In this paper, we focus on an application and extension of Artificial Intelligence temporal reasoning techniques in order to represent and reason with temporal constraints in clinical guidelines. Particular attention is dedicated to the treatment of repeated (periodic) events, which play a major role in clinical therapies. We also discuss some limitations of our current approach, highlighting p...

Orientation of classrooms is an important challenge in architectural design of a school. However, there is a lack of appropriate knowledge about influence of orientation on students’ perception of daylighting in classrooms. This paper presents a questionnaire survey that was conducted to compare students’ perception and satisfaction with daylighting in classrooms of a high school in...

Abstract Glare is a common local visual discomfort that difficult to identify with conventional light sensors. This article presents an artificial intelligence algorithm detects subjective glare from the image analysis of video footage office occupant’s face. The face directly used as comfort sensor. Results show it can recognize around 90% accuracy. thus be at basis efficient feedback control ...

Anti-reflection (AR) coating is an excellent spectacle lens option for increasing luminous transmission of the lens, reducing glare, and enhancing the cosmetic appearance of the wearer [4]. It is recommended for virtually all types of eyewear, including clear lenses for general, everyday use as well as nighttime driving; photochromic lenses for patients who frequently move between indoors and o...

It has been suggested by Sjöstrand and his colleagues that an index of scatter by the ocular media may be derived from contrast sensitivity measured with and without a glare source. This index was tested under different conditions of stimulus luminance and found not to be constant and thus to not reflect a property of the media.

An important aspect of any recognition or identification task is one's knowledge of the set of alternative items from which the stimuli are drawn. In general, we can respond most accurately when we have the fullest knowledge of what stimulus events are possible. In many recognition experiments, however, the set of possible stimuli is left ambiguous at first and only after considerable experienc...