San Mateo, Calif. – For a number of good reasons, reconfigurable computing array architectures have been drawing more attention of late. In these designs, a large array of processors-usually from ...

“Conventional resistive crossbar array for in-memory computing suffers from high static current/power, serious IR drop, and sneak paths. In contrast, the “capacitive” crossbar array that harnesses ...

In an article published in Nature Communications, Chinese researchers reveal a breakthrough in neuromorphic computing using ultra-low-power carbon nanotube/porphyrin synaptic arrays, which enhance ...

When a mirrored RAID array goes into degraded mode, there is no loss of function since the data is just redundant, but for the sake of data and workflow safety, it's a good idea to rebuild it as ...

One notable example is in-memory computing based on crossbar arrays of non-volatile memories that execute, in an analogue manner, multiply–accumulate operations prevalent in artificial neural networks ...

Superposition being useful for quantum computing. The lasers that manipulate the states of the atoms typically illuminate the entire array, which makes it difficult to process quantum information held ...

People who leave Azureus running all day long could benefit from this 2TB RAID array from Other World Computing, said to be the Largest Ever. It's got a ...

The use of computer modeling eliminates the ambiguity and inaccuracy that can be encountered with measured field intensity readings used to establish proper array performance. In many cases extreme ...

The signal processing is based on the next generation of Array Systems Computing Inc.’s (Array) SAPPS sonar processor architecture, which is currently in operational use by the German and ...

In an article published in Nature Communications, Chinese researchers reveal a breakthrough in neuromorphic computing using ultra-low-power carbon nanotube/porphyrin synaptic arrays, which enhance ...