The R 2 value equals R 2=0.90729 indicates that the Zipf's equation fits well to the obtained statistical data of the word occurrence frequency in Polish language.
In a similar vein, Burroughs was both intrigued by Scientology's study of language, but felt distaste for the way it was being utilized: They [the Church of Scientology] have a great deal of very precise data on words and the effects produced by words – a real science of communication.
The basic problem for such an approach is that experimental data of within-word fixation locations consist of both well-located (i.e., fixations intended for the realized target word) and mislocated fixations (i.e., fixations intended for adjacent words).
The data, strings of words, sentences, or even paragraphs reflecting a common meaning were coded as one instance.
Because of its design, the BLP makes the same analyses possible as the DLP, offering researchers with a new interesting data set of word-processing times for mixed effects analyses and mathematical modeling.
Estimated connectivity values provided an excellent account of the measured data for word (p>0.99; RMSEand0−3) and pseudoword (p>0.67; reading0−3) reading, but also during the processing of the other categories (p-values in Table S1).
This makes sense, since having more input data, the importance of word vectors themselves is relatively smaller.
Mr. McGill, who was born in England and lives in New York, lays out that history, beginning with the bombing of Hiroshima, in a data-stream of words and images, with words predominating.
The validation of statistical data for words was performed by the fit of Zipf's equation to the ranked frequency distribution of Polish words.
To evaluate the performance for speech-like processes, AR models are estimated from sounds of the phoneme 'A' of recorded data of the Swedish word Hallå (Hallo) as well as of the whole word Hallå from the same speakers (three males and three females).
