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Touchless gesture recognition

is

widely

acknowledged

as the next frontier in the

development of humanmachine

interfaces and the technology

is now beginning to move

beyond computer and gaming

markets to include consumer

and domestic appliances as

well as automotive dashboards.

However, it is commonly

found that touchless controls

can lack the precision and

tactile feedback that is so

valuable to humans to confirm

they are properly controlling

the system. Vicky Messer,

Technical Marketing Manager at

Ultrahaptics looks at the market

and advocates touchless or mid-

air haptic feedback as the next

key step for the development of

the technology.

Ever since the development of

the trackball in the 1940s and the

consumer release of the computer

mouse in the 1980s, engineers have

sought to push the limitations of

computer-human interaction in an

attempt to achieve a more intuitive

and natural user experience. An

obvious avenue to explore has been

the gestures used in face-to-face

communications, and the market

has come a long way especially

when considering developments

in sophisticated audio and visual

capabilities. The importance of the

human sense of touch has also been

championed with haptic feedback

added to many consumer devices.

Traditionally, however, the two

markets have been distinct entities.

According to market analyst

firm GIA, the global market for

gesture recognition will exceed

$12.7 billion in 2020, driven by

expanding applications in gaming,

healthcare, automation, consumer

electronics and automotive sectors.

Consumer electronics (including

gaming) currently accounts for

approximately 99% of the gesture

recognition market. A second report

predicts the market for both gesture

recognition and touchless sensing

technologies will have a CAGR of

28% over the next few years and

is predicted to be worth $24 billion

worldwide by 2020.

Touching and Touchless

Controlling devices with human

Augmenting Touchless Gesture Recognition

with Haptic Feedback

Vicky Messer, Ultrahaptics

Sensors

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