抱负水平指导和归因训练对提高学习成功感的影响研究

在学习成功感影响因素研究的基础上,本研究进行了抱负水平指导和归因训练的实验研究,以探索提高学习成功感这一重要的实践问题。研究一的结果表明：通过抱负水平指导,可以使学生的“抱负水平与实际成绩之间的差距”变小．从而帮助学生提高学习成功感,并使其行为变得更为积极。研究二的结果表明：归因训练可以帮助学生的归因向积极方向转化,有助于学生的学习成功感的提高,并可以促使学生的行为向积极的方向转化。     

序列学习中的内隐学习效应

该研究采用较为复杂的包含图形出现的位置规则和顺序规则的实验材料,通过对比被试直接测验和间接测验、内隐学习和外显学习成绩的异同,考察了序列学习中的内隐学习效应,并探讨了规则特点对内隐学习效应的影响。结果表明,在图形位置的序列学习中存在内隐学习效应,内隐学习效应的大小受规则特点的影响。     

Implicit learning of what comes when and where within a sequence: The time-course of acquiring serial position-item and item-item associations to represent serial order

Much research has been conducted aimed at the representations and mechanisms that enable learning of sequential structures. A central debate concerns the question whether item-item associations (i.e., in the sequence A-B-C-D, B comes after A) or associations of item and serial list position (i.e., B is the second item in the list) are used to represent serial order. Previously, we showed that in a variant of the implicit serial reaction time task, the sequence representation contains associations between serial position and item information (Schuck, Gaschler, Keisler, & Frensch, 2011). Here, we applied models and research methods from working memory research to implicit serial learning to replicate and extend our findings. The experiment involved three sessions of sequence learning. Results support the view that participants acquire knowledge about order structure (item-item associations) and about ordinal structure (serial position-item associations). Analyses suggest that only the simultaneous use of the two types of knowledge acquisition can explain learning-related performance increases. Additionally, our results indicate that serial list position information plays a role very early in learning and that inter-item associations increasingly control behavior in later stages.     

Observing ben wyckoff: from basic research to programmed instruction and social issues

L. Benjamin Wyckoff's seminal contributions to both psychological theory and application are the subject of this review. Wyckoff started his academic career as a graduate student at Indiana University, where he developed the observing-response procedure under the guidance of B. F. Skinner and C. J. Burke. At the University of Wisconsin-Madison, Wyckoff refined his mathematical theory of secondary reinforcement. This theory was the impetus for his creation of an electronic simulation of a rat running a T maze, one of the first "computer models" of learning. Wyckoff next went to Emory University, leaving there to help create two of the most successful companies dedicated to the advancement of programmed instruction and teaching machines: Teaching Machines, Inc. and the Human Development Institute. Wyckoff's involvement in these companies epitomizes the application of basic behavior-analytic principles in the development of technology to improve education and human relationships. The emergent picture of Wyckoff is that of a man who, through his research, professional work in educational applications of behavioral principles, and active involvement in the civil rights movement of the 1960s, was strongly committed to applying behavioral science to positively influence human behavior change.     

Neural mechanisms involved in the oral representation of percussion music: An fMRI study

Numerous music cultures use nonsense syllables to represent percussive sounds. Covert reciting of these syllable sequences along with percussion music aids active listeners in keeping track of music. Owing to the acoustic dissimilarity between the representative syllables and the referent percussive sounds, associative learning is necessary for the oral representation of percussion music. We used functional magnetic resonance imaging (fMRI) to explore the neural processes underlying oral rehearsals of music. There were four music conditions in the experiment: (1) passive listening to unlearned percussion music, (2) active listening to learned percussion music, (3) active listening to the syllable representation of (2), and (4) active listening to learned melodic music. Our results specified two neural substrates of the association mechanisms involved in the oral representation of percussion music. First, information integration of heard sounds and the auditory consequences of subvocal rehearsals may engage the right planum temporale during active listening to percussion music. Second, mapping heard sounds to articulatory and laryngeal gestures may engage the left middle premotor cortex.     

象山心学视野下的九卦之序——兼与张勇先生商榷

宋代理学的易学维度,是中国学术史上浓墨重彩的一笔。陆九渊虽然没有像程颐、朱熹那样系统地注释《周易》,但对九卦说的重视程度实远胜程、朱。陆九渊赋予了九卦丰富的心学内涵,而其中的某些内容与康德的实践哲学亦有一定程度的相通性。陆九渊对于九卦之序的心学诠解,是其道德哲学的缩影。     

亲子沟通观察研究的编码方案及其整合

在亲子沟通观察研究中对观察资料的编码和分析方法有许多种,文章介绍了行为类型编码、行为序列编码、言语内容编码、沟通结构编码等四类主流编码方案,并评析了每种方案的特点和应用背景;最后,指出未来亲子沟通研究编码方案的整合可以考虑如下三个思路:在行为分类基础上进行言语内容分析、从行为序列中发现沟通模式、一般趋势描述和典型个案分析相结合。     

英语阅读策略培训对非英语专业本科生的影响*

旨在探讨英语阅读策略培训对非英语专业本科生英语阅读策略使用情况以及英语成绩的影响。对非英语专业大学生进行了一学期的英语阅读策略培训,使用几次英语阅读测试和自编的英语阅读策略调查问卷对实验组和对照组进行前后测。研究结果发现:(1)英语阅读策略培训能有效提高学生英语阅读策略的使用频率,帮助他们取得更好的阅读成绩;(2)与高水平学习者相比,中、低水平学习者可从策略培训中获得更大的收益。     

An exploratory analysis of task-interspersal procedures while teaching object labels to children with autism

Research has demonstrated that interspersing mastered tasks with new tasks facilitates learning under certain conditions; however, little is known about factors that influence the effectiveness of this treatment strategy. The initial purpose of the current investigation was to evaluate the effects of similar versus dissimilar interspersed tasks while teaching object labels to children diagnosed with autism or developmental delays. We then conducted a series of exploratory analyses involving the type of reinforcer delivered for correct responses on trials with unknown or known object labels. Performance was enhanced under the interspersal condition only when either brief praise was delivered for all correct responses or presumably more preferred reinforcers were provided for performance on known trials rather than on unknown trials.     

Developing elementary science skills: Instructional effectiveness and path independence

We explore the immediate and longer term consequences of different types of instruction about a central topic in middle school science: the “Control of Variables Strategy” (CVS). CVS represents the procedural and conceptual basis for designing simple, unconfounded experiments, such that unambiguous causal inferences can be made. CVS appears to be what has been called a “developmentally-secondary” process, because even though infants and pre-schoolers can make simple causal inferences from data, middle school children do poorly at CVS unless they receive instruction on this important topic in the science curriculum. In this study, 72 third, fourth, and fifth-grade students were taught CVS via two instructional methods located at extreme points on the direct-to-discovery spectrum with respect to the amount of guidance, information, support, teacher control, and feedback provided during training. Our design included near- and far-transfer measures (at 1 week, 3 months and 3 years). There were two primary outcomes, both of which replicated and partially extended earlier work by Klahr and Nigam (2004) [Klahr, D., & Nigam, M. (2004). The equivalence of learning paths in early science instruction: Effects of direct instruction and discovery learning. Psychological Science, 15, 661–667] First, at each of the three grade levels, many more children learned CVS in the explicit condition than in the exploration condition. Second, but equally important, what students learned was a better predictor of far transfer than the way that they learned.