One memory circuit includes an active memory device, an inactive memory device, and a sense amplifier coupled between the active memory device and the inactive memory device.

The active memory device and the inactive memory device are the same type of memory device and the inactive memory device is a reference device with respect to the active memory device's current.

By using active memory for keys actively being used, system performance is enhanced.

Access is mapped away from the active memory die to the spare memory die..

A memory module includes a memory module copy engine for copying data from an active memory die to a spare memory die.

In this case, the knowledge moves from the active into the passive memory.

An inactive memory is synchronized with an active memory in a fault-tolerant computer system that includes an active processor.

Granted memory is too much if the active memory is constantly low.

Every subsequent Eucharistic celebration is a reminder of that fact.

The active memory can be smaller than the virtual machine memory size.

If the active memory size is the same as the granted memory size, the demand for memory is greater than the memory resources available.

If the active memory size is the same as the granted memory size, demand for memory is greater than the memory resources available.

The prefrontal cortex is responsible for working memory.

The prefrontal cortex is responsible for storing working memory.

If the active memory is consistently low, the memory size might be too large.