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Related to integrand: definite integral, Integrals


1. Constituent.
2. Integrated.
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Patient discussion about integral

Q. My child is suffering from autism and was told to have Auditory Integration Therapy…what is it?

A. An Alternative Treatments where the child listens to different sounds with the goal to improve on language comprehension and it helps receive more balanced sensory input from the environment they live in. It has been reported that children had significant behavioral and language gains after this treatment.

Q. How can I get my son into a normal school? He was diagnosed as autistic but he is intelligent and is able to go through normal education. But I don’t want him to be socially disconnected…

A. If done in a proper way it can be an excellent idea! Your son will flourish and will develop as best as he can. But if just moving him to a regular school without any preparation to him, class and teacher- that can end up very bad. So talk to the teacher the headmaster and councilor explain and work up a plan. Then it must be explained to the class. and don’t forget your son…he needs to understand that he might get unpleasant reactions sometimes.

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References in periodicals archive ?
When [rho] [right arrow] 1+, the ellipse [[epsilon].sub.[rho]] shrinks to the interval [-1,1], and when [rho] [right arrow] 00, the interior of [[epsilon].sub.[rho]] approaches the whole complex plane (which is useful when we deal with entire integrands such as those in Section 6).
Assuming a first-order hidden Markov model, the first integrand in (47) can be simplified to
Note that the value of [B.sub.i] is taken according to the form of integrand in (19); otherwise the nonlinear term of optimal control has no impact on the objective functional if [B.sub.i] is too small compared with the population of state variables.
Substituting (26) into (24), we can get a time-independent integrand:
In fact, this contribution cannot but be identically zero, because the Hankel function in the integrand decays exponentially with increasing [absolute value of ([lambda])] in the upper half-plane.
(v) The integrand of the objective functional is bounded below by [mathematical expression not reproducible].
Using the same method as in Ito's classical theory, this integral can be extended to random integrands, that is, to the class of predictable processes X = {X(t, x); t [member of] [0, T], x [member of] R}, such that E [[integral].sup.T.sub.0] [[integral].sub.R] [[absolute value of (X(t, x))].sup.2] dx dt < [infinity].
Let the original function of the integrand y([x.sub.l], [x.sub.2], ..., [x.sub.n]) be Y([x.sub.1], [x.sub.2], ...,[x.sub.n]).
The integrand in (19) is the evolutionary power spectral density of the nonstationary random vibration response of the structure as
Then the asymptotics of (54) are unchanged, if the integrand is multiplied by