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  • About
  • The Global ETD Search service is a free service for researchers to find electronic theses and dissertations. This service is provided by the Networked Digital Library of Theses and Dissertations.
    Our metadata is collected from universities around the world. If you manage a university/consortium/country archive and want to be added, details can be found on the NDLTD website.
1

Ecossistemas digitais de aprendizagem: autoria, colaboração, imersão e mobilidade. / Digital learning ecosystems: authoring, collaboration, immersion and mobility.

Ficheman, Irene Karaguilla 24 October 2008 (has links)
A rápida evolução e a ampla disseminação de tecnologias digitais estão mudando o contexto e o perfil dos aprendizes que hoje circulam naturalmente entre espaços físicos, espaços virtuais e espaços sociais diferentes, aprendendo em contextos formais e informais. Paradigmas educacionais atuais defendem a aprendizagem centrada no aprendiz que constrói seu conhecimento ao criar e desenvolver projetos, ao interagir com os objetos de estudo, com seus pares, com seus professores e mentores. A análise de requisitos etapa fundamental do desenvolvimento de uma ferramenta digital - concentra-se essencialmente em aspectos computacionais a partir da identificação de fluxos de entrada e saída e dos processos que a ferramenta deverá executar. Entretanto, a análise de requisitos é difícil de ser conduzida quando os conteúdos e inter-relações são complexos e dinâmicos. Recentemente, a abordagem de ecossistemas tem sido usada para entender ou modelar fenômenos que surgem da tecnologia e de seu uso. Propomos utilizar esta abordagem para conceber novas ferramentas digitais de aprendizagem ao analisar seus requisitos, ou para analisar ferramentas existentes. Assim, propomos neste trabalho uma definição e um modelo de Ecossistema Digital de Aprendizagem, que podem ser aplicados tanto na concepção de novas ferramentas educacionais quanto na análise para melhoria de ferramentas existentes. Um conjunto de artefatos, resultantes do detalhamento do modelo, é apresentado a fim de auxiliar na utilização do mesmo. A avaliação da aplicabilidade do modelo foi realizada por meio de sua utilização em estudos de caso de ferramentas educacionais desenvolvidas anteriormente. A aplicação do modelo evidenciou aspectos que não foram contemplados com abordagens tradicionais e permitiu levantar possíveis modificações e ampliações que podem levar a um estágio mais maduro do ecossistema. Os resultados obtidos com a aplicação do modelo na análise de ferramentas existentes apontam caminhos promissores para que esta estratégia seja usada na concepção de novas ferramentas educacionais de aprendizagem. / The rapid evolution and dissemination of digital technology are changing the learners context and profile. Learners move naturally between different physical spaces, different virtual spaces and different social spaces, engaging in learning activities in formal and informal contexts. Educational paradigms defend a learner centered approach, where learners construct their knowledge creating and developing projects, interacting with learning objects, with their peers, their teachers and mentors. Requirements analysis is a fundamental phase in the development of digital tools and concentrates essentially on computational aspects consisting on the identification of the tools input and output flows as well as processing. Nevertheless, requirements analysis is difficult to conduct when contents and relations are complex and dynamic. Recently, the ecosystem approach has been used to understand and to model phenomena that appear from the technology and its use. We propose to use this approach to conceive new digital learning tools, analyzing its requirements, or to use this approach to analyze existing tools. Therefore we propose in this research a Digital Learning Ecosystem definition and model that can be applied to the conception of new educational tools, as well as to analyze and improve existing tools. The detailed model includes a set of artifacts that can support its application. The model applicability evaluation was achieved by applying it on previously developed study cases. The model application showed some aspects that were not considered with traditional approaches and raised possible modifications and extensions that can lead to a mature stage of the ecosystem. The model application analysis of existing tools showed promising results and indicate that this approach can be used to conceive new educational learning tools.
2

Ecossistemas digitais de aprendizagem: autoria, colaboração, imersão e mobilidade. / Digital learning ecosystems: authoring, collaboration, immersion and mobility.

