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Memory architecture describes the methods used to implement electronic computer data storage in a manner that is a combination of the fastest, most reliable, most durable, and least expensive way to store and retrieve information. Depending on the specific application, a compromise of one of these requirements may be necessary in order to improve another requirement. Memory architecture also explains how binary digits are converted into electric signals and then stored in the memory cells. And also the structure of a memory cell.

Attributes	Values
rdf:type	drug
rdfs:label	Memory architecture (en)
rdfs:comment	Memory architecture describes the methods used to implement electronic computer data storage in a manner that is a combination of the fastest, most reliable, most durable, and least expensive way to store and retrieve information. Depending on the specific application, a compromise of one of these requirements may be necessary in order to improve another requirement. Memory architecture also explains how binary digits are converted into electric signals and then stored in the memory cells. And also the structure of a memory cell. (en)
dcterms:subject	Computer memory
Wikipage page ID	22501335 (xsd:integer)
Wikipage revision ID	1102908621 (xsd:integer)
Link from a Wikipage to another Wikipage	64-bit Processor register Memory model (addressing scheme) Memory-disk synchronization Memory protection Memory virtualization Video memory Deterministic memory ECC memory 16-bit Convolution Modified Harvard architecture Multiply–accumulate operation Conventional memory Cache-only memory architecture Stack-based memory allocation Lernmatrix Address generation unit Distributed memory Distributed shared memory 32-bit 8-bit Computer memory Flash memory Flat memory model Non-uniform memory access Memory refresh Primary data storage Registered memory Harvard architecture High memory area Dual-channel architecture Universal memory Digital signal processor Bus (computing) Shared memory (interprocess communication) Shared memory architecture Cache memory Memory hierarchy Uniform memory access Virtual memory Von Neumann architecture Expanded memory Extended memory Tagged architecture X86 memory segmentation Dynamic memory PCI memory hole Parity error Princeton architecture Memory level parallelism Memory model (computing)
sameAs	Memory architecture Memory architecture Memory architecture Memory architecture Memory architecture
dbp:wikiPageUsesTemplate	dbt:Reflist dbt:Short_description dbt:Computer-stub
has abstract	Memory architecture describes the methods used to implement electronic computer data storage in a manner that is a combination of the fastest, most reliable, most durable, and least expensive way to store and retrieve information. Depending on the specific application, a compromise of one of these requirements may be necessary in order to improve another requirement. Memory architecture also explains how binary digits are converted into electric signals and then stored in the memory cells. And also the structure of a memory cell. For example, dynamic memory is commonly used for primary data storage due to its fast access speed. However dynamic memory must be repeatedly refreshed with a surge of current dozens of time per second, or the stored data will decay and be lost. Flash memory allows for long-term storage over a period of years, but it is much slower than dynamic memory, and the static memory storage cells wear out with frequent use. Similarly, the data bus is often designed to suit specific needs such as serial or parallel data access, and the memory may be designed to provide for parity error detection or even error correction. The earliest memory architectures are the Harvard architecture, which has two physically separate memories and data paths for program and data, and the Princeton architecture which uses a single memory and data path for both program and data storage. Most general purpose computers use a hybrid split-cache modified Harvard architecture that appears to an application program to have a pure Princeton architecture machine with gigabytes of virtual memory, but internally (for speed) it operates with an instruction cache physically separate from a data cache, more like the Harvard model. DSP systems usually have a specialized, high bandwidth memory subsystem; with no support for memory protection or virtual memory management.Many digital signal processors have 3 physically separate memories and datapaths -- program storage, coefficient storage, and data storage.A series of multiply–accumulate operations fetch from all three areas simultaneously to efficiently implement audio filters as convolutions. (en)
gold:hypernym	Combination
prov:wasDerivedFrom	wikipedia-en:Memory_architecture?oldid=1102908621&ns=0
page length (characters) of wiki page	3840 (xsd:nonNegativeInteger)
foaf:isPrimaryTopicOf	wikipedia-en:Memory_architecture
is Link from a Wikipage to another Wikipage of	Memory address NoRMA Glossary of computer graphics Glossary of computer hardware terms Distributed shared memory Digital signal processor Direct Rendering Manager Vision processing unit Very long instruction word
is foaf:primaryTopic of	wikipedia-en:Memory_architecture

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