Sentence examples for bits used to encode from inspiring English sources

In H.264/AVC standard, the total coding bits required for one frame contain the bits used to encode header information, motion data, and video residual as shown in Equation 5: R total = R header + R motion + R residual (5).

A typical problem in image coding is rate minimization: minimize the number of bits used to encode an image while holding the image quality at or above some target level (e.g., transparent coding).

For a given frame, the number of bits that would have been used at the reference quantization level, denoted by bits (MQ _ref), can be estimated by the actual bits used to encode this frame, denoted by bits(MQ _input), and the two quantization matrices as shown in Equation 11.

For a k-mer the actual value o stored in the offset list is computed in the following way: where h is the logical sequence id, ⌈2 B / s⌉ is the number of bits used to encode the position of a k-mer within its logical sequence at stride s and p is the offset of the last letter of the k-mer relative to the start of the logical sequence.

n bits are used to encode the state information needed to the purpose of semi-globally stabilizing an n-dimensional system.

The remaining 32-bits are used to encode the translation vector.

For example at 24 kpbs, around 130 bits per one frame is used to encode the FAC parameters.

A binary symbol representing, e.g. the sign of a numeric value, is encoded using the statistical distribution of all already encoded sign symbols, which is different to the statistical distribution used to encode numeric value bits.

This can be used to encode a digital bit.

A 16-bit switched predictive three-stage vector quantizer was used to encode estimation residues.

In it, Shannon defined the units of information, the smallest possible chunks that cannot be divided any further, into what he called "bits" (short for binary digit), strings of which can be used to encode any message.