This postulate was extended by the Chandy-Herzog-Woo theorem for queueing networks, which works by using a Flow Equivalent Server as a substitute for all queues except those in a designated sub-network. It was concurrently discovered by Hans Ferdinand Mayer in 1926, who sometimes shares credit in its name, and it can be applied to general impedance
This postulate was extended by the Chandy-Herzog-Woo theorem for queueing networks, which works by using a Flow Equivalent Server as a substitute for all queues except those in a designated sub-network. It was concurrently discovered by Hans Ferdinand Mayer in 1926, who sometimes shares credit in its name, and it can be applied to general impedances in single-frequency AC systems. It states that an ideal current source in parallel with a single resistor is electrically equivalent to any linear current network which may be viewed from two terminals. Named for a ►researcher at Bell Labs, FTP, give this extension of Thévenin's Theorem.
This postulate was extended by the Chandy-Herzog-Woo theorem for queueing networks, which works by using a Flow Equivalent Server as a substitute for all queues except those in a designated sub-network.
{Norton}’s Theorem