Irene Karaguilla Ficheman 24 October 2008 (has links)
A rápida evolução e a ampla disseminação de tecnologias digitais estão mudando o contexto e o perfil dos aprendizes que hoje circulam naturalmente entre espaços físicos, espaços virtuais e espaços sociais diferentes, aprendendo em contextos formais e informais. Paradigmas educacionais atuais defendem a aprendizagem centrada no aprendiz que constrói seu conhecimento ao criar e desenvolver projetos, ao interagir com os objetos de estudo, com seus pares, com seus professores e mentores. A análise de requisitos etapa fundamental do desenvolvimento de uma ferramenta digital - concentra-se essencialmente em aspectos computacionais a partir da identificação de fluxos de entrada e saída e dos processos que a ferramenta deverá executar. Entretanto, a análise de requisitos é difícil de ser conduzida quando os conteúdos e inter-relações são complexos e dinâmicos. Recentemente, a abordagem de ecossistemas tem sido usada para entender ou modelar fenômenos que surgem da tecnologia e de seu uso. Propomos utilizar esta abordagem para conceber novas ferramentas digitais de aprendizagem ao analisar seus requisitos, ou para analisar ferramentas existentes. Assim, propomos neste trabalho uma definição e um modelo de Ecossistema Digital de Aprendizagem, que podem ser aplicados tanto na concepção de novas ferramentas educacionais quanto na análise para melhoria de ferramentas existentes. Um conjunto de artefatos, resultantes do detalhamento do modelo, é apresentado a fim de auxiliar na utilização do mesmo. A avaliação da aplicabilidade do modelo foi realizada por meio de sua utilização em estudos de caso de ferramentas educacionais desenvolvidas anteriormente. A aplicação do modelo evidenciou aspectos que não foram contemplados com abordagens tradicionais e permitiu levantar possíveis modificações e ampliações que podem levar a um estágio mais maduro do ecossistema. Os resultados obtidos com a aplicação do modelo na análise de ferramentas existentes apontam caminhos promissores para que esta estratégia seja usada na concepção de novas ferramentas educacionais de aprendizagem. / The rapid evolution and dissemination of digital technology are changing the learners context and profile. Learners move naturally between different physical spaces, different virtual spaces and different social spaces, engaging in learning activities in formal and informal contexts. Educational paradigms defend a learner centered approach, where learners construct their knowledge creating and developing projects, interacting with learning objects, with their peers, their teachers and mentors. Requirements analysis is a fundamental phase in the development of digital tools and concentrates essentially on computational aspects consisting on the identification of the tools input and output flows as well as processing. Nevertheless, requirements analysis is difficult to conduct when contents and relations are complex and dynamic. Recently, the ecosystem approach has been used to understand and to model phenomena that appear from the technology and its use. We propose to use this approach to conceive new digital learning tools, analyzing its requirements, or to use this approach to analyze existing tools. Therefore we propose in this research a Digital Learning Ecosystem definition and model that can be applied to the conception of new educational tools, as well as to analyze and improve existing tools. The detailed model includes a set of artifacts that can support its application. The model applicability evaluation was achieved by applying it on previously developed study cases. The model application showed some aspects that were not considered with traditional approaches and raised possible modifications and extensions that can lead to a mature stage of the ecosystem. The model application analysis of existing tools showed promising results and indicate that this approach can be used to conceive new educational learning tools.
3

Interaktivní elektronická kniha pro děti / Interactive e-book for Children

Pokorná, Gabriela Unknown Date (has links)
The practical part of my thesis - Interactive Electronic Book for Children – is the book titled The Story of a tree. The application contains the author's text, which tells the story about the old tree that lives its own life and also comes alive all around him. The text is completed by illustrations that are created by combining techniques (line drawing, watercolor, photography) and digitally edited. Some illustrations are animated, others require the interaction of the reader, to set in motion, a sound, etc. Each page contains sound or music.
4

Interaktivní elektronická kniha -tradiční médium v nové podobě / Interactive

Rybníčková, Andrea January 2011 (has links)
Interactive Electronic Books - Traditional Medium in a New Form Diploma thesis "Interactive Electronic Books - Traditional Medium in a New Form" deals with very current form of printed books. It's another step for an electronic book, which has distinct differences in the possible participation in the creation of such media. My thesis defines the terms of electronic books, digital books, and interactive electronic books. It briefly describes the history and development of the book into its interactive form. An important part of this work is the development and history of the Internet, which is inseparable from the development of electronic books. Thanks to the Internet electronic books are available to all users; the development in this area wouldn't be so fast without its existence. The main part of the thesis was a qualitative analysis (the method of depth interviews) which examines young people's interest in interactive electronic books and their opinion about its potential in the future. The main part of the depth interviews was an evaluation of different forms of various genres of electronic books and their possibilities. The conclusion is about the prognosis of interactive electronic books from various points of views.
5

Interaktivní obsah elektronických knih / Interactivite content of electronic books

Gorbatiuc, Julia January 2013 (has links)
This thesis Interactive content of eBooks presents complex view on preparations and development of interactive and enhanced electronic book from technical, legislative, content and economic perspective. It describes types of interactivity modules, available interactive eBook formats, reading devices and software. It also compares USA market to the Czech market of interactive eBooks. This thesis processes results of questionnaire survey in the area of Czech readers awareness of interactive eBooks. In practical part of the thesis process of interactive book creation in Czech environment is engineered.
6

A Rhetoric Of Technology: The Discourse In U.S. Army Manuals And Handbooks

Steward, Sherry Ann 01 January 2004 (has links)
This dissertation examines the historical technical publications of the United States Army from 1775-2004. Historical research in Army technical communication reveals the persuasive characteristics of its technical publications. Elements of narrative, storytelling, and anthropomorphism are techniques writers used to help deliver information to readers. Research also reveals the design techniques writers adopted to unite the situated literacies of the troops. Analyses of print, comic, and digital media expose the increasing visualization of information since the eighteenth century. The results of such historical research can be applied to new media designs. Automating processes captured in paper-based technical manuals and adding intelligent functionality to these designs are two of many possible design options. Research also dispels a myth concerning the history of modern technical communication and illustrates the development of many genres and subgenres. Modern technical communication was not born of World War II as many scholars suggest, but was a legitimate field in eighteenth-century America. Finally, historical research in Army technical communication shows the systematic progression of a technological society and our increasing dependence on machine intelligence.
7

