What is the biological movement?
Biological movement is a term used to describe visual interpretation of movement. They are mostly used by those in the areas of cognitive studies to describe how human beings interpret the movement of another organism. Most of the studies performed with biological movement are performed by images of only a few illuminated dots that are shown in motion, referred to as point light displays and subsequent answers and interpretations that observe the images. Their purpose in studying is to see how human beings use visits to interpret and extrapolate data from movement. Studies based on the interpretations of bodies in motion use limited images to create a picture, allowing a wide range of characteristics about an image based primarily on the path or speed at which the bodies move in motion.
One of the biological movement was published in 1973 by Gunnar Johansen. Mr. Johasen attached small light sources to the main joint areas of the subjects and then filmed them in tme. Obrázky produkovaly několik bodů světla proti tmavému pozadí. Despite the minimum amount of data, observers who watched the film in motion, they reported that they see very different images of human beings.
Other studies that have been conducted in biological movement have shown that it is possible to collect other facts than just moving from limited data. According to a study conducted in 1994 by Mather and Murdoch, human beings can say what gender a person of point light displays is. Other studies using point light displays have shown what mood to be observed, as it does. It has even been shown that other mammals other than people can perceive similar data. In 1982, Fox and McDaniel, they found that children at three months could interpret biological movement.
There are contradictory data on the value of biological movement for clinical purposes, and some said that the sensors used to InteThe ruins of data are not as specialized as it was once thought. However, it has been found that two areas of the brain are involved in the perception of biological movement. The foresmotoric bark is reportedly involved in the process of creating links between dots in point light and it was found that an excellent time locus was activated during the perception of time. These findings can help us understand how the brain works and can be potentially used as a diagnostic tool.