Description Usage Arguments Value Author(s) Examples
Let us consider a module M having m elements. To each element of the module, there corresponds n distinct classes, where m >= 5 and n >= 2. With these v = mn treatments following are parameters of the three-associate class PBIB design:
v = mn, b = mn, r = (m+n-1), k = (m+n-1)
lambda 1 = m, lambda 2 = 2, lambda 3 = n
1 | series4(m, n)
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m |
Size of the module M. |
n |
n is the number of classes to which the elements of Module M are assigned. |
This function returns the required three-associate class PBIB design.
Parneet Kaur, Davinder Kumar Garg
1 | series4(5,2)
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