gravity.fit: Gravity estimation for a single time point
In networkTomography: Tools for network tomography
Description
Usage
Arguments
Value
See Also
Examples
Description
Gravity estimation for a single time point
Usage
1
gravity.fit(yt, srcDstInd)
Arguments
yt
length-m numeric vector of observed aggregate
flows at time t
srcDstInd
list of source and destination flow
indices corresponding to each point-to-point flow, as
produced by getSrcDstIndices
Value
xhat, a numeric vector of length k providing gravity
estimates of the point-to-point flows of interest
See Also
Other gravity: gravity
Examples
1
2
3
data(cmu)
srcDstInd <- getSrcDstIndices(cmu$A.full)
estimate <- gravity.fit(yt=cmu$Y.full[1,], srcDstInd=srcDstInd)
networkTomography documentation built on May 2, 2019, 3:28 a.m.
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Description Usage Arguments Value See Also Examples
Description
Gravity estimation for a single time point
Usage
1 | gravity.fit(yt, srcDstInd)
|
Arguments
yt |
length-m numeric vector of observed aggregate flows at time t |
srcDstInd |
list of source and destination flow
indices corresponding to each point-to-point flow, as
produced by |
Value
xhat, a numeric vector of length k providing gravity estimates of the point-to-point flows of interest
See Also
Other gravity: gravity
Examples
1 2 3 | data(cmu)
srcDstInd <- getSrcDstIndices(cmu$A.full)
estimate <- gravity.fit(yt=cmu$Y.full[1,], srcDstInd=srcDstInd)
|
R Package Documentation
Browse R Packages
We want your feedback!
Note that we can't provide technical support on individual packages. You should contact the package authors for that.
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