Abstract: A method for managing bandwidth allocation in a storage area network includes receiving a plurality of Input/Output (I/O) requests from a plurality of client devices, determining a priority of each of the client devices relative to other client devices, and dynamically allocating bandwidth resources to each client device based on the priority assigned to that client device.

Abstract: A method for managing bandwidth allocation in a storage area network includes receiving a plurality of Input/Output (I/O) requests from a plurality of client devices, determining a priority of each of the client devices relative to other client devices, and dynamically allocating bandwidth resources to each client device based on the priority assigned to that client device.

Abstract: A method for managing bandwidth allocation in a storage area network includes receiving a plurality of Input/Output (I/O) requests from a plurality of client devices, determining a priority of each of the client devices relative to other client devices, and dynamically allocating bandwidth resources to each client device based on the priority assigned to that client device.

Abstract: A battery powered device using a method for efficiently supplying operational power to a measurement system for brief periods of time for the purpose of maximizing battery life while minimizing circuit size and cost is described. The device employs a highly integrated, low power consumption microcontroller with general purpose output port pins whose logic level is under control of a software program. The microcontroller output pins contain substantial series impedance to the power supplying or power returning terminal which prohibits significant current delivery through the port pin and therefore normally limits the use of such output pins to setting a digital signal status into other logic circuitry. Also contained within the device is a differential voltage comparator being used as a measurement system which requires a substantial supply current to operate.