Search PubMed⌕ Search

SEARCH · Search PubMed

Results for “Attitude to Computers”

Search indexed PubMed citations on genomics, clinical trials, systematic reviews and public health. Explore titles, authors and supplied subject terms, then open the PubMed record.

Quote a phrase for an exact phrase match. Source license links do not imply unrestricted reuse.

At least 19 recordsLinked to original sources
PubMedDate not supplied

Computer attitude and computer anxiety in nursing. Validation of an instrument using an Australian sample.

The purpose of this study was to refine the instrument, Nurses' Computer Attitudes Inventory (NCATT), which was developed to measure nurses' attitudes toward computers in an Australian setting. The study was designed to test the reliability and validity (concurrent and discriminant) of the instrument. The NCATT was administered to 170 subjects: 71 first-year nursing students and 99 nurses employed in a local hospital. On the basis of factor and item analysis the 40-item NCATT was reduced to 22 items. Three factors for the revised NCATT were identified: (1) Computers and Patient Care, (2) Computer Anxiety, and (3) Patient Confidentiality and Computers. These three factors accounted for 90.0% of the variance (factor 1, 56.6%; factor 2, 24.8%; and factor 3, 8.6%). The factors demonstrated good internal consistency with the Cronbach alpha coefficients for each factor ranging from 0.72 to 0.90. The revised NCATT provided evidence of concurrent validity on the student sample when related to Dambrodt's scale for Computer Attitudes. Some evidence of discriminant validity was demonstrated as the internal consistency reliabilities were much higher in all factors than their intercorrelations. The authors propose that the revised NCATT is a practical instrument that is useful to assess nurses' attitudes before computer implementation and training.

Anxiety↗
PubMed2003

Differences between general computer attitudes and perceived computer attributes: development and validation of a scale.

The aim of this study was to develop a tool for measuring individuals' dispositions toward the use of computers in their work environment. The study reports the construction and validation of a general computer attitude and perceived computer attribute scale. Exploratory factor analytical evidence with a sample of 381 employees indicated a structure underpinned by two constructs, an attitudinal factor and a perceived computer attribute factor. The internal consistency estimates of reliability of scores were .81 for the attitudinal factor and .89 for the perceived computer attribute factor. Compared to the computer attitude subscale, scores on the perceived computer attribute subscale correlated higher with computer experience and professional computer use within the sample.

Adult↗
PubMed2002

Bias in computerized neuropsychological assessment of depressive disorders caused by computer attitude.

OBJECTIVE: Psychiatric patients are increasingly confronted to computerized psychological and psychopathological assessment. Patients' attitude to computers was reported to affect acceptance of computerized assessment. METHOD: In 78 psychiatric in-patients neuropsychological impairment was examined following admission on an open ward by conventional as well as computerized memory and attention tasks. Besides psychopathological assessment, self ratings of computer attitude and acceptance of the computerized assessment were completed. RESULTS: A more negative attitude to computers was found to be significantly correlated to higher nervousness in patients' self report (R=0.38, P=0.0005) as well as to poorer results of computerized attention tasks (R=0.39, P=0.0007). Particularly in patients with depressive disorders computer attitude could be shown to explain 39% of the variance of attention performance. CONCLUSION: Results indicate a significant effect of negative computer attitude on acceptance and thus reliability of computerized examination, resulting in a bias in computerized attention-related assessment in patients with depressive disorders.

Adolescent↗
PubMed2002

Learning preferences, computer attitudes, and student evaluation of computerised instruction.

OBJECTIVE: To explore the relationship between learning preferences, attitudes towards computers, and student evaluation of a computer-assisted instructional (CAI) program. CONTEXT: A third year required clerkship in surgery at the University of Nebraska Medical Center. METHODS: A mixed-methods design combining attitudinal measures and qualitative interviews was employed to assess student reactions to a CAI program on angiography completed during a required surgical clerkship. Between January 1998 and July 1999, 151 students completed the program. Prior to participating, students completed the Rezler Learning Preference Inventory (LPI) and a computer attitudes survey (CAS). The LPI characterizes learning preferences as being abstract or concrete, individual or interpersonal, and student-structured or teacher-structured. The CAS measures attitudes towards computers and their role in education. After using the CAI program, students evaluated the module by completing an 18 item questionnaire. Based on LPI and CAS scores, 31 students were invited to participate in an in-depth qualitative interview on their experiences and perceptions of the program. RESULTS: There was no relationship between learning preferences, computer attitudes, and evaluation of the CAI program. Students were very positive about the program's content, clarity, organization, and ease of use. They also rated it as efficient and effective. However, many still indicated a preference for lecture and text-based learning. Qualitative interviews suggest students worry computers will supplant student--teacher contact. CONCLUSIONS: Learning preferences and prior attitudes toward computers did not bias student reactions to the CAI program assessed in this study. However, students expressed concerns that CAI would interfere with the traditional student--teacher encounter and relationship.

