Flash memories based storage systems have some specific constraints leading designers to encapsulate some management services into a hardware/software layer called the Flash Translation Layer (FTL).
Long-term memory storage based on bistability of connection strength has been empirically implemented in a VLSI circuit [66].
Small index large table (SILT) [20] is a memory efficient, high-performance key-value store based on flash storage.
Second, SAP is developing in-memory data storage based on Sybase technology, which he says will provide "unbelievable speed" while collapsing the infrastructure and simplifying the entire IT environment.
The flash-memory based Solid State Drive (SSD) presents a promising storage solution for increasingly critical data-intensive applications due to its low latency (high throughput), high bandwidth, and low power consumption.
Storage, retrieval, and decoding of distributed representations are implemented by efficient auto-associative memories; using distributed memories based on the idea of Hebb's cell assemblies additionally provides a natural tool for emergence of generalization hierarchies.
Consequently, WORM memories based on DNA a biopolymer nanocomposite have emerged as an excellent candidate for next-generation information storage media because of their potential application in flexible memory devices.
