Memory for general and specific sentences

Cued recall indicated that memory was better for sentences containing specific verbs (e.g., scratched) than for sentences containing general verbs (e.g., injured). When synonymic verb responses were included, however, the general-specific difference was eliminated. Also, for complete sentence recall, subject nouns were better retrieval cues than verbs or object nouns. nt]mis|This research was supported by National Science Foundation Research Grant GB-22664 to L. Starling Reid and by a grant to the author from the Denison University Faculty Development Activities Program. Thanks are due Bill Stehle and Larry Giordano, who assisted in data collection and analysis.     

Memory for the intentions of sentences

Memory for the intentions of sentences was studied in two recognition tasks. In each study, Ss first acted out a dialogue written for two people. They then judged whether certain sentences in a second dialogue were the same as or different from previons sentences (Experiment I) or chose between two intentions suggested for some previous sentences (Experiment II) Sentences which were repeated with the same intention across the two dialogues were judged as being the same significantly more often than were sentences repeated with a different intention. The appropriate intention for each of these sentences was also usually chosen. In both studies, Ss appeared to remember more accurately the sentences they had spoken themselves than they did those that were addressed to them.     

Memory for emotional words in sentences: The importance of emotional contrast

Numerous researchers have demonstrated that emotional words are remembered better than neutral words. However, the effect has been attributed to factors other than emotion because it is somewhat fragile and influenced by variables such as the experimental designs employed. To investigate the role of emotion per se in memory for emotional words, negative-affect but low arousal emotional words were placed in sentence contexts that either activated high emotional meanings of the words (Shane died in his car last night.), or low emotional meanings of the words (Shane's old car died last night). The high-emotional contexts led to better memory than the low-emotional contexts, but only in mixed lists of emotional and neutral words. Additionally, the traditional emotional memory effect was also limited to mixed lists. The results are consistent with the idea that an emotional contrast is responsible for the emotional memory effect with low arousal emotional words.     

Memory for the pragmatic implications of sentences

A sentence pragmatically implies another sentence when information in the first sentence leads the hearer to expect something that is neither explicitly stated nor necessarily implied by the original sentence. Thus,The safe-cracker put the match to the fuse pragmatically impliesThe safe-cracker lit the fuse. In a cued recall task with sentences containing pragmatic implications, 19% of the items were recalled correctly while 26% of the responses consisted of the pragmatic implications of the original sentences. The data were interpreted as demonstrating the strong interaction of the subjects’ long-term knowledge with the episodic memory for sentences task.     

The acronym superiority effect

The visual world is replete with noisy, continuous, perceptually variant linguistic information, which fluent readers rapidly translate from percept to meaning. What are the properties the language comprehension system uses as cues to initiate lexical/semantic access in response to some, but not all, orthographic strings? In the behavioral, electromagnetic, and neuropsychological literatures, orthographic regularity and familiarity have been identified as critical factors. Here, we present a study in the Reicher—Wheeler tradition that manipulates these two properties independently through the use of four stimulus categories: familiar and orthographically regular words, unfamiliar but regular pseudowords, unfamiliar illegal strings, and familiar but orthographically illegal acronyms. We find that, like letters in words and pseudowords, letters in acronyms enjoy an identification benefit relative to similarly illegal, but unfamiliar strings. This supports theories of visual word recognition in which familiarity, rather than orthographic regularity, plays a critical role in gating processing.     

The picture superiority effect: support for the distinctiveness model

The form change paradigm was used to explore the basis for the picture superiority effect. Recognition memory for studied pictures and words was tested in their study form or the alternate form. Form change cost was defined as the difference between recognition performance for same and different form items. Based on the results of Experiment 1 and previous studies, it was difficult to determine the relative cost for studied pictures and words due to a reversal of the mirror effect. We hypothesized that the reversed mirror effect results from subjects' basing their recognition decisions on their assumptions about the study form. Experiments 2 and 3 confirmed this hypothesis and generated a method for evaluating the relative cost for pictures and words despite the reversed mirror effect. More cost was observed for pictures than words, supporting the distinctiveness model of the picture superiority effect.     

Memory for prenominal adjectives in ordinary English sentences

Ss have been found to remember the gist of English sentences quite well while having little or no memory for structural features unrelated to the basic meaning. This research examines the representation of meaning in memory using adjective-noun phrases embedded in ordinary sentences. Ss studied a long series of sentences and were later tested for memory of certain of the adjectives in these sentences. Tested with a specially constructed forced-choice recognition procedure, Ss made significantly more recognition errors to distractors from the same predicative class as the correct choice than they did to distractors from different classes. This effect was highly significant when the correct choice was a nonpolar adjective but was not different from chance when a polar was correct. Data from a recall test procedure suggested this difference was due to Ss remembering the denotative or referential meaning of the adjective. The results showed that Ss remember abstract aspects of the predicative meaning of adjectival modification.     

