Number of critical points studied in sentences is limited |
Yes. Number and placement of anomalies is finite and controlled by the examiner |
No. Processing speed can be measured at any point in the sentence |
Yes. Number and placement of lexical decision probes is finite and controlled by the examiner |
No. Eye movements can be measured at any point in the sentence |
Relies on performance of an overt, consciously controlled behavioral response to generate primary data |
Yes. Requires button press when anomalies are encountered/detected |
Yes. Requires button press response to advance written or spoken words |
Yes. Requires button press to perform lexical decision |
No. Overt responding is not required; eye movements are automatic |
Requires dual language task performance |
No. Only requires listening to sentences |
No. Only requires reading or listening to words in sentences |
Yes. Requires lexical decision to be made while listening to sentences |
No. Only requires listening to sentences |
Task reflects natural sentence processing |
No. Detecting anomalous words in sentences is not part of natural sentence processing or comprehension |
No. Sentences are not naturally processed or comprehended word by word, in either written or spoken form |
No. Consciously performing two different language tasks is not part of natural sentence processing or comprehension |
Yes. Participants listen to critical sentences naturally while unconscious eye movements are recorded |
Can be used to evaluate failed comprehension |
No. Failed anomaly detection only is measured |
Yes. Reading times for correctly and incorrectly comprehended sentences could be computed, however, comprehension accuracy is generally not computed on a sentence-by-sentence basis |
Yes. Reaction times at various probe sites for correctly and incorrectly comprehended sentences could be computed, however, comprehension accuracy is generally not computed on a sentence-by-sentence basis |
Yes. Eye movements for correctly and incorrectly comprehended sentences can be analyzed separately |