approach already uses an obstacle elevation model, characterized from a fish-eye camera …

… of acceleration in non-line-of-sight scenarios. First, the influence of different obstacles on the
… uniformly and variably accelerated target in non-line-of-sight scenarios is calculated by the …

… line of sight. This article focuses on the non-line-of-sight (NLOS) moving target detection with
… It can reach the target by penetrating obstacles or reflection and scattering. According to the …

… around obstacles [1… detection of people moving outside of the direct line of sight at stand-off
distances greater than 50 m. The active imaging system uses one single-pixel SPAD detector …

… is degraded by scatterers and obstacles. For time-based … may not always be able to reliably
detect the neighboring cells. For … to detect a large number of geographically displaced cells. …

… light rays, the imaging of objects behind obstacles and around corners, developing some …
paved the way for the sensitive light detection used in non-line-of-sight (NLOS) imaging. The …

… obstacles reflect/diffract the satellites transmitted signals, creating the multipath phenomenon,
or even block the LOS signal, creating non-line-of-sight (… NLOS satellite detection from sky …

… introduced a method for NLoS obstacle detection in an … LoS sensors do not have a
significant advantage in detecting … technological approaches for detecting obstacles in NLoS …