‘pronunciation performance’ is correct and usable in written English.
It can be used to refer to the way someone pronounces words when they are speaking, as in a public speaking situation, or to refer to the quality of someone's pronunciation while speaking. For example: “Her pronunciation performance during the speech was excellent.”.
For them a very important positive aspect was the introduction of using cell phones and tablets to record students' pronunciation performances.
The idea to do an original-pronunciation performance (as opposed to the pronunciation taught at the Royal Academy of Dramatic Art, or to the so-called received pronunciation, which is modern, upper-class, BBC-style English) is not quite new.
The original-pronunciation performances clocked in at 10 minutes less than the same words in modern speech.
The compromise was to work up a modern-language "Romeo" and then squeeze in extra rehearsals to make possible three original-pronunciation performances over a single weekend.
This revision led to the key performance pronunciation features being more clearly specified throughout a greater number of bands on the analytic scale, and subsequently, the criteria became easier for raters to apply.
A repetition was considered complete when we are able to evaluate a subject's performance (pronunciation) from the oral recording.
The phone lattice reconstruction algorithms improve LRE performance by removing pronunciation and grammar constraints to provide a richer set of decoding alternatives and context.
These are exactly the problems we face in the DISCO project, which is aimed at developing a prototype of an ASR-based CALL application for practicing oral skills in Dutch as a second language (DL2) and providing intelligent feedback on important aspects of speaking performance such as pronunciation, morphology, and syntax.
When initialised appropriately, longer-length acoustic models that borrow their topology from a sequence of triphones cannot capture the pronunciation variation phenomena that hinder recognition performance the most.
The equation, that improvement in shadowing performance equals improvement in pronunciation, means improvement in bottom-up processing to aim at higher level of the language processing ladder.
As can be seen in Table 3, performance decreased using lexicons with pronunciation variants generated using data-driven methods.
