Locally most powerful sequential tests for discrete-time Markov processes-time Markov process. We construct a locally most powerful
sequential test, which maximizes the derivative
Numerical Diagnostics of Solution Blow-Up in a Thermoelectric Semiconductor Model posteriori error
estimate obtained by computing approximate solutions on
sequentially refined grids. The blow
Locally most powerful sequential tests for discrete-time Markov processes-time Markov process. We construct a locally most powerful
sequential test, which maximizes the derivative
Guaranteed parameter estimation of ARARCH(1,1) with drifting parameter variances are considered. For the first case we apply the truncated
sequential estimation method
Locally most powerful sequential tests of a simple hypothesis vs. one-sided alternatives is to characterize the structure of locally most powerful
sequential tests in this problem. For any
sequential test