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2020, Innovation in Aging
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2 pages
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Willingness to adopt technology is an important precursor to technology adoption. This talk will present findings from a study which examined 187 older adults’ willingness to adopt a variety of mobile technologies supporting domains such as transportation, health/wellness, and lifelong learning. Participants aged 65 years and older, including 144 females, were presented with Power Point slides describing each of five technologies, and subsequently rated each technology on their willingness to adopt it as well as on the technology’s perceived value, the perceived mental effort required to learn it, confidence in one’s ability to learn it, the degree of help available from family/friends for help learning it, and privacy concerns. Other measures, including self-assessment of skills, technology readiness, technology skills, and cognitive abilities, were also collected. Interrelationships among these and other study variables will be presented as a basis for a model for predicting older...
2018
Currently, the number of people at the age of 65+ is rising at frenetic pace. For instance, in developed countries, the number of older adults forms 24% and this number should rise to 33% by 2050. Therefore, there is a need to prolong an active life of older people, who want to lead active, fulfilling and quality life in a sense of their inclusion, socialization and independence. This can be achieved not only by continuous support from their family members, but current trends show an important role of information and communication technologies (ICT) in this process. The purpose of this study is to explore technology acceptance models, as well as the factors influencing the acceptance of technologies by older people, such as the key demographic characteristics (i.e., age or education), which can accelerate or slow down their acceptance of ICT devices. The methods used in this study include a method of literature review of available sources exploring the acceptance of ICT devices by o...
HCI and Usability for e-Inclusion, 2009
Technology acceptance has become a key concept for the successful rollout of technical devices. Though the concept is intensively studied for nearly 20 years now, still, many open questions remain. This especially applies to technology acceptance of older users, which are known to be very sensitive to suboptimal interfaces and show considerable reservations towards the usage of new technology. This study investigates long-und short-term effects on technology acceptance for a personal digital assistant (PDA) in older users. We examined the influence of users' personal factors (computer expertise, technical self-confidence) on acceptance (long-term effects). To assess short-term effects on acceptance, PDA acceptance was measured, after participants were given a PDA tutor training and interacted with a simulated PDA. According to the findings, individual factors largely determine people's acceptance showing that acceptance is mainly influenced by the individuals' learning history with technology. Though, also the tutorial training significantly affected acceptance outcomes, especially in the older group.
International Journal of Information Technology Project Management, 2018
This article describes how the use of mobile devices has huge potential in assisting mobile users to perform everyday tasks. However, there is a small percentage of older people that uses mobile devices. This shows that, there are several factors that influenced the small group of older people to adopt the technology. In addition, there have been limited studies that investigate factors that influenced older people to adopt mobile devices. This article aims to understand the causes that have encouraged older people to adopt such technology. Qualitative methods including interview and focus groups were conducted among twenty-one older people aged 55 and above. The results indicated that, there were five factors that influenced older people to use mobile devices. These factors were mobile device design, functions, social inspiration, economical and other related factors.
2017
The older generation is growing at a rate surpassed only by the speed at which mobile technology is advancing. Technology has become so ubiquitous in daily life, that most older people have done their best to adopt it. The purpose of this study was to explore the older adult (>50 yrs.) learner's everyday approach to and regard for mobile technology. Paper surveys were distributed by hand to four geographically diverse audiences. Each audience was composed of a minimum of 20 adult learners of each gender across three age groups, accounting for 160 individual older adults in all. Returned survey data (N = 107) were examined using either an ANOVA or Kruskal-Wallis H test for statistical significance, and appropriate post hoc analyses-Tukey's or pairwise comparisons-were applied to determine which age differed significantly. A targeted thematic analysis of open-ended survey answers uncovered supporting or refuting empirical information to elaborate on the quantitative findings. Results reveal that mobile device ownership declined with age. However, usage tasks were found to significantly differ across age groups. The most revealing result is one of non-significance: no learning strategies were found to be significant for any age. Qualitative elements illuminated the desire for ideal, personalized learning situations across all age groups. Implications are discussed in regard to designing ideal learning environments for older adults in learning newer technology.
