Gesture
recognition technology involves interpreting human motions through mathematical
algorithms. Such algorithms are used by computing devices. When a computing
device is able to recognize gestures as input, the device then becomes
much more accessible for people with physical impairments. What’s more, such
technology also makes it easy for users to interact in gaming as well as three
dimensional virtual world environments.
Gesture
recognition technology depends on amplification of hand and body gestures by
controllers which have accelerometers and gyroscopes in them. These
accelerometers and gyroscopes can sense when a person tilts rotates or
accelerates their movements. Alternatively, it is also possible to fit a
computing device with a camera which is run by software that recognizes and
interprets certain gestures. The software may be programmed to interpret a
waving of the hands to be a signal to terminate a program.
Gesture
recognition technology provides users with an interface that is independent of
the device. It can be thought of as being a virtual world which connects with
the user through a gesture recognition interface.
Today,
gesture recognition technology is being used in the gaming industry and in
mobile phones as well as handheld devices. This technology depends on cameras
that read the movement made by a human body and then it communicates that
information to computers that make use of gestures as inputs to control a
device or application. So, for example, when a person claps their hands in front
of a camera the result would be creating a sound of crashing cymbals.
Gesture
recognition technology is widely being used to help physically disabled people.
These people can interact with computers because they can instruct the device
without needing to use input devices like mice, joysticks and keyboards. They
can give signals to the computer via gestures such as pointing a finger.
The nice
thing about using gesture recognition technology is that the user does not need
to wear any kind of special equipment and they also do not need to attach any
device to their bodies. The gestures that they make are first read by cameras
and then the software takes over and ensures that the proper command is
executed. This technology makes it possible for a human being to communicate
with a machine and also interact with it naturally and without needing to use a
mechanical device. This technology makes it possible to point a finger at a
computer screen and the gesture recognition technology will then ensure that the
cursor moves in the desired direction. Such technology may eventually also make
the mouse and keyboard as well as touch-screens obsolete and redundant in the
not-so-distant future.
Find great resources about gesture recognition technology: http://www.pointgrab.com/gesture-technology/
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