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The recent advent of stacked memory devices has led to a resurgence of research associated with the fundamental memory hierarchy and associated memory pipeline.
The dot size of nanocrystalline germanium (NC Ge) which impacts on the charging dynamics of memory devices has been theoretically investigated.
The demand for low-power, high-speed, and high-density non-volatile memory devices has increased drastically over the past decade due to the growing market of consumer electronics.
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Sales of microprocessors were up 7.8percentt, and sales of dynamic random access memory devices had risen 11percentt since July.
Similar ionic memory devices have been made before in the lab, but they relied on more exotic materials.
But as memory devices have shrunk, it has become a challenge to keep the electrical charges that represent stored data from leaking away.
A large number of nonvolatile memory devices have been reported with both inorganic and organic components, and many of these involve changes in device resistance between a high conductivity "ON" state and a low conductivity "OFF" state.
Basically, the cross-point memory devices have been reported by several groups.
Resistive switching memory characteristics using Cu and Al TEs on the GeO x /W cross-point memory devices have been compared.
Because non-volatile memory devices have charge storage layers, the charge carriers can be stored (or trapped).
Many nonvolatile memory devices have been proposed on the basis of changing charge storage materials and new device concepts for the 'unified memory'.
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Justyna Jupowicz-Kozak
CEO of Professional Science Editing for Scientists @ prosciediting.com