1\name{rbridge}
2\alias{rbridge}
3\title{Simulation of Brownian Bridge}
4\usage{
5rbridge(end = 1, frequency = 1000)
6}
7\arguments{
8\item{end}{the time of the last observation.}
9\item{frequency}{the number of observations per unit of time.}
10}
11\description{
12\code{rwiener} returns a time series containing a simulated realization
13of the Brownian bridge on the interval [0,\code{end}]. If W(t) is a
14Wiener process, then the Brownian bridge is defined as W(t) - t W(1).
15}
16\seealso{
17rwiener
18}
19\examples{
20# simulate a Brownian bridge on [0,1] and plot it
21
22x <- rbridge()
23plot(x,type="l")
24}
25\keyword{distribution}
26