At this stage, the system centers on an electroencephalograph (EEG) scanner cap that the wheelchair user wears so their brain waves can be scanned and analyzed by a computer. The result is the ability to make movements almost in real time. Stopping is reportedly a little harder, with the user having to puff up a cheek to trigger a detector worn on the face. The breakthrough comes from scientists at the BSI-Toyota Collaboration Center, which teams various groups including Toyota Motor and the mostly-Japanese-government-funded RIKEN (research unit). Read more at Gizmodo.
SmartLabs the Leader in Home Automation Products, Announces that TriggerLinc - INSTEON Wireless Open/Close Sensor is Now Shipping
GeckoSystems Intl. Corp. announced that their cost studies have determined that mobile service robots, equipped with multiple vital sign sensors, verbal interaction, medication delivery capability, automatic care receiver following, and video monitoring for eldercare in homes, is more cost effective and flexible than dedicated, immobile sensory, verbal interactive and viewing systems in either hardwired or RF enabled "smart homes." The CareBot's ability to verbally remind a designated care receiver at predetermined dates and times using GeckoChat(TM) and GeckoScheduler(TM) that their blood pressure/pulse rate needs to be checked by this onboard, integrated personal robot subsystem will enable a higher level of safety, security and cost savings. Full story at EarthTimes.
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