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Brain Music System: Brain Music Therapy Based on Real-Time Sonified Brain SignalsAA Trevisan, L JonesProc. IET Seminar on Assisted Living |
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2011 |
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Brain music system: standardized brain music therapyAA Trevisan, L JonesAssisted Living 2011, IET Seminar on, 1-4 |
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2011 |
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A low-end device to convert EEG waves to musicAA Trevisan, L JonesJournal of the Audio Engineering Society |
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2010 |
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A Portable Sonified Neurofeedback Therapy for Autism Spectrum Disorder Patients-An Initial EvaluationAA Trevisan, P Cavallari, F AttardJournal of Neurological Disorders 2013 |
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2013 |
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Low-End Device to Convert EEG Waves to MIDIAA Trevisan, L JonesAudio Engineering Society Convention 128 |
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2010 |
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Brain music system: the role of an affordable brain musical interface in digital music makingAA Trevisan, L JonesComputer Music Journal 27 (2), 80-102 |
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2008 |
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Real-time sonified neurofeedback stimulation for the management and relaxation of patients on the autism spectrumAA Trevisan, F Attard, P Cavallari, N Caruana, R MicallefBrain Stimulation: Basic, Translational, and Clinical Research in ... |
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2015 |
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Cocoon Silk: A Natural ArchitectureAA Trevisan, M Hart, V Yuste, A Hjoellund, D Galle, O Bergman |
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NordicComfort: Benefits of High Quality Silk Bedding Products From an Allergy and Asthmatic PerspectiveAA Trevisan |
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Novel Sonified Neurofeedback management therapy for patients diagnosed with Autism Spectrum Disorder: An initial investigationAA Trevisan, P Cavallari, F Attard |
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Some interesting reading from our Dr Trevisan on Google Scholar if anyone feels like being enlightened. I've highlighted the particular papers of interest especially that in red.
Here is a brief summary which is succinct and also cites our particular paper in red...
Proceedings Article
Neural activity based biofeedback therapy for Autism spectrum disorder through wearable wireless textile EEG monitoring system
Ahna Sahi ; Pratyush Rai ; Sechang Oh ; Mouli Ramasamy ; Robert E. Harbaugh ; Vijay K. Varadan
[+] Author Affiliations
Proc. SPIE 9060, Nanosensors, Biosensors, and Info-Tech Sensors and Systems 2014, 90600D (April 30, 2014); doi:10.1117/12.2045530
Text Size:
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From Conference Volume 9060
- Nanosensors, Biosensors, and Info-Tech Sensors and Systems 2014
- Vijay K. Varadan
- San Diego, California, USA | March 09, 2014
Abstract
References
mce-anchor
Mu waves, also known as mu rhythms, comb or wicket rhythms are synchronized patterns of electrical activity involving large numbers of neurons, in the part of the brain that controls voluntary functions. Controlling, manipulating, or gaining greater awareness of these functions can be done through the process of Biofeedback. Biofeedback is a process that enables an individual to learn how to change voluntary movements for purposes of improving health and performance through the means of instruments such as EEG which rapidly and accurately 'feedback' information to the user. Biofeedback is used for therapeutic purpose for Autism Spectrum Disorder (ASD) by focusing on Mu waves for detecting anomalies in brain wave patterns of mirror neurons. Conventional EEG measurement systems use gel based gold cup electrodes, attached to the scalp with adhesive. It is obtrusive and wires sticking out of the electrodes to signal acquisition system make them impractical for use in sensitive subjects like infants and children with ASD. To remedy this, sensors can be incorporated with skull cap and baseball cap that are commonly used for infants and children. Feasibility of Textile based Sensor system has been investigated here. Textile based multi-electrode EEG, EOG and EMG monitoring system with embedded electronics for data acquisition and wireless transmission has been seamlessly integrated into fabric of these items for continuous detection of Mu waves. Textile electrodes were placed on positions C3, CZ, C4 according to 10-20 international system and their capability to detect Mu waves was tested. The system is ergonomic and can potentially be used for early diagnosis in infants and planning therapy for ASD patients. © (2014) COPYRIGHT Society of Photo-Optical Instrumentation Engineers (SPIE). Downloading of the abstract is permitted for personal use only.
Topics
Electroencephalography ;
Surveillance systems ;
Electrodes ;
Brain ;
Nerve ;
Sensors ;
Skull ;
Data acquisition ;
Wireless energy transfer ;
Electromyography
Citation
Ahna Sahi ; Pratyush Rai ; Sechang Oh ; Mouli Ramasamy ; Robert E. Harbaugh, et al.
" Neural activity based biofeedback therapy for Autism spectrum disorder through wearable wireless textile EEG monitoring system ",
Proc. SPIE 9060, Nanosensors, Biosensors, and Info-Tech Sensors and Systems 2014, 90600D
Great things to come with quite a large amount of potential. I also note that on Google play our app has a rating of 4.5, although only being with 12 reviews still shows it is being received well in the initial stages. GLTAH
(20min delay)
