This formula can be used to compute with floating point operations for real between 0 and 2.5.

Guard Digits are also used in floating point operations in most computer systems.

This is a project aimed at building a computer which can process one million floating point operations per second.

This works well for low boiling point operations or when a heat source's minimum temperature is high.

It had a complete set of built-in floating point operations, including square root.

Note that 64-bit floating point operations consumes both the first two execution columns.

As a result, floating point operations were an order of magnitude faster than what was possible in software.

This will approximately triple the speed of floating point operations.

They are usable for both integer and floating point operations, see below.

Floating point operations were available using a single 72-bit accumulator.