Možnosti a meze využití interaktivních elektronických výukových materiálů ve výuce na 1. stupni ZŠ / Possibilities and limits of using interactive electronic learning materials in primary schools

Rusová, Veronika January 2018 (has links)
The aim of this thesis is to analyse and provide a summary of the existing knowledge and teachers' attitudes regarding the usage and sources of interactive electronic learning materials in primary schools. Furthermore, the thesis compares the theory with real-life experience. The theoretical part introduces the current sources and possibilities of the use of interactive electronic learning materials in primary schools. Moreover, it defines the interactive electronic learning materials and the implementation of modern technologies in education. The research part analyses the opinions of the teachers and the challenges they perceive in the incorporation of interactive electronic learning materials into their teaching. Furthermore, it supports the theory with the practical application of interactive electronic learning materials in various primary school subjects. The concluding part confronts the theoretical knowledge with the practical experience. At the same time, it introduces some of the author's examples of activities using interactive electronic learning materials which can be used during elementary school classes.
8

Ефикасност примене електронског уџбеника у настави биологије у гимназији / Efikasnost primene elektronskog udžbenika u nastavi biologije u gimnaziji / Efficiency of electronic textbooks in Biology classes in grammar schools

Terzić Jovanka 26 August 2016 (has links)
<p>За потребе израде ове докторске дисертације најпре је направљен&nbsp; интерактивни електронски уџбеник биологије за IV разред гимназије природно-математичког смера, а затим је анализирана ефикасност његове примене у односу на&nbsp; традиционалну наставу. Педагошко истраживање је спроведено на узорку од 167 ученика (85 ученика у експерименталној и 82 ученика у контролној групи). Ученици Е групе су садржаје из наставне теме Основи молекуларне биологије у IV разреду гимназије реализовали применом интерактивног електронског уџбеника, индивидуалним обликом рада, док су ученици К група исте садржаје обрадила традиционалним наставним методама и фронталним обликом рада док су код куће учили из штампаног уџбеника.</p><p>Експериментална и контролна&nbsp; група су уједначене на почетку истраживања на основу успеха ученика из биологије на крају III. разреда гимназије и на основу резултата иницијалног теста.</p><p>Након реализације наведене наставне теме ученици обе групе су радили финални тест, а након 75 дана ретест. Такође су спроведене анкете за ученике Е групе и професоре биологије који раде у гимназији о о примени електронског уџбеника у настави биологије. Након тога су статистички обрађени и&nbsp; aнализирани резултати тестова и анкета.</p><p>Ученици Е групе су остварили бољи успех на финалном тесту и ретесту од ученика К групе. Разлике у њиховом постигнућу на финалном тесту и ретесту (у корист Е групе) су статистички значајне како на појединачним когнитивним нивоима (познавање чињеница, разумевање појмова и примена знања), тако и на тестовима у целини.</p><p>Резултати финалног теста су потврдили већу ефикасност наставе биологије уз примену електронског уџбеника у односу на традиционалну наставу. Резултати ретеста су потврдили већу трајност (квалитет) знања из биологије усвојеног применом електронског уџбеника у односу на знање стечено традиционалним метода рада. Веће постигнуће ученика Е групе на финалном тесту и ретесту у односу на ученике К групе је резултат примене електронског уџбеника и индивидуалног облика рада у настави биологије.</p><p>Ученици Е групе и професори биологије који раде у гимназији су изнели&nbsp; позитивне ставове о примени електронског уџбеника у настави биологије. То показује да они прихватају увођење иновативних модела рада у наставу.</p><p>Веће постигнуће ученика Е групе на финалном тесту и ретесту у односу на ученике К групе као и позитивни ставови ученика и професора о примени електронског уџбеника у настави биологије у гимназији препоручују израду и коришћење електронских уџбеника урађених према важећим наставним програмима у настави биологије и других предмета.</p> / <p>Za potrebe izrade ove doktorske disertacije najpre je napravljen&nbsp; interaktivni elektronski udžbenik biologije za IV razred gimnazije prirodno-matematičkog smera, a zatim je analizirana efikasnost njegove primene u odnosu na&nbsp; tradicionalnu nastavu. Pedagoško istraživanje je sprovedeno na uzorku od 167 učenika (85 učenika u eksperimentalnoj i 82 učenika u kontrolnoj grupi). Učenici E grupe su sadržaje iz nastavne teme Osnovi molekularne biologije u IV razredu gimnazije realizovali primenom interaktivnog elektronskog udžbenika, individualnim oblikom rada, dok su učenici K grupa iste sadržaje obradila tradicionalnim nastavnim metodama i frontalnim oblikom rada