generation loss

(The analog tape copying process usually results in Generation loss).

In the process, a second video tape with closed captions would be created, incurring generation loss.

Generation loss is also controlled, due to not having to repeatedly re-encode the data when different effects are applied.

Generation loss was also a limiting factor because of the nature of analog video tape.

Used correctly, digital technology can eliminate generation loss.

In digital systems, several techniques, used because of other advantages, may introduce generation loss and must be used with caution.

Careful planning was required to minimize generation loss, and the resulting noise and poor frequency response.

Generation Loss is a novel published by Elizabeth Hand.

If the enlargement process is done optically, the generation loss will add even more grain and reduce the image sharpness.

Nesting is especially helpful in large or complex or special effects projects as the final rendering suffers no generation loss.

This is called generation loss.

The process of lossy-to-lossy transcoding introduces varying degrees of generation loss.

Generation loss refers to the loss of quality between subsequent copies or transcodes of data.

Repeated applications of lossy compression and decompression can cause generation loss, particularly if the parameters used are not consistent across generations.

It also does not require multiple render passes to achieve the effect, avoiding generation loss from multiple compression cycles.

Only 1.2 MW from one of the 13 wind turbines was offline, insignificant compared to the major generation loss.

Thus careful planning of an audio or video signal chain from beginning to end and rearranging to minimize multiple conversions is important to avoid generation loss.

MP3Gain does not introduce any digital generation loss because it does not decode and re-encode the file.

Due to the nature of lossy algorithms, audio quality suffers when a file is decompressed and recompressed (digital generation loss).

This also means that e-Captioning can be performed faster, and the resulting video can be of higher quality due to the lack of generation loss.

Lossy compression formats suffer from generation loss: repeatedly compressing and decompressing the file will cause it to progressively lose quality.

An image can be stored losslessly and converted to JPEG format only for distribution, so that there is no generation loss.

File size increases are a common result of generation loss, as the introduction of artifacts may actually increase the entropy of the data through each generation.

Compression artifacts are cumulative, so transcoding causes a progressive loss of quality with each successive generation, known as digital generation loss.

Due to transmission losses, generation losses and the fuel mix used, electricity has a significantly higher carbon intensity - around 0.43kgCO2/kWh for the end user.