Ferroelectric memory combines the advantages of flash drives and RAM: fast, dependent on energy and has high registration density. However, its use is still limited to the occurrence of a fault when reading about a change in electrical properties over time. Press service, this leads to the risk of loss of information, he said.
The developed algorithm takes into account the changes in the so -Called coercive voltage that determines the conditions under which data deletion or recording is determined. Scientists analyzed how these parameters were affected by temperature, the structure of the material, the number of rewriting cycles and other factors.
The accuracy of the algorithm was confirmed by experiments using memory based on zirconium oxides and Gaphnia. The resulting calculations coincided with real results, which made the model a reliable tool to evaluate the characteristics of new materials and design more stable data storage devices.
Source: Ferra
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