Posted by: Chris Barylick
Date: Friday, July 10th, 2009, 04:28
Category: Apple, Patents
Recently-released filings from the United States Patent and Trademark Office reveal that Apple may be planning face-detection components for its Mac and iPhone operating systems, in addition to working on ways to netter the quality of video conferences conducted via iChat.
According to MacRumors, a current filing builds upon ways in which users may be able to passively interface with their Macs in the near future.
Apple notes that one problem with existing personal computing devices is that they’re not able to determine whether a non-active or passive user is present and, subsequently, unable to perform certain operations to accommodate the passive user.
“For example, a PC may automatically activate a screen saver every five minutes regardless of whether a user is viewing the PC’s display screen,” Apple wrote. “Thus, a passive user is often inconveniently required to actively perform an interaction with the PC at least every five minutes to prevent the initiation of the screen saver or to deactivate the screen save after it is initiated.”
Another problem is that conventional systems cannot efficiently determine whether certain users have the authority to perform certain functions without first forcing them to manually enter a password.
Remedies to both these problems may lie in face-detection software, according to the document. Using a Mac’s built-in iSight camera, face detection software may be based on a pattern recognition algorithm that includes a statistical model, the company says. The software that detects faces in the captured images could then associate them with an authorized, as well as inform the system that a user is present in situations when manual interaction has stopped for an extended period.
The document noted that in addition to a Mac, face detection can be applied a cellular telephone, a wireless communications device, a media player, an MP3 player, a video player, and a PDA.
Another filing proposes solutions to many common imaging problems, such as unevenly distributed illumination, shadows, white balance adjustment, colored ambient light and high dynamic range imaging. A recent Apple filing states that systems and methods can be provided through a Mac can take advantage of the computer’s processing power to provide functionality that goes beyond a typical camera.
In one odd example apparently aimed at improving video conferencing, the company proposes an iMac with embedded lights that retract into the system’s housing. The filing states that a processor in the iMac would be able to control the deployment and operation of the lights in combination with other sensors to provide the ideal lighting setting.