data density

In practice, the data density would be much lower, for at least four reasons:

And I had them copied at the highest possible data density."

It is the simplest recording method, but has the lowest data density.

The higher data density is achieved by using exhaustive compression techniques.

The 2314 Disk access mechanism was similar to the 2311, but further recording improvements allowed higher data density.

This in turn allows a higher data density on the magnetic platters, which provides a greater memory capacity.

The very high data density of millipede systems makes them a very good candidate to be put to this use.

Patterned media presents the possibility of increasing data densities compared to conventional media.

The data density should be relatively high, otherwise a table may be better suited for displaying the data.

Horizon graphs are a space efficient method to increase the data density of a time-series while preserving resolution.

A side effect of the increased data density was an increase in speed, moving the Bigfoot to middle-of-the-pack status amongst its contemporaries.

Since 1991, when I.B.M. introduced the industry's first magnetoresistive head, data density has increased 60 percent a year.

Each of the methods alone don't contribute huge improvements to data density, and can only get up to two to three hundred gigabits per square inch.

Despite the additional complexity of continually adjusting the rotational speed, it is a worthwhile tradeoff to improve data density.

Phaethon said, "The distance is not an obstacle for piecework done in large blocks, especially high-quality work with low data densities.

The data density of DNA is impressive.

Hitachi has increased data density on harddrives to 230 Gigabit per square inch using perpendicular recording.

Other key concepts of Tufte are the lie factor, the data-ink ratio, and the data density of a graphic.

The Millipede system provides high data density, low seek times, low power consumption and presumably, high reliability.

Since circuitry layout is not a key factor for data density, the amount of storage is typically much larger than for electrically addressed systems.

The primary benefit of MLC flash memory is its lower cost per unit of storage due to the higher data density.

To overcome the asymmetry in the data density, data is interpolated between lines (usually 5 times) and data along the line is then averaged.

In two dimensions, if you assume one base per square nanometer, the data density is over one million Gbits per square inch.

It used data density 128 bits per inch (with real transfer rate 7,200 characters per second) on magnetically plated phosphor bronze tapes.

This type of storage system is more compact than current magnetic tape or hard drive storage systems due to the data density of the DNA.