Attitude to Computers↗
PubMed2001

Learning preferences, computer attitudes, and test performance with computer-aided instruction.

BACKGROUND: Learning preference refers to how individuals choose to approach learning situations. Computer-aided instruction (CAI) permits the adaptation of educational content to individual student learning strategies. METHODS: To determine if learning preference and computer attitude influence the acquisition of knowledge using CAI materials, a prototype CAI program was developed that incorporated differing learning exercises. Students (n = 180) completed Rezler's Learning Preference Inventory (LPI) and a computer attitude survey (CAS). The LPI uses three sets of paired scales to characterize learning preference and choice of learning situation. The CAS assesses student attitudes toward computers in general (CAS-G), as well as the educational use of computers (CAS-E). After finishing the program students completed a program attitude survey (CAS-P). Immediate comprehension was assessed by pretests and posttests incorporated into the program. Retention was assessed by a repeat of the posttest 4 to 6 weeks after initial program review. RESULTS: Scores (mean +/- SEM) on the pretest, posttest, and late posttest were 38.1% +/- 1.35%, 70.9% +/- 1.24%, and 62.5% +/- 1.44%, respectively. There was no correlation between students' learning preferences or computer attitude and test performance. CONCLUSIONS: The data indicate that CAI provides a means of delivering educational content that results in an increase in knowledge that is not correlated with computer attitudes or learning preferences.

Angiography↗
PubMed1998

Computerized self-assessment in psychiatric in-patients: acceptability, feasibility and influence of computer attitude.

In recent years various approaches using computerized assessments and tests in psychiatry have been published. In our study, the acceptability and feasibility of computerized self-assessments and attitude to computers were examined in psychiatric in-patients, using an improved interactive schedule, the Interactive Self-Assessment Scale (ISAS), based on the Windows operating system. In general we found a good level of acceptability and feasibility of the computerized self-assessment. Our results confirm the influence of attitude to computers on acceptability, and indicate a lack of self-confidence in interacting with computers, accompanied by a less positive attitude to computers than reported by healthy subjects and psychiatric out-patients. Computerized self-assessment is suitable for psychiatric in-patients. Nevertheless, further research is necessary in order to improve attitude to computers and the patient-computer interaction.

Adult↗
PubMed1998

Computer experience and computer attitude: a model to predict the use of computerised information systems.

Computers are now essential technology in use by health workers. The literature shows that a number of factors effect the use of computers and many of them are related to attitude towards automation. Computer experience has been mostly used as a factor that effects computer attitude and its relationship with computer anxiety and computer use is not simple. Survey data from a study of 302 health workers, employed in a community setting was used to model the prediction of intention to use computers. The final model shows that 'positive computer experience' had a significant effect on computer attitude, computer anxiety and intention to use computers (both directly and indirectly). The model also confirms that those with a positive attitude towards computers had stronger intention to use computers. The value of these findings to health organisations in implementing automated systems is discussed.

Attitude to Computers↗
PubMed1992

[Adolescents and computers: attitude, personality and motive for interaction].

This empirical study was undertaken to clarify controversial points emanating from previous theoretical and empirical papers dealing with apparently negative consequences on the personality development of young people who have at least a causal working-acquaintance with computers. We tested 174 persons of both sexes (age: 14-18 years) with a "Computer-Attitude-Questionnaire" and the "Mehrdimensionaler Persönlichkeitstest für Jugendliche" (Schmidt, 1981; "Multidimensional-Personality-Test"). A subgroup of 63 persons who have access to and do avail themselves of computers on a regular basis (as leisure-time activity) also answered the "Computer-Motive-Questionnaire". Statistical analyses revealed that the personality test-values of young people with a positive attitude toward computers range within the test-norm. The data for these people describe them as stress resistant, emotionally stable, well-balanced, sociable, achievement-oriented, and less aggressive.

Adolescent↗
PubMed1997

Psychology of computer use: XLV. Cognitive spontaneity as a correlate of computer anxiety and attitudes toward computer use.

The relationship of cognitive spontaneity with measures of computer anxiety and attitudes toward computer use was investigated in a sample of 178 individuals attending advanced courses in management. As expected, a significant negative relationship between cognitive spontaneity and computer anxiety was found. The relationship remained significant even with statistical control for computer experience. The relationship between cognitive spontaneity and attitudes toward computer use was positive but not significant. The results imply both a direct and an indirect relationship between cognitive spontaneity and computer anxiety. Further, the results support the suggestion that computer anxiety and attitudes toward computer use are related but distinct constructs.

