Even in Modern Media,the Picture is Still the Same: A Content Analysis of Clipart Images

Both psychological theory and empirical research have consistently indicated that human beings use media images to form cognitive schemas, and that these schemas can then have an effect on perceptions of ability and performance. Gender and ethnic biases are well documented in common media, such as television and picture books. This study examined images of human beings in two popular computer clipart packages, Microsoft Office 97 and Print Shop Ensemble III, to investigate whether this new medium would embody modern, egalitarian goals for gender and racial equality or would depict more traditional and differentiated views. As hypothesized, computer clipart was similar to other media, depicting Caucasian males more frequently and in more active/nonnurturant and desirable roles than any other group. Findings suggest that individuals using these programs to make business and educational materials more interesting and engaging may inadvertently activate maladaptive cognitive schemas.     

Gender and the Internet: Women Communicating and Men Searching

This research examined gender differences in Internet use and factors responsible for these differences. A sample of 630 Anglo American undergraduates completed the Student Computer and Internet Survey that contained questions about e-mail and Web use, and about potential affective and cognitive mediators of use. Based on a general model of Internet use, we predicted and found that females used e-mail more than did males, males used the Web more than did females, and females reported more computer anxiety, less computer self-efficacy, and less favorable and less stereotypic computer attitudes. Path analysis to identify mediators of gender differences in Internet use revealed that computer self-efficacy, loneliness, and depression accounted in part for gender differences, but that gender continued to have a direct effect on use after these factors were considered. Implications for realizing the democratizing potential and benefits of Internet use are discussed.     

Improving computer skill training: behavior modeling, symbolic mental rehearsal, and the role of knowledge structures

Effective computer skill training is vital to organizational productivity. Two experiments (N = 288) demonstrated that the behavior modeling approach to computer skill training could be substantially improved by incorporating symbolic mental rehearsal (SMR). SMR is a specific form of mental rehearsal that establishes a cognitive link between visual images and symbolic memory codes. As theorized, the significant effects of SMR on declarative knowledge and task performance were shown to be fully mediated by changes in trainees' knowledge structures. The mediational role of knowledge structures is expected to generalize to other training interventions and cognitive skill domains. Our findings have the immediate implications that practitioners should use SMR for improving the effectiveness of computer skill training.     

Cognitive engagement variations among students of different ability level and sex in a computer problem solving game

The study investigated the cognitive engagement processes used by more and less successful learners in a computer problem solving game. These engagement variations were also related to sex and ability differences among students. Performance and engagement were monitored interactively as students learned a computer problem solving game; student comments and notes were also recorded. Results showed the records of more and less successful students to be distinguished by the spontaneous use of self-regulated learning processes — a sophisticated form of cognitive engagement. More successful students also appeared to shift cognitive engagement levels in response to computer game feedback. Success on the computer task and cognitive engagement variations were correlated with student differences in both ability and sex in this sample.This study was funded by the National Institute of Education, Grant No. 400-83-0017. Opinions, findings, conclusions, and recommendations expressed in this study do not necessarily reflect the views of the National Institute of Education. The authors wish to thank Marcia Linn and Charles Fisher for their helpful advice, and Susanne Lajoie who served as second rater. Mary Rohrkemper and the Education and Child Development doctoral students at Bryn Mawr College also provided critical suggestions.     

Psychometric properties and correlates of three computer aversion scales

Investigators have employed a variety of constructs and measures to examine individuals’ discomfort with computer use. Models and instruments for measuring constructs such as computer anxiety, computer phobia, and computer aversion have been employed to investigate negative reactions that slow individuals’ acceptance and useful application of computers. Using a large college student sample, we sought to compare the psychometric properties of three computer aversion scales and to investigate their relationships to gender, age, cognitive abilities, and experience with computer use. The results indicated good reliability, good validity coefficients, and similar factor structures for the scales. Younger students, female students, and students with lower mathematical skills and less computer experience were more likely to experience discomfort with computers. Implications include the possibility that if software and hardware alter subjects’ expectations about the difficulty of completing tasks, individual differences in computer aversion are likely to become a source of additional unexplained variance. Such differences must be heeded in software design and in the design of experimental research involving computers as stimulus controllers and response recorders.     

