floating point representation

The floating point representation is natural to Evolution strategy and evolutionary programming.

A half precision floating point representation in computer sciences.

Computers necessarily lack the ability to manipulate real numbers, typically using floating point representations instead.

This representation is used in theoretical analyses, and in systems that use floating point representations.

Euphoria dynamically changes between integer and floating point representation according to the current value.

An alternative proposal for a floating point representation, with 5-bit mantissa and 3-bit radix, was abandoned.

This is called floating point representation.

Typically, numeric parameters can be represented by integers, though it is possible to use floating point representations.

Superfunctions, usually the superexponentials, are proposed as a fast-growing function for an upgrade of the floating point representation of numbers in computers.

There are old ARM processors that have half little-endian, half big-endian floating point representation.

These bits are set to all ones by any MMX instruction, which correspond to the floating point representation of NaNs or infinities.

FOCAL's PDP-8 implementation used a floating point representation that represented numbers as four 12-bit words, with thirty-six bits of mantissa and twelve bits of exponent.

The SV1 used Cray floating point representation, not the IEEE 754 floating point format used on the Cray T3E and some Cray T90 systems.

Rounding is almost unavoidable in many computations, especially when dividing two numbers in integer or fixed-point arithmetic; when computing mathematical functions such as square roots, logarithms, and sines; or when using a floating point representation with a fixed number of significant digits.

Because the FPU stack registers are 80 bits wide, the upper 16 bits of the stack registers go unused in MMX, and these bits are all set to ones, making them NaNs or infinities in the floating point representation.

The standard USM coordinates can be directly obtained from the bUSM form by interpreting the bUSM coordinates as block floating point representations of the USM coordinates with the binary decimal point set to the left of the most significant bit.