Adult↗
PubMed1992

Influence of direct computer experience on older adults' attitudes toward computers.

This research examined whether older adults' attitudes toward computers became more positive as a function of computer experience. The sample comprised 101 community-dwelling older adults aged 57 to 87. The intervention involved a 2-week computer training program in which subjects learned to use a desktop publishing software program. A multidimensional computer attitude measure was used to assess differential attitude change and maintenance of change following training. The results indicated that older adults' computer attitudes are modifiable and that direct computer experience is an effective means of change. Attitude change as a function of training was found for the attitude dimensions targeted by the intervention program: computer comfort and efficacy. In addition, maintenance of attitude change was established for at least two weeks following training.

Aged↗
PubMed2005

Evaluation of computer-assisted instruction in histology: effect of interaction on learning outcome.

The purpose of this study was to determine better strategies for the design and use of computer-assisted instruction (CAI) in health science subjects that require visual learning. Evaluation of current use of CAI was focused on three CD-based modules developed to teach histological images to beginning medical students at multiple sites. For internal control, students' learning outcomes and perceived effectiveness were analyzed with their demographic characteristics, computer attitude, computer experience, and learning behaviors being considered. Results indicated that students who used at least two different CAI programs scored significantly higher on the final examination than those who used only the CAI tool designed by their site's instructor. Further investigation indicated that students might have benefited from the interactive features of a specific CAI tool. Such scaffolds could have successfully supported encoding processes while students were restructuring their mental models. In addition, students perceived the CAI programs to be more effective when the tools were fully integrated into the curriculum. Perceived module effectiveness was significantly correlated with examination performance, suggesting a well-designed and appropriately used CAI tool may help students achieve not only learning efficiency, but also better learning outcome.

Computer-Assisted Instruction↗
PubMed1994

Computer skills and attitudes to computer-aided learning among medical students.

One hundred and forty-four third-year medical students at the University of Edinburgh were surveyed as to levels of computing skills and confidence in carrying out computing tasks. Attitudes to computer-aided learning for clinical teaching were also measured. Thirty-one per cent of students had not used a computer in the previous year and 38% had not used a computer outside supervised laboratory work. Twenty-two per cent had never used the university library computerized catalogue and 43% had never carried out a medline search using the library CD-ROM. Students were not confident of their ability to carry out simple computing tasks. Fifty-four per cent said they would need support or instruction in printing out a document, 69% were not confident they could copy a file onto a disk and 74% did not believe they could independently create a graph in a document. Students who had completed an intercalated honours year were significantly more skilled and confident in computing tasks. Attitudes to computer-aided learning were related to computing confidence. Medical students who have not acquired basic computer information technology (IT) skills by the third year of undergraduate training are unlikely to do so in the final hospital-based years. Undergraduate curricula for medical students must incorporate specific computer (IT) training.

Attitude to Computers↗
PubMedDate not supplied

Computer testing of memory across the adult life span.

This study was designed to investigate whether differential experience with and reactions to computers among adults of different ages impact on adult age differences in computer memory testing. Participants were 141 community-dwelling adults, aged 18 to 87. Computer experience, computer anxiety, computer attitudes, and computer self-efficacy were measured in addition to several demographic items. Participants also completed a working-memory test on a desk top computer. Age was positively correlated with computer anxiety, but was not correlated with computer attitudes. In addition, older adults had less computer experience and lower computer self-efficacy. Computer experience, anxiety, and self-efficacy significantly mediated the relationship between age and computer-tested working memory performance. The results lend support to a model of cognitive aging that emphasizes the role of ability-extraneous factors in accounting for some of the observed age-related differences in computer-tested memory.

Adolescent↗
PubMed1998

Age differences in attitudes toward computers.

It is commonly believed that older adults hold more negative attitudes toward computer technology than younger people. This study examined age differences in attitudes toward computers as a function of experience with computers and computer task characteristics. A sample of 384 community-dwelling adults ranging in age from 20 to 75 years performed one of three real-world computer tasks (data entry, database inquiry, accounts balancing) for a 3-day period. A multidimensional computer attitude scale was used to assess attitudes toward computers pretask and posttask. Although there were no age differences in overall attitudes, there were age effects for the dimensions of comfort, efficacy, dehumanization, and control. In general, older people perceived less comfort, efficacy, and control over computers than did the other participants. The results also indicated that experience with computers resulted in more positive attitudes for all participants across most attitude dimensions. These effects were moderated by task and gender. Overall, the findings indicated that computer attitudes are modifiable for people of all age groups. However, the nature of computer experience has an impact on attitude change.

