Purpose of this study is to research the floating type cylindrical hologram that can also be embodied in outdoor. This identifies and its type, researches applied form design realization based on type. For manufacturing miniature hologram, mirror installed cylinder embody new out existing hologram. cylinder, polarizing filter used minimize diffracted reflection, air intake device, fan problem h...

Recently, the requirements regarding environment of nursing homes are high, because elderly a vulnerable group with limited adaptive capacity to respond transient environmental change. This paper presents field investigation on influence thermal comfort changes between indoor and outdoor spaces (i.e., air temperature (Ta), solar radiation (SR), relative humidity (RH), wind speed (WS), indices U...

For more than three decades, foot and musculoskeletal conditions have been documented among both Asian [Elephas maximus] and African [Loxodonta africana] elephants in zoos. Although environmental factors have been hypothesized to play a contributing role in the development of foot and musculoskeletal pathology, there is a paucity of evidence-based research assessing risk. We investigated the as...

The problem of finding the visual focus of attention of multiple people free to move in an uncons-trained manner is defined here as the wandering visual focus of attention (WVFOA) problem. Estimating the WVFOA for multiple unconstrained people is a new and important problem with implications for human behavior understanding and cognitive science, as well as real-world applications. One such app...

A central question about spatial attention is whether it is referenced relative to the external environment or to the viewer. This question has received great interest in recent psychological and neuroscience research, with many but not all, finding evidence for a viewer-centered representation. However, these previous findings were confined to computer-based tasks that involved stationary view...

Segmenting moving objects in a video sequence has been a challenging problem and critical to outdoor robotic navigation. While recent literature has laid focus on regularizing object labels over a sequence of frames, exploiting the spatio-temporal features for motion segmentation has been scarce. Particularly in real world dynamic scenes, existing approaches fail to exploit temporal consistency...