David Meisner

David Meisner is a highly skilled inventor hailing from Mill Valley, California in the United States. With one patent to his name, he joins the ranks of some of the most brilliant minds in the world of technology. His unique contribution to the world of computer engineering is a power management system designed to conserve energy and increase efficiency.

Meisner's patented invention, titled "Computer energy conservation with a scalable PSU configuration," is a method used by a blade server or other networked computer to manage power consumption. This system allows for the monitoring of processes within the computer, enabling it to determine when the computer has become idle and switch the CPU and memory from an active state to a low power state while maintaining the network interface and timer in an active state. Additionally, this system provides power management for multicore processors.

What makes Meisner's invention unique is the power supply system used to provide shared power to groups of networked computers that have a similar power demand. Each PSU in the power supply system is capable of supplying the active power demand at an efficiency greater than a preselected desired minimum efficiency. This system allows changes in power requirements resulting from a computer switching between low power and active states to be accommodated by switching a single PSU into or out of the system.

Meisner is part of the team at the University of Michigan, a leading force in technological innovation. He works alongside fellow inventor Thomas Friedrich Wenisch, who also has a patent under his name. Together, they continue to push the boundaries of what is possible in the world of computer engineering.

In conclusion, David Meisner's groundbreaking invention has paved the way for energy conservation in the world of computer engineering. His passion for technology and innovation has enabled him to make a significant contribution to the field, and his work at the University of Michigan in combination with that of Thomas Friedrich Wenisch only highlights their commitment to excellence in the world of technological advancement.