This is similar to concatenative techniques in audio speech synthesis.

The relationship was certainly concatenative, if not equivalent.

There are also extensions to make it easier to support languages with concatenative morphologies.

Our work on concatenative synthesis was started by Joseph Olive in the mid 70s.

Most existing concatenative languages are stack-based; this is not a requirement and other models have been proposed.

There are three main sub-types of concatenative synthesis.

Formant synthesizers are usually smaller programs than concatenative systems because they do not have a database of speech samples.

Concatenative languages can be implemented in an efficient way with a stack machine, and are a common strategy to program virtual machines.

ASL does have a limited number of concatenative affixes.

PostScript is a Turing-complete programming language, belonging to the concatenative group.

Generally, concatenative synthesis produces the most natural-sounding synthesized speech.

Much of the original work on concatenative language theory was carried out by Manfred von Thun.

Although formal languages are usually compositional in the concatenative sense, concatenation is not the only version of compositionality.

Concatenative languages can be made well-suited to an implementation inspired by linear logic where no garbage is ever generated.

UTAU was originally created to assist this process using concatenative synthesis.

This method is sometimes called rules-based synthesis; however, many concatenative systems also have rules-based components.

This is referred to in the concatenative community as factoring and is used extensively to simplify programs into smaller parts.

The technology employed to produce the voice is the StarCaster text-to-speech system, which uses concatenative synthesis.

In computer science, postfix notation is often used in stack-based and concatenative programming languages.

Concatenative synthesis is a technique for synthesising sounds by concatenating short samples of recorded sound (called units).

All of our text-to-speech systems are concatenative systems, though there is continuing interest in other approaches, including articulatory synthesis.

Concatenative synthesis is based on the concatenation (or stringing together) of segments of recorded speech.

Most concatenative languages are dynamically typed.

In many languages with a concatenative morphology, the stem plays no grammatical role; the grammar is determined by the suffixes.

The syntax and semantics of concatenative languages form the algebraic structure of a monoid.