computer performance

Computer performance and lack of information within the game were however criticised.

Computer performance is generally measured in millions of instructions a second.

Mtops is a measure of computer performance created by the Government.

It also is known to slow down computer performance.

A benchmark is a program designed to measure and compare computer performance.

The required computer performance therefore depends on the scope of application.

But each benchmark generally measures only a single aspect of computer performance.

Higher transmission speed of serial data (limited by computer performance only).

Computer performance increases as the square of the cost.

It is used to improve computer performance and speed.

More memory almost always translates into better computer performance.

He developed a computer performance model for a major computer vendor.

This was his first fore into computer performance analysis.

It was however criticised for the difficulty of gameplay and computer performance.

Progress mainly came from improved computer performance and larger source text databases.

Frequency scaling was the dominant reason for improvements in computer performance from the mid-1980s until 2004.

A benchmark is a more thorough way of measuring and comparing computer performance.

Depending on the context, good computer performance may involve one or more of the following:

Computer performance can also be measured in floating-point operations per second, or flops.

The two measures focus on different kinds of computer performance, scalar and vector processing.

The number of agents supported by the engine is limited mainly by computer performance.

The system was unique because it included a separate floating point processor providing mini computer performance.

Raising overall computer performance on systems where smaller file systems are more efficient.

The company is reportedly trying to attain a significant jump in computer performance by designing its own microprocessor.

One strength of Slalom is that it measures several aspects of computer performance, including the time taken to set up a problem.