University of Warwick researchers have developed software that could transform mobile phone cameras into hand gesture recognition (HGR) devices.
The university's research team has developed software that could potentially convert the 2D cameras in smartphones and tablets into devices that can interpret hand gestures in uncontrolled environments.
This is significant as HGR technologies usually require infrared or 3D cameras, as well as artificial light, to work effectively.
Consumers are already aware of existing HGR technology being used, and not always working, with gaming consoles and smart TVs.
Chang-Tsun Li, technology professor at the University of Warwick, said existing technologies struggle to function properly in isolated and non-real life environments.
"Along with the ability to continue working when other people are moving in the background, adapt to changing lighting conditions and to cope when the hand temporarily moves out of sight, our research not only goes beyond existing HGR technology, but it also makes it practical and easily available for consumers," said Li.
HGR is widely used in the gaming industry, and has become a common feature of SMART TVs, but the researchers hope their work will open up the technology to the automotive and health sectors.
As an example, the technology's co-inventor Yi Yao cited surgical settings as a key use case for the software.
"Surgeons, who currently cannot use traditional computers in operating rooms, could search hands-free for data or switch between appliances and similarly, whilst cooking in the kitchen, we could instruct our mobile phones to take a call on speaker or switch to music or video," Yao offered.
The researchers have filed a patent application for the software, and are hopeful that consumer experiences of HGR could lead to their creation being widely adopted.
"Consumers are already aware of existing HGR technology being used, and not always working, with gaming consoles and smart TV[s]," said Yao.
"Whil[e] it will be able to overcome the problems currently faced by users, our new technology could be used in sectors and fields in need of new possibilities."