Adult↗
PubMedDate not supplied

Computer knowledge, attitudes, and skills of nurses in People's Hospital of Beijing Medical University.

The first Chinese Hospital Information Systems (HIS) was used as a pilot project at People's Hospital, of Beijing Medical University (BMU). To assess the computer knowledge, attitudes, and skills of nurses working in the hospital, and to examine the relationships among these factors, 169 staff nurses working on clinical units were surveyed by proportionate stratified random sampling. Computer knowledge, attitudes, and skills were measured, by a nurses' computer knowledge questionnaire (NCKQ), nurses' computer attitude scale (NCAS), and nurses' computer skill scale (NCSS), respectively, developed by the investigators. Data analysis showed that the overall computer knowledge and skills of nurses were at moderate levels and the computer attitudes were neutral. Nurses' computer skills were significantly and positively correlated with both computer knowledge and computer attitudes; however, no significant correlation was found between computer knowledge and computer attitudes. Strategies to enhance nurses' computer knowledge, attitudes, and skills were proposed.

Adult↗
PubMed2005

Comparisons of Physicians' and Nurses' Attitudes towards Computers.

Before starting the implementation of integrated hospital information systems, the physicians' and nurses' attitudes towards computers were measured by means of a questionnaire. The study was conducted in Dubrava University Hospital, Zagreb in Croatia. Out of 194 respondents, 141 were nurses and 53 physicians, randomly selected. They surveyed by an anonymous questionnaire consisting of 8 closed questions about demographic data, computer science education and computer usage, and 30 statements on attitudes towards computers. The statements were adapted to a Likert type scale. Differences in attitudes towards computers between groups were compared using Kruskal-Wallis and Mann Whitney test for post-hoc analysis. The total score presented attitudes toward computers. Physicians' total score was 130 (97-144), while nurses' total score was 123 (88-141). It points that the average answer to all statements was between "agree" and "strongly agree", and these high total scores indicated their positive attitudes. Age, computer science education and computer usage were important factors witch enhances the total score. Younger physicians and nurses with computer science education and with previous computer experience had more positive attitudes towards computers than others. Our results are important for planning and implementation of integrated hospital information systems in Croatia.

Attitude of Health Personnel↗
PubMed2004

An exploratory study to assess the computer knowledge, attitude and skill among nurses in health care setting of a selected hospital in Ludhiana, Punjab, India.

Explorative study conducted to assess and identify deficit areas of computer knowledge, attitudes and skills among nurses working in the hospital and to examine the relationship among these factors. 120 staff nurses were surveyed by systematic random sampling. Computer knowledge, attitudes and skills were measured by a self-structured computer knowledge questionnaire, computer attitude and skill scale respectively. Data analysis showed that the majority 75% staff nurses had good computer knowledge. 100% of nurses had positive attitudes towards computer utilization. 50.8% and 30.8% had average and fair computer skills respectively. No significant correlation was found between nurses' computer knowledge, attitude and skills. The relationships of computer knowledge, attitude and skill were analyzed among nurses with the selected variables like age, sex, designation, years of nursing service, professional qualification, area of nursing service, type of computer training received, frequency of computer usage and monthly family income. Strategies to enhance nurses' computer knowledge, attitudes and skills were proposed.

Attitude of Health Personnel↗
PubMed2005

Nurses' attitudes towards computers: cross sectional questionnaire study.

AIM: To estimate the attitudes of hospital nurses towards computers and the influence of gender, age, education, and computer usage on these attitudes. METHODS: The study was conducted in two Croatian hospitals where integrated hospital information system is being implemented. There were 1,081 nurses surveyed by an anonymous questionnaire consisting of 8 questions about demographic data, education, and computer usage, and 30 statements on attitudes towards computers. The statements were adapted to a Likert type scale. Differences in attitudes towards computers were compared using one-way ANOVA and Tukey-b post-hoc test. RESULTS: The total score was 120+/-15 (mean+/-standard deviation) out of maximal 150. Nurses younger than 30 years had a higher total score than those older than 30 years (124+/-13 vs 119+/-16 for 30-39 age groups and 117+/-15 for>39 age groups, P<0.001). Nurses with a bachelor's degree (119+/-16 vs 122+/-14, P=0.002) and nurses who had attended computer science courses had a higher total score compared to the others (124+/-13 vs 118+/-16, P<0.001). Nurses using computers more than 5 hours per week had higher total score than those who used computers less than 5 hours (127+/-13 vs 124+/-12 for 1-5 h and and 119+/-14 for <1 hour per day, P<0.001, post-hoc test). CONCLUSION: Nurses in general have positive attitudes towards computers. These results are important for the planning and implementing an integrated hospital information system.

Adult↗