Anyone know of any good tricks to detect/trend Mu in BioExplorer?

[Guest guest]

Anyone know of any computations to detect or trend the existance of Mu

Rhythms in BioExplorer at C3/C4/Cz?

Is there a way to seperate out the Mu Waves out from other waves in the

8-12Hz range?

Do I just throw together a 8-12Hz filter, and have a Threshold control

set to manual that I adjust to the correct power that is taylored to

me, or is there some other computation that I can use to detect it?

[Guest guest]

Every 5-year-old I've ever trained has figured out in a matter of minutes that moving a finger or hand will make it go away. The only way to separate out Mu waves, if you really want to, is to look at the morphology of the wave forms or just have the client move his/her hand. If the activity drops as long as there is movement, it's Mu.

Pete

Anyone know of any computations to detect or trend the existance of Mu Rhythms in BioExplorer at C3/C4/Cz?Is there a way to seperate out the Mu Waves out from other waves in the 8-12Hz range?Do I just throw together a 8-12Hz filter, and have a Threshold control

set to manual that I adjust to the correct power that is taylored to me, or is there some other computation that I can use to detect it?

.. -- Van Deusenpvdtlc@...http://www.brain-trainer.com

305/433-3160The Learning Curve, Inc.

[Guest guest]

Every 5-year-old I've ever trained has figured out in a matter of minutes that moving a finger or hand will make it go away. The only way to separate out Mu waves, if you really want to, is to look at the morphology of the wave forms or just have the client move his/her hand. If the activity drops as long as there is movement, it's Mu.

Pete

Anyone know of any computations to detect or trend the existance of Mu Rhythms in BioExplorer at C3/C4/Cz?Is there a way to seperate out the Mu Waves out from other waves in the 8-12Hz range?Do I just throw together a 8-12Hz filter, and have a Threshold control

set to manual that I adjust to the correct power that is taylored to me, or is there some other computation that I can use to detect it?

.. -- Van Deusenpvdtlc@...http://www.brain-trainer.com

305/433-3160The Learning Curve, Inc.

[Guest guest]

Mu is definitely the strongest in amplitude due to it's sinusoidal

character.

> >

> > > Anyone know of any computations to detect or trend the

> existance of Mu

> > > Rhythms in BioExplorer at C3/C4/Cz?

> > >

> > > Is there a way to seperate out the Mu Waves out from other

waves

> in the

> > > 8-12Hz range?

> > >

> > > Do I just throw together a 8-12Hz filter, and have a Threshold

> control

> > > set to manual that I adjust to the correct power that is

taylored

> to

> > > me, or is there some other computation that I can use to

detect

> it?

> > > .

> > >

> > > --

> > Van Deusen

> > pvdtlc@

> > http://www.brain-trainer.com

> > 305/433-3160

> > The Learning Curve, Inc.

> >

>

[Guest guest]

Mu is definitely the strongest in amplitude due to it's sinusoidal

character.

> >

> > > Anyone know of any computations to detect or trend the

> existance of Mu

> > > Rhythms in BioExplorer at C3/C4/Cz?

> > >

> > > Is there a way to seperate out the Mu Waves out from other

waves

> in the

> > > 8-12Hz range?

> > >

> > > Do I just throw together a 8-12Hz filter, and have a Threshold

> control

> > > set to manual that I adjust to the correct power that is

taylored

> to

> > > me, or is there some other computation that I can use to

detect

> it?

> > > .

> > >

> > > --

> > Van Deusen

> > pvdtlc@

> > http://www.brain-trainer.com

> > 305/433-3160

> > The Learning Curve, Inc.

> >

>

[Guest guest]

Mu is definitely the strongest in amplitude due to it's sinusoidal

character.

> >

> > > Anyone know of any computations to detect or trend the

> existance of Mu

> > > Rhythms in BioExplorer at C3/C4/Cz?

> > >

> > > Is there a way to seperate out the Mu Waves out from other

waves

> in the

> > > 8-12Hz range?

> > >

> > > Do I just throw together a 8-12Hz filter, and have a Threshold

> control

> > > set to manual that I adjust to the correct power that is

taylored

> to

> > > me, or is there some other computation that I can use to

detect

> it?

> > > .

> > >

> > > --

> > Van Deusen

> > pvdtlc@

> > http://www.brain-trainer.com

> > 305/433-3160

> > The Learning Curve, Inc.

> >

>