Sentence examples for memory capable of from inspiring English sources

The eight-ounce camera comes with eight megabytes of memory, capable of taking 128 pictures at 640 by 480 pixels, or two minutes of video.

The aim is to create a form of memory capable of bridging the gap between flash, which is used for storage, and dynamic random-access memory, which computers use as short-term working memory, but which loses its contents when switched off.

The Sony ICD-UX70 features 1GB of flash memory capable of recording between 12 and 290 hours of MP3 audio, depending on the quality setting.

This paper describes some possibilities of creating and structuring a personal digital memory capable of facilitating architectural design and design learning.

He figures it will take two years for him and his colleagues from HP Labs, working with scientists at UCLA and UC Berkeley, to perfect a molecular memory capable of holding just 16 bits of data about 16 letters' worth.

The only real difference between the 6 and 60 was a larger RAM memory capable of storing 56-programmed sounds.

So perhaps or perhaps not: Albertine endows its users with a collection of intensely tactile memories, capable of producing both bliss and despair.

It offers the potential for a cheap, simple memory that could compete across the whole spectrum of digital memories, from low-cost, low-performance applications up to universal memories capable of replacing all current market-leading technologies, such as hard disk drives, random-access memories, and Flash memories [112].

By using dual-port memories, or memories capable of supporting frequencies in the range of 400 MHz (that would allow to have the main circuit operating at 200 MHz), it would be possible to achieve 14 iterations for worst case condition (see Table 6) without additional modifications in the design, at the expense of an increase in power consumption.

Not only are many of these new technologies inherently more scalable, but also they seem well suited to the next generation of mobile computing and communications that will demand high-capacity memories capable of storing and rapidly accessing video and a large database without overburdening battery power sources.

Computers have very reliable memories capable of error checking at the bit level while the human memory supports only a high-level semantic consistency check.