We also multiply by and square both sides of (3.15), integrate over, use the integral then integrate by parts and using inequality (2.7), we obtain (3.26).
To integrate over, the region of integration has to be determined carefully.
To integrate over AC signals, the voltage was sampled on each refresh of the TV.
The region that we want to integrate over was just this square.
Now, multiply (3.6) by and integrate over, to get (3.8).
If we insert and integrate over, then we obtain (2.18).
We multiply the first equation in (4.9) with and integrate over, then we reach that (4.16).
We multiply the first equation in (4.9) with and then integrate over, and we find that (4.12).
We next integrate over σ.
A total of six component mapping populations were used to integrate over 2000 unique loci, including 1182 unique DArT markers, into a single consensus map (Table 1).
Given a tessellation of the sphere in ({mathbb {R}}^{d}), it uses adaptive integration to integrate over the (d−1 -dimensional surface to evaluate (k_{mathcal {C}}).
