Scientists Develop Biocomputer Capable of Voice Recognition
- 6 months ago
Scientists Develop , Biocomputer , Capable of Voice Recognition .
Futurism reports that researchers have
developed a "biocomputer" made from lab-grown
human brain tissue and electronic circuits.
Scientists fused human cells called "organoids"
into neurons and combined them with electronic
circuits to create what it calls "Brainoware.".
According to the team, the new biocomputer is capable
of performing tasks such as voice recognition.
Co-author and University of Indiana bioengineer
Feng Guo told 'Nature' that the goal is to build
a "bridge between AI and organoids.".
We wanted to ask the question
of whether we can leverage
the biological neural network within
the brain organoid for computing, Feng Guo, co-author and University
of Indiana bioengineer, via Futurism.
Futurism reports that the team's Brainoware
was able to perform voice recognition after
analyzing 240 voice recordings of eight people.
A machine-learning algorithm was used
to interpret the neural activity of the organoid
when it listened to each voice recording.
The Brainoware was able to identify
the original speaker 78% of the time.
A new paper published in the journal
'Nature Electronics' details the team's findings. .
Futurism reports that the findings represent a new
development in the field of biocomputing that could form
the foundation for the brain-inspired computers of the future
Futurism reports that researchers have
developed a "biocomputer" made from lab-grown
human brain tissue and electronic circuits.
Scientists fused human cells called "organoids"
into neurons and combined them with electronic
circuits to create what it calls "Brainoware.".
According to the team, the new biocomputer is capable
of performing tasks such as voice recognition.
Co-author and University of Indiana bioengineer
Feng Guo told 'Nature' that the goal is to build
a "bridge between AI and organoids.".
We wanted to ask the question
of whether we can leverage
the biological neural network within
the brain organoid for computing, Feng Guo, co-author and University
of Indiana bioengineer, via Futurism.
Futurism reports that the team's Brainoware
was able to perform voice recognition after
analyzing 240 voice recordings of eight people.
A machine-learning algorithm was used
to interpret the neural activity of the organoid
when it listened to each voice recording.
The Brainoware was able to identify
the original speaker 78% of the time.
A new paper published in the journal
'Nature Electronics' details the team's findings. .
Futurism reports that the findings represent a new
development in the field of biocomputing that could form
the foundation for the brain-inspired computers of the future