> step01Using a camera to 1) measure gaze movement (eye-ball movement), 2) authenticate identity and use personal information.
> step02
Using a sensor sticker to 1) detect eye-ball movement when the eyes are closed, 2) recognize winks, 3) check pulse.
Through the GPS function: 2) provide location info and deliver voice messages.
Through a camera: 1) continuously track movement paths and communicate with guardians or helpers
(reference: http://trendinsight.biz/archives/94125)
2) deliver related information to the user through pattern analysis of visual data.
> step03
Through a smartphone: 1) provide haptic and sound information, 2) gesture recognition, 3) location info.
4) capture movement via gyroscope sensors, 5) implement payments.
6) on/offline communication with others (photos, video, messages, etc.).
> (step02~step03)
1. Let users buy products (or request services) suited to each place, time, and situation (build a marketplace).
2. Create jobs that leverage functions beyond sight (e.g., a delivery service for the hearing impaired).
* Long-term vision *
The smartphone is only a sample device. Using Arduino and the like, build a dedicated standalone device!
1) A device that just plays a bridge role over the Internet is enough!
Detailed functions can be implemented through each 3rd-party-style external peripheral.
(Like how an iPhone can control a robot with external gear, or implement projector functionality.)
2) However, the coverage needs the other-side bridges — ones that can be compatible starting from AM-era machines — built at the same time.
(Build bridges that can objectify (communicate) each device (or person).)