An era of webs: Technique,technology and the new cognitive (r)evolution

This paper explores the relationship between technology and technique in the use of computers as tools and how it is leading cognitive sciences into to an era of “webs.” Ernst Kapp suggested that it is humans who determine the “appropriate form” of any tool through the way they use and think about it; Douglas Engelbart, a pioneering computer researcher suggested that tools change to meet our expectations pushing us to understand the world in different ways. These two interrelated observations about technology are especially salient for our burgeoning information age. The current intersection of technologies leads to two competing visions of the computer – both deeply influenced by the concept of human–computer symbiosis – and to very different conceptions of human thinking. The vision of computer as recreation of human thinking, heavily influenced by the development of tools such as the personal computer and object-oriented programming, leads to viewing ideal human thinking as efficiently designed, well organized, and locally regulated by executive functions. The second vision of computers, as augmenting the human mind by extending brain activity out into the information universe, leads to web or trails related themes that focus on non-linear, non-hierarchical inter-linking of information into cohesive patterns. This paper suggests that because of the pace of tool development in these two computer capabilities the theme of the central processing unit dominated early, but we are now entering a new, more complex “age of webs.”     

Gs Invaders: Assessing a computer game-like test of processing speed

Computer games potentially offer a useful research tool for psychology but there has been little use made of them in assessing cognitive abilities. Two studies assessing the viability of a computer game-like test of cognitive processing speed are described. In Experiment 1, a computerized coding task that uses a mouse responsemethod (McPherson & Burns, 2005) was the basis for a simple computer game-like test. In Experiment 2, dynamic game-like elements were added. Validity was assessed within a factor analytic framework using standardized abilities tests as marker tests. We conclude that computer game-like tests of processing speed may provide an alternative or supplementary tool for research and assessment. There is clearly potential to develop game-like tests for other cognitive abilities.     

Dispelling the "mystery" of computational cognitive science

H. Crowther-Heyck (1999) argued that early advocates of computational cognitive science, especially George Miller, aimed to bring about a revival of traditional mentalism, including the issues of consciousness and free will. He therefore found it inexplicable, and even "ironic," that they selected the computer as their main research tool because computers seem no more conscious and no more free than, for instance, the telephone switchboard that was one of the behaviorists' key metaphors. I argue, by contrast, that this misunderstands the main thrust of cognitive science, which was not to bring back all of traditional mentalism, but was rather only to give a rigorous account of intentionality. Once this is recognized, Crowther-Heyck's "mystery" of cognitive science is dispelled because, as is well known, computers use symbolic representations, and thus were seen by the early cognitive scientists as being prime mechanical models of intentional processes.     

Predicting behavior on a computer from intentions, attitudes, and experience

Research on computer attitudes has generally focused on describing the cognitive elements. The present study used the Ajzen and Fishbein model to predict intentions to work hard in a computer course and actual time on the computer. In addition, the influence of experience on predictions was examined. Results from 74 social science students showed that the Ajzen and Fishbein model is effective at predicting both intentions and behavior. Unlike previous findings, experience did not interact with attitudes. Finally, a short cognitive attitude scale was an additional significant predictor beyond intentions in explaining behavior variance.     

Cognitive Level and Achievement in Computer Literacy

This study measured to what degree achievement in a computer literacy course related to each of the following variables: general cognitive level, computer aptitude and prior experience using computers, and inherent stress. Subjects were 60 students enrolled in an undergraduate business course designed to teach the use of software packages. Achievement was measured by three course exams. Achievement early in the course was moderately related to measures of computer aptitude and cognitive level, but by the end of the course prior experience using computers emerged as the most important variable. Despite the logical and empirical connections drawn between general cognitive abilities and the ability to learn how to use computers, general abilities may be only marginally relevant to the task of learning to use software.     

Factors predicting the use of technology: findings from the Center for Research and Education on Aging and Technology Enhancement (CREATE)

The successful adoption of technology is becoming increasingly important to functional independence. The present article reports findings from the Center for Research and Education on Aging and Technology Enhancement (CREATE) on the use of technology among community-dwelling adults. The sample included 1,204 individuals ranging in age from 18-91 years. All participants completed a battery that included measures of demographic characteristics, self-rated health, experience with technology, attitudes toward computers, and component cognitive abilities. Findings indicate that the older adults were less likely than younger adults to use technology in general, computers, and the World Wide Web. The results also indicate that computer anxiety, fluid intelligence, and crystallized intelligence were important predictors of the use of technology. The relationship between age and adoption of technology was mediated by cognitive abilities, computer self-efficacy, and computer anxiety. These findings are discussed in terms of training strategies to promote technology adoption.     

Learning, thinking, and emoting with discourse technologies

This is an unusual moment in the history of psychology because of landmark advances in digital information technologies, computational linguistics, and other fields that use the computer to analyze language, discourse, and behavior. The technologies developed from this interdisciplinary fusion are helping students learn and think in ways that are sensitive to their cognitive and emotional states. Recent projects have developed computer technologies that help us understand the nature of conversational discourse and text comprehension in addition to improving learning. AutoTutor and other systems with conversational agents (i.e., talking heads) help students learn by holding conversations in natural language. One version of AutoTutor is sensitive to the emotions of students in addition to their cognitive states. Coh-Metrix analyzes texts on multiple levels of language and discourse, such as text genre, cohesion, syntax, and word characteristics. Coh-Metrix can assist students, teachers, principals, and policymakers when they make decisions on the right text to assign to the right student at the right time. Computers are not perfect conversation partners and comprehenders of text, but the current systems are undeniably useful. (PsycINFO Database Record (c) 2011 APA, all rights reserved).     

