Neurocam that records automatically what interest us

Wednesday, 19 February 2014
 In 20th century it takes so much of time to take photo with a normal camera as we have to open the shutter and then click on the button. In this span of time the incident may disappear. So to overcome this problem a latest technological device called Neurocam has been introduced.

Neurocam system includes a headband equipped to hold an iphone next to the wearer’s temple. The phone is fitted with a special prism so that the camera can record footage from the wearer’s point of view. The headset also includes EEG sensors that can scan your brain for correlative spikes in interest. The Neurocam iphone application assigns the EEG data a value from 0 to 100.                            
                                          

                                         Fig: Electroencephalography reading
Neurocam uses brain wave sensorslike as in the moving cat ears and TV navigation, but this time hooks up with your smart phone camera. This prototype, demoned at last week at Japan’s Human sensing 2013 conference gauges your interest on a scale of 0 to 100 and if your brain wave redout tops 60, it will start to record video, eventually transforming the footage into five second GIFs. In order to get the iphone camera to eye-view, the smartphone connects to a headband which houses the brainwave sensor. Sideways on the camera sensor then faces through a prism so its looking at what you are looking at…and not just inside of your ear.
                                                      

                                                       Fig: Neurocam system
                                                    

                                                     Fig: wearing of Neurocam system
The experimental wearable, barring the smartphone hanging off, looks pretty similar to other brain wave reading wearables, although the addition of an I phone will certainly make it weighter in comparision. The neurocam is the latest product to come from the neurowear project, which already gave us the aforementioned Nekomimi cat ears. We are not sure how comfortable we’d feel having all those radio waves near to our need for an extended period, although according to Digi info news, this device, including its current design and shape are still in the throes of development for now. The world always needs more GIFs.
                                                            It may look like poor man’s Google glass, but don’t let the iphone strapped to the side of your head thing fool you, neurocam and its accompanying app may foretell the future of advertising.
                                                         

                                                                 Fig: Necomimi cat ears
                                   


                           
                                      
      
                                                          Fig: screen of iphone while recording
                                                            Before the introduction of this Neurocam the status of a person is recognized based on the different types of waves produced by the brain. For every type of wave produced by the brain the mood of a person is stated. But now based on the frequency range of the brain waves the meter reading of the neurocam varies.       
                                                       
                                                  
                                                                 Fig: Different types of brain waves
                                                            Because this system is hands free, we think it could capture a life log, which would be different from deliberately pressing a shutter to capture things you like. As an application in a B2B environment Neurocam could determine what goods in stores interest people. And because the information includes position data, you can do mapping, so it could also show what places people are interested in as an aid for urban development planning. We think it could be used in lots of ways like that.
                                                            The algorithm for quantifying brain waves was co-developed by Associate professor Yasue Mitsukura at Keio University.
                                                            It is probably not a good idea to wear the camera during speed dating or shopping though you’d probably end up with way to many unnecessary GIFs. Not to mention you will look ridiculous.

No comments:

Post a Comment