OBM Geriatrics, 2018
Background: Information and Communication Technologies (ICTs) have the potential to promote healthy aging and increase the quality of life of older adults. However, several barriers like access, performance, psychological, and privacy issues still exist against fully deploying ICT solutions for older adults. To determine useful methods to overcome such barriers, this work investigated the possible factors that prevent elders from directly accepting ICT services based on three field studies. Methods: The Unified Theory of Acceptance of Use of Technology (UTAUT) was adopted as the general reference framework. Results: Performance Expectancy (perceived usefulness) and Facilitating Conditions (provided user support) seem to be the most relevant factors in all field studies. Also, the relevance of Hedonic Motivation (pleasantness of use) emerges. The role of Effort Expectancy (ease of use) seems to be affected by the user profile, which includes education level, present technology skill, and employment status. Conclusions: Overall, results confirm that the reference model variables represent the key factors to predict older adults' viewpoints toward ICT. The use of familiar devices (like TV sets) in the interaction with new technologies was determined to be a significant factor in
Computers in Human Behavior, 2010
Older adults (n = 113) participated in focus groups discussing their use of and attitudes about technology in the context of their home, work, and healthcare. Participants reported using a wide variety of technology items, particularly in their homes. Positive attitudes (i.e., likes) outnumbered negative attitudes (i.e., dislikes), suggesting that older adults perceive the benefits of technology use to outweigh the costs of such use. Positive attitudes were most frequently related to how the technology supported activities, enhanced convenience, and contained useful features. Negative attitudes were most frequently associated with technology creating inconveniences, unhelpful features, as well as security and reliability concerns. Given that older adults reported more positive than negative attitudes about the technologies they use, these results contradict stereotypes that older adults are afraid or unwilling to use technology. These findings also highlight the importance of perceived benefits of use and ease of use for models of technology acceptance. Emphasizing the benefits of technology in education and training programs may increase future technology adoption.
Lecture Notes in Computer Science, 2013
This study examined why older adults accepted or rejected new functions and how they made their decision. 44 older adults were asked to use eight functions on two smart phones and two tablets. Then, they were interviewed about their acceptance of functions. They had the lowest acceptance of the mircroblog function. Finally, older adults reported reasons of accepting or rejecting functions. The result was a model to represent older adults' decision process, which was influenced by eight factors. This decision process generated four major findings. First, substitutes seemed to be a big obstacle to older adults' acceptance of new functions on smart phones and tablets. Second, openness influenced whether older adults stressed the usefulness of a new function. Third, contexts and lifestyles influenced older adults' judgment of usefulness. Fourth, older adults seemed to tolerate some complexity, but it should not be more than they could handle after learning.
Proceedings of the 7th International Conference on Information and Communication Technologies for Ageing Well and e-Health
Research conducted on the topic of new technologies and gerontechnology acceptance and adoption by older adults is in its early development and poses challenges regarding the wholistic understanding of older adults' technology adoption's drivers and barriers. This study aims at contributing to the understanding of technologies' relevance and usage by older adults with a high accuracy ascertainment and increased simplification and effectiveness, starting from the gerontographics segmentation. For doing so, the study interviewed 125 older adults from three countries: Romania, Slovenia and Cyprus. Our research categorized these older adults in to four gerontographics groups according to their reported psychological and physical well-being. We found significant differences in the actual usage: perceived usefulness, the ascribed meaning of technology and their acceptance and/or rejection of the new technologies by the four gerontechnologies. These findings emphasized that the relation of older adults with technology and the barriers which arose are differently experienced by segments with dissimilar physical and psychological well-being. Nevertheless, they constitute powerful evidence of the value of the gerontographics in conceptualizing, developing and marketing new technologies and gerontechnologies.
Este material puedes encontrarlo en http://www.romeliarodriguezv.com.ve Página 1 UNIDAD 1: FUNDAMENTOS DE CONTABILIDAD LA EMPRESA O UNIDAD ECONOMICA. DEFINICIÓN: En términos generales, se puede definir a la empresa como "el conjunto de elementos materiales, humanos y de recursos monetarios, los cuales deben interactuar coordinadamente para lograr un objetivo específico". CLASIFICACION: Las empresas pueden ser clasificadas desde tres puntos de vista: a.) De acuerdo a la propiedad del capital aportado: a.1.) Empresas públicas: son aquellas en que el Estado es el dueño de capital. a.2.) Empresas Semi-públicas: El capital es aportado por el Estado y Particulares. a.3.) Empresas Privadas: El total del capital pertenece a particulares. b.) De acuerdo al tipo de actividad que desarrollan: b.1) Empresas Comerciales: Son aquellas que comercializan bienes elaborados por terceros, es decir, se dedican a la compra-venta de bienes. b.2.) Empresas Industriales: Son aquellas que elaboran productos, a través de la transformación de ciertos insumos, los cuales pueden ser comercializados directamente o a través de terceros. b.3) Empresas Financieras: Son aquellas que captan recursos financieros, para luego colocarlos en el mercado de capitales. b.4.) Empresas de Servicios: Son aquellas que prestan servicios intangibles a los consumidores. c.) De acuerdo a su constitución jurídica:
International Journal of Emerging Trends in Engineering Research, 2024
The main benefit of teaching IoT in today's classroom is that students are learning crucial skills they'll need in the futurewhether that's at work or at home. Schools can also benefit from the Internet of Things in several ways. This article presents some techniques of teaching on connected objects. Our work is focused on active pedagogy wich is widely integrated in order to involve students in the theoretical part and to create a prototype of an object having an application purpose. The integration of this teaching into a school of engineers illustrates its implementation.
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