Are expert athletes ‘expert’ in the cognitive laboratory? A meta‐analytic review of cognition and sport expertise

Recent literature has demonstrated the usefulness of fitness and computer‐based cognitive training as a means to enhance cognition and brain function. However, it is unclear whether the combination of fitness and cognitive training that results from years of extensive sport training also results in superior performance on tests of cognitive processes. In this study we examine, in a quantitative meta‐analysis (k = 20), the relationship between expertise in sports and laboratory‐based measures of cognition. We found that athletes performed better on measures of processing speed and a category of varied attentional paradigms, and athletes from interceptive sport types and males showed the largest effects. Based on our results, more research should be done with higher‐level cognitive tasks, such as tasks of executive function and more varied sub‐domains of visual attention. Furthermore, future studies should incorporate more female athletes and use a diverse range of sport types and levels of expertise. Copyright © 2009 John Wiley & Sons, Ltd.     

Cognitions, metacognitions, and chronic pain

Purpose: Although the content of thoughts has received a considerable amount of attention in pain research, the importance of thought processes (metacognitions) has received less attention. Method: One hundred twenty-nine individuals with muscular dystrophy and chronic pain completed measures assessing metacognitions and frequency of both catastrophizing and pain control beliefs. Results: Greater use of reappraisal and distraction metacognitions were associated with more perceived control over pain, whereas greater use of worry and punishment metacognitions were associated with more catastrophizing. Conclusions/Implications: The current findings indicate that metacognitions are associated with both pain control beliefs and catastrophizing and therefore may play an important role in the development or maintenance of pain-related cognitive content thought to influence patient functioning. Research is needed to determine whether treatments that encourage changes in both metacognitions and cognitive content are more effective than treatments that focus on cognitive content alone. (PsycINFO Database Record (c) 2012 APA, all rights reserved).     

The alcohol expectancy concept: Applications to assessment,prevention, and treatment of alcohol abuse

Recent developments in alcohol expectancy research and theory have converged with concepts emanating from cognitive science and neuroscience. The use of these concepts can increase theoretical understanding of expectancy structure and process and make available more comprehensive strategies for expectancy assessment. Fledgling prevention and treatment applications are currently best guided by existing research in social cognition and cognitive therapy, but cognitive science may suggest novel approaches. In particular, the grounding of prevention efforts in expectancy theory may advance work that has, to date, been largely atheoretical.     

Look, no hands!

Contrary to Vaesen's argument that humans are unique with respect to nine cognitive capacities essential for tool use, we suggest that although such cognitive processes contribute to variation in tool use, it does not follow that these capacities are necessary for tool use, nor that tool use shaped cognition per se, given the available data in cognitive neuroscience and behavioral biology.     

Voices,Boxes, and Sources of Messages

Can adults be induced to use social rules distinguishing “self” and “other” to respond to the behaviors of technologies? In a 2×2×2 between-subjects laboratory experiment involving the use of multiple computers with voice output, 88 computer-literate college students used a computer for tutoring and a different computer for testing. The performance of the tutoring session was either praised or criticized (Manipulation 1) in the same voice as the tutoring session or a distinct voice (Manipulation 2) via the computer (box) that performed the tutoring or a distinct computer (box; Manipulation 3). Respondents were shown to use voices but not boxes to distinguish “self” from “other” behavior in applying the social rules “Performance evaluations from others are more accurate than are performance evaluations of self,”“Praise from others is friendlier than praise from self,” and “Criticism from self is friendlier than is criticism from others,” to evaluate the tutoring and evaluation session.     

Designing Health Communications: Harnessing the Power of Affect,Imagery, and Self‐Regulation

We review recent advances in self‐regulation theory and research, highlighting implications for communication strategies aimed at persuading individuals to adopt health‐protective behaviors. We focus on the role of affect and imagery processes in health persuasion, reviewing research on how fear arousal and imagery influence health information processing and decision‐making. Despite ongoing controversy over the use of fear‐arousing appeals, considerable empirical evidence supports their efficacy. Such threat appeals can backfire, however, if they fail to address key aspects of self‐regulation processes. Research on the cognitive and emotional influences of imagery and other concrete‐perceptual stimuli points to strategies for integrating them into health persuasion efforts. Mental simulation techniques represent another promising avenue for communications aimed at fostering health behavior change. New directions of inquiry include research on appeals that arouse emotions other than fear (e.g., positive emotions), more nuanced applications of fear arousal in communications, and applications for computer‐based and Internet communications.