Memory for language organization in concrete and abstract sentences

Subjects were presented with concrete and abstract sentences equal in lexical complexity and comprehension rating and tested on their ability (1) to recognize the words used in the sentences when presented at a 3-sec rate and (2) to recreate the initial sentences when presented with a list of the words used. Only on this second task was there a significant concrete/abstract difference. In a second experiment, there was a significant concrete/abstract difference in word recognition when a 6-sec decoding rate was used. It was suggested that the best explanation of these results could be offered by a semantic analog model of language memory.

     

Memory for sentences and noun phrases of extreme depth

Memory for orally presented noun phrases and sentences was investigated in two experiments. Syntactic depth (D) of the phrases and sentences was varied with D approaching the values of 7 ± 2. Consistent with recent investigations, these studies found D not to be generally related to recall of sentences, phrases, or individual words within sentences. However, recall of individual words from an adverbial noun phrase apparently was related to D. The apparent relationship is accounted for not by depth of individual words, but in terms primarily of superior noun retention and its interaction with serial position effects. In addition, conditional recall probabilities for another type of phrase, a noun phrase with prenominal adjectives, indicate stronger relationships between adjectives and the noun than between successive adjectives. It is concluded that the Yngve grammar is deficient as a psycholinguistic model.     

Memory for emotional words in sentences: the importance of emotional contrast

Numerous researchers have demonstrated that emotional words are remembered better than neutral words. However, the effect has been attributed to factors other than emotion because it is somewhat fragile and influenced by variables such as the experimental designs employed. To investigate the role of emotion per se in memory for emotional words, negative-affect but low arousal emotional words were placed in sentence contexts that either activated high emotional meanings of the words (Shane died in his car last night.), or low emotional meanings of the words (Shane's old car died last night). The high-emotional contexts led to better memory than the low-emotional contexts, but only in mixed lists of emotional and neutral words. Additionally, the traditional emotional memory effect was also limited to mixed lists. The results are consistent with the idea that an emotional contrast is responsible for the emotional memory effect with low arousal emotional words.     

The picture superiority effect in associative recognition

The picture superiority effect has been well documented in tests of item recognition and recall. The present study shows that the picture superiority effect extends to associative recognition. In three experiments, students studied lists consisting of random pairs of concrete words and pairs of line drawings; then they discriminated between intact (old) and rearranged (new) pairs of words and pictures at test. The discrimination advantage for pictures over words was seen in a greater hit rate for intact picture pairs, but there was no difference in the false alarm rates for the two types of stimuli. That is, there was no mirror effect. The same pattern of results was found when the test pairs consisted of the verbal labels of the pictures shown at study (Experiment 4), indicating that the hit rate advantage for picture pairs represents an encoding benefit. The results have implications for theories of the picture superiority effect and models of associative recognition.     

The action-sentence compatibility effect in Japanese sentences

The action-sentence compatibility effect (ACE) is a phenomenon in which a reader's response to a sentence is made faster when there is congruity between the action described in the sentence and the action that makes up the response. Previous studies showed the ACE occurs in action-related sentences in several languages. However, all these were SVO (verb-object) languages, in which verbs are placed before object nouns; this order is reversed in SOV languages. Moreover, those studies investigated hand responses. This study assessed the existence of the ACE in Japanese, an SOV language, and in foot responses. 24 female participants judged the sensibility of Japanese sentences that described actions and responded with either their foot or hand as an effector. Reaction times were significantly faster when there was congruity between the effector described in the sentences and the effector actually used for the response. However, sentence dependency was also found in the foot responses.     

The word superiority effect: Dependence on short-term memory factors

Two experiments were conducted to test whether the word superiority effect, that letters in words are perceived more accurately than letters in nonwords, could be attributed to short-term memory (STM) factors. One hypothesis attributed the word superiority effect to superior maintenance of words in STM. Another hypothesis was that letters in STM have considerable positional uncertainty which is overcome by the orthographic characteristics of the words. Both experiments utilized a simultaneous same-different task, where subjects compared two four-letter strings, one on top of the other, which were presented tachistoscopically. In Experiment I, the two presented strings were either both words or both nonwords and a word superiority effect was obtained. This result was interpreted as disconfirming the STM maintenance hypothesis. In Experiment II, letters were removed from one of the two letter strings, making the serial position of the comparison unambiguous. The word superiority effect disappeared. This result was interpreted as supporting the positional uncertainty hypothesis.     

