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|Enervation Detector and Accident Prevention|
SAMEER HAMAD M , SHUBHASHREE S J and SARATH P
Recently, business accidents have increased in great scale. Some of the major factors are motorist dizziness and fatigue. The purpose of this paper is to advance a system to describe fatigue symptoms in motorists and produce timely warnings that could help accidents. This presents a real- time approach for discovery of motorist’s fatigue. The algorithm developed is unique from any presently published papers, which was a primary ideal of this paper. Then the eyes are located by a camera and the intensity changes in the eye area (including the effect of red pupil) determine whether the eyes are open or Close. However, the system draws the conclusion that the motorist is falling asleep and issues a warning signal, If the eyes remain closed for 5 successive frames. The advantage in this system is to favour its working under reasonable lighting conditions also. The image acquisition system acquires images with harmonious photometric properties under different climatic/ ambient conditions using a near Infra-Red (NIR) illuminator and CCD camera. Ways for detecting neighbour auto indicators were Homographic Function,
Homo metric function, Radar seeing property. In case if the motorist is still found to be unconscious the system provides the automatic retardation to avoid the crash over the conterminous buses. The system analyzes the speed and distance of the neighbouring buses and responds accordingly to help prevent accidents, while applying retardation. Also during emergency cases like heart attack, unconsciousness etc, it'll be more profitable.
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