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\name{embed}\title{Embedding a Time Series}\usage{embed (x, dimension = 1)}\alias{embed}\arguments{\item{x}{a numeric vector, matrix, or time series.}\item{dimension}{a scalar representing the embedding dimension.}}\description{Embeds the time series \code{x} into a low-dimensionalEuclidean space.}\details{Each row of the resulting matrix consists of sequences\code{x[t]}, \code{x[t-1]}, \dots, \code{x[t-dimension+1]}, where\code{t} is the original index of \code{x}. If \code{x} is a matrix,i.e., \code{x} contains more than one variable, then \code{x[t]}consists of the \code{t}th observation on each variable.}\value{A matrix containing the embedded time series \code{x}.}\author{A. Trapletti, B.D. Ripley}\examples{x <- 1:10embed (x, 3)}\keyword{ts}