Consider two random vectors $X\equiv (X_1,..., X_M)$ and $V\equiv (V_1,..., V_N)$. Suppose that $X\perp V$, where $\perp$ denotes stochastic independence.
Does this imply $W\equiv (X_1-X_M, X_2-X_M,..., X_{M-1}-X_{M})\perp V$?
Consider two random vectors $X\equiv (X_1,..., X_M)$ and $V\equiv (V_1,..., V_N)$. Suppose that $X\perp V$, where $\perp$ denotes stochastic independence.
Does this imply $W\equiv (X_1-X_M, X_2-X_M,..., X_{M-1}-X_{M})\perp V$?
Copyright © 2021 JogjaFile Inc.