For plotting purposes, motion strengths were binned into five groups: strong T in (51.2% coh favoring T in ), medium T in (25.6, 12.8, and 6.4% coh favoring T in ), weak (0 and 3.2% coh), medium T out (25.6, 12.8, and 6.4% coh favoring T out ), and strong T out (51.2% coh favoring T out ).
They found that cuttlefish reduced the amount of high contrast patterns they displayed when in motion, and concluded that they did not use motion dazzle patterning for the purpose of motion camouflage.
There are many reports on using Kinect, Xtion PRO LIVE and other related devices for the purpose of motion capture (Mulvenna and Nugent 2010).
Inter-rater reliability was investigated separately in a second sample of 10 adults by two researchers with experience in applying markers for the purpose of motion analysis.
In this work, for the purpose of motion detection in 3D point cloud, and considering that ToF camera is static, and illumination changes do not affect the acquired 3D points, the background subtraction technique has been considered suitable to be adapted and applied to three-dimensional information.
Snibbe and his team are excited to bring this added performance element to the stage and have been adapting and developing new tools for this purpose, like Motion Phone, which they recently used in a concert with San Francisco's Calder Quartet.
For this purpose, the motion discontinuities of the last time steps are shifted to the current position (based on the object velocity of the object they belong to), and then added to the current motion discontinuity value.
The purpose of motion freeze is to apply the deformation matrix calculated by optical flow method (OFM) [ 17], one of deformable image registration methods, to generate a single 3D effective PET image using the total 100% counts from different gates.
Then, for real-time purposes, a motion planner divided into two steps is presented: firstly, a preliminary workspace discretization is carried out with no time limitations at the beginning of the simulation, secondly, using this computed data, a second algorithm tries to find a collision-free path in real-time.
Here, we purpose two motion-sensitive logarithmic intensity-based contrasts for 3D microvasculature visualization in an in vivo human retina.
