| PEdom.num1D | R Documentation |
Returns the domination number,
a minimum dominating set of PE-PCD whose vertices are the 1D data set Xp,
and the domination numbers for partition intervals based on Yp.
Yp determines the end points of the intervals
(i.e., partition the real line via intervalization).
It also includes the domination numbers in the end-intervals,
with interval label 1 for the left end-interval
and $|Yp|+1$ for the right end-interval.
If there are duplicates of Yp points,
only one point is retained for each duplicate value,
and a warning message is printed.
PE proximity region is constructed with expansion parameter r \ge 1
and centrality parameter c \in (0,1).
PEdom.num1D(Xp, Yp, r, c = 0.5)
Xp |
A set of 1D points which constitute the vertices of the PE-PCD. |
Yp |
A set of 1D points which constitute the end points of the intervals which partition the real line. |
r |
A positive real number which serves as the expansion parameter in PE proximity region;
must be |
c |
A positive real number in |
A list with three elements
dom.num |
Domination number of PE-PCD with vertex set |
mds |
A minimum dominating set of the PE-PCD. |
ind.mds |
The data indices of the minimum dominating set of the PE-PCD whose vertices are |
int.dom.nums |
Domination numbers of the PE-PCD components for the partition intervals. |
Elvan Ceyhan
PEdom.num.nondeg
a<-0; b<-10
c<-.4
r<-2
#nx is number of X points (target) and ny is number of Y points (nontarget)
nx<-15; ny<-4; #try also nx<-40; ny<-10 or nx<-1000; ny<-10;
set.seed(1)
Xp<-runif(nx,a,b)
Yp<-runif(ny,a,b)
PEdom.num1D(Xp,Yp,r,c)
PEdom.num1D(Xp,Yp,r,c=.25)
PEdom.num1D(Xp,Yp,r=1.25,c)
Add the following code to your website.
For more information on customizing the embed code, read Embedding Snippets.