社会性预期优势效应的神经机制

社会性预期优势效应是指个体在预期条件下的信息加工能力显著优于非预期条件。探讨社会性预期优势效应的神经机制, 是心理学家和认知神经科学家关注的一项重要课题。社会性预期编码模型可以为预期静默效应(预期刺激引起的神经活动减弱)提供理论解释, 但该模型不能解释社会性预期刺激诱发的增强神经活动。因此, 研究1和研究2将考察无意识和意识社会性注意在社会性预期编码模型中的作用, 从而将它们整合到该模型中。研究3不再局限于对社会性预期编码模型的考察, 而是扩展到对预期转换机制的探讨, 最终将社会性预期编码模型和预期转换机制整合在预期节俭化框架之下。对于社会性预期优势效应神经机制的研究不仅能够完善社会性预期编码模型, 还有助于拓宽社会性预期研究的视角。     

Processing fearful and neutral sentences: Memory and heart rate change

Abstract

Thirty college student subjects were instructed to process fearful or neutral sentences on cue. Cue tones were presented randomly within a repetitive series of non-signal tones (1 every 6sec). A change in tone frequency (higher or lower) was the signal to recall either the fearful or the neutral member of a previously memorised sentence pair. At the first signal for retrieval, and depending on group assignment, subjects engaged in one of three text processing tasks: null task (i.e. subjects were told not to process the sentence at this first cue), silent articulation of the sentence, or imagery of the text content. A second retrieval signal followed the first, at which time all subjects did the imagery task. Fearful sentences resulted in greater heart rate acceleration than neutral sentences. This affective discrimination was greatest for imagery (during both processing periods), but it was also apparent during articulation, and even to some extent during null sentence processing. This result was interpreted as evidence of spread of activation from language propositions to response propositions, consistent with the associative network structure of fear described in bio-information processing theory.     

Intention superiority effect: A context-switching account

Intention superiority effect [J. Exp. Psychol. Learn. Mem. Cogn. 19 (1993) 1211; J. Exp. Psychol. Learn. Mem. Cogn. 24 (1998) 350] is the finding that the times to retrieve memory items related to uncompleted or partially completed intentions are faster than for those with no associated intentions. However, this relationship reverses when the intended tasks are completed [J. Exp. Psychol. Learn. Mem. Cogn. 24 (1998) 350; Mem. Cogn. 27 (1999) 320]. That is, the times to retrieve memory items related to completed intentions are slower than for those with no associated intentions. In this paper, we present a computational account of the intention superiority effect using the ACT-R cognitive architecture [Atomic components of thought. Mahwah, NJ: Lawrence Erlbaum Associates, 1998]. Our modeling approach is based on the idea that uncompleted or partially completed intentions are available as context in the current goal, and they prime related memory items while inhibiting unrelated memory items. However, once the intended tasks are completed, they are removed from the current goal, which produces an inhibitory effect on memory items associated with them. We describe an ACT-R model that is able to reproduce all of the effects reported in Marsh et al. [J. Exp. Psychol. Learn. Mem. Cogn. 24 (1998) 350].     

Anger superiority effect: The importance of dynamic emotional facial expressions

A rapid response to a threatening face in a crowd is important to successfully interact in social environments. Visual search tasks have been employed to determine whether there is a processing advantage for detecting an angry face in a crowd, compared to a happy face. The empirical findings supporting the “anger superiority effect” (ASE), however, have been criticized on the basis of possible low-level visual confounds and because of the limited ecological validity of the stimuli. Moreover, a “happiness superiority effect” is usually found with more realistic stimuli. In the present study, we tested the ASE by using dynamic (and static) images of realistic human faces, with validated emotional expressions having similar intensities, after controlling the bottom-up visual saliency and the amount of image motion. In five experiments, we found strong evidence for an ASE when using dynamic displays of facial expressions, but not when the emotions were expressed by static face images.     

The postdiction superiority effect in metacomprehension of text

Metacomprehension accuracy for texts was greater after, rather than before, answering test questions about the texts-a postdiction superiority effect. Although postdiction superiority was found across successive sets of test questions and across successive texts, there was no improvement in metacomprehension accuracy after participants had taken more tests. Neither prediction nor postdiction gamma correlations with test performance improved with successive tests. Although the results are consistent with retrieval hypotheses, they contradict predictions made by test knowledge hypotheses, which state that increasing knowledge of the nature of the tests should increase metacomprehension accuracy.