Neurofocus. Neurofocus MYND. The world’s leading neuromarketing firm, NeuroFocus reveald today the first dry, wireless full brain EEG headset at the 75th Annual Advertising Research Foundation conference in New York. The company claims they have successfully combined the accurate and reliable performance levels of gel-based wired EEG systems used in clinical settings with lightweight, attractive design as well as high durability and serviceability. NeuroFocus envisions that Mynd will open up new testing environments to consumers beyond the lab, such as the home, outdoor venues, movie theaters, shopping malls, and auditoriums with data being streamed to platforms, including the iPad, iPhone and other smart devices. Developed over the last three years, Mynd will lett for the first time market researchers to capture the highest quality data on consumers’ deep subconscious responses in real time wirelessly, revolutionizing mobile in-store market research and media consumption at home.
Key highlights of Mynd: Dr. IMEC. Find more content on: Using innovative sensor technology, IMEC researchers have demonstrated a headset that captures brain signals. Imagine a comfortable and lightweight headset that you put on and that immediately starts to capture your brain signals. No wires and additional electronics, everything is in the headset: a complete, flexible EEG (electro-encephalogram) system. The recorded brainwaves are processed in the headset, depending on the application. Such a headset could eventually replace today’s EEG systems, including the scanners at the hospitals, as well as those used for ambulatory EEG scanning. But this future headset would also allow for the design of new applications. First Products and Further Challenges How far are we from having a comfortable wireless EEG headset? One of the most important issues to solve remains the autonomy, or use time, especially when a wireless radio is employed.
Another issue is intelligence. And then there is the challenge of miniaturization. ActiCAP. ENOBIO. EMOTIV. Experimental Art with Brain Controlled Interface This essay presents experimental computer artworks using Brain Controlled Interface (BCI). It points to a preliminary contextualization and general development emphasizing affective, sensory, poetic and aesthetic experi ences intermediated by mindware devices. BCI offers a new research art field using a low-cost neuro system to explore human mind's untapped potential. A BCI for a Java3D framework allowed to arrive at the concept of exoendogenous interactivity. Read more » A low-cost point-of-care-testing (POCT) system for psychomotor symptoms of depression affecting standing balance - a preliminary study in India, Hindawi Journal of Depression Research and Treatment, Aug 2013 read more » Validation of the Emotiv EPOC® EEG gaming system for measuring research quality auditory ERPs.
Read more » Neurological evidence linguistic processes precede perceptual simulation in conceptual processing. Research Page.