不同程度隐私信息有意遗忘效应的实验研究

以三种不同水平的隐私信息为目标信息,模拟员工招聘情境,采用类似字表的研究范式,探讨了大学生被试对不同程度隐私信息的有意遗忘特点。结果发现：①在模拟员工招聘过程中,实验条件效应显著;②被试对高隐私信息的编码比低隐私信息编码更为精细;③在信息提取时,抑制只能对编码不精细的信息起作用,而对编码精细的信息无明显作用。④与个人有关的某些信息,特别是隐私信息在员工选择的决策中有负面的影响。     

试论社会人群中医学信息的不对称性

简述了社会人群中产生的医学信息不对称性的根源、特点和社会效应,以及医务人员应如何正确对待这个问题.     

主题信息合理性、语境意义偏向性对汉语歧义句意义建构的影响

两个实验以合理型主题信息条件下的句子为对照材料．其它型主题信息条件下的句子为实验材料,考察合理型和非合理型主题信息条件下汉语歧义句意义建构的时间进程和特点。结果表明：(1)合理型主题信息可以顺利地建构一个稳定的基础心理表征;不合理型主题信息则没有这种效应;矛盾型主题信息则引导读者重构一个新的心理表征。(2)在合理型主题信息条件下,语境主要起到证实主题信息区和歧义区所建构的基础表征的作用;而在不合理型、矛盾型主题信息的条件下,语境的作用首先是验证所建构的基础心理表征和歧义句的意义频率,然后有效建构歧义句的意义。     

智力与信息加工速度研究中的检测时范式

检测时是信息加工速度的重要指标,也是智力与信息加工速度关系的研究领域内一种重要的实验范式。文章在简要介绍反应时范式的基础上,着重介绍了检测时范式的实验任务、基本原理以及检测时与智商之间的关系。同时,通过与反应时范式的比较,讨论了检测时范式在智力与信息加工速度研究中的优点和局限性,以及其在解决相关研究领域问题上的方法学意义。     

论信息化生产方式的产生与马克思主义伦理的发展（下）

信息化生产方式的产生会给人类的伦理带来诸多新变动、新发展和新要求 ,因此 ,科学地分析信息化生产方式的产生对资本的益与忧 ,正确地看待信息化生产方式与马克思主义伦理发展的关系是我们必须面临的任务。     

关于人工语法学习迁移效应的一项实验研究

本研究探讨了人工语法迁移效应产生的机制,着重考查了组块信息迁移理论对人工语法迁移效应机制解释的适宜性。结果发现：当学习和测验序列的表层结构不同时,被试能够学习和迁移非重复成分间的序列依存性(实验一);当被试将非重复成分间的序列依存性迁移到表层结构不同的测验序列中时,需要在学习和测验序列的分布特征上形成一种匹配(实验二)。     

Where science starts: spontaneous experiments in preschoolers' exploratory play

Probabilistic models of expected information gain require integrating prior knowledge about causal hypotheses with knowledge about possible actions that might generate data relevant to those hypotheses. Here we looked at whether preschoolers (mean: 54 months) recognize “action possibilities” (affordances) in the environment that allow them to isolate variables when there is information to be gained. By manipulating the physical properties of the stimuli, we were able to affect the degree to which candidate variables could be isolated; by manipulating the base rate of candidate causes, we were able to affect the potential for information gain. Children’s exploratory play was sensitive to both manipulations: given unambiguous evidence children played indiscriminately and rarely tried to isolate candidate causes; given ambiguous evidence, children both selected (Experiment 1) and designed (Experiment 2) informative interventions.     

Learning language from the input: why innate constraints can't explain noun compounding

Do the production and interpretation of patterns of plural forms in noun-noun compounds reveal the workings of innate constraints that govern morphological processing? The results of previous studies on compounding have been taken to support a number of important theoretical claims: first, that there are fundamental differences in the way that children and adults learn and process regular and irregular plurals, second, that these differences reflect formal constraints that govern the way the way regular and irregular plurals are processed in language, and third, that these constraints are unlikely to be the product of learning. In a series of seven experiments, we critically assess the evidence that is cited in support of these arguments. The results of our experiments provide little support for the idea that substantively different factors govern the patterns of acquisition, production and interpretation patterns of regular and irregular plural forms in compounds. Once frequency differences between regular and irregular plurals are accounted for, we find no evidence of any qualitative difference in the patterns of interpretation and production of regular and irregular plural nouns in compounds, in either adults or children. Accordingly, we suggest that the pattern of acquisition of both regular and irregular plurals in compounds is consistent with a simple account, in which children learn the conventions that govern plural compounding using evidence that is readily available in the distribution patterns of adult speech.     

High regularities in eye-movement patterns reveal the dynamics of the visual working memory allocation mechanism

With only two to five slots of visual working memory (VWM), humans are able to quickly solve complex visual problems to near optimal solutions. To explain the paradox between tightly constrained VWM and impressively complex human visual problem-solving ability, we propose several principles for dynamic VWM allocation. In particular, we propose that complex visual information is represented in a temporal manner using only a few slots of VWM that include global and local visual chunks. We built a model of human traveling salesman problem solving based on these principles of VWM allocation and tested the model with eye-movement data. Exactly as the model predicted, human eye movements during traveling salesman problem solving have precise quantitative regularities with regard to both the general statistical pattern of attentional fixations and how they vary across individuals with different VWM capacities. Even though VWM capacity is very limited, eye movements dynamically allocate VWM resources to both local and global information, enabling attention to fine details without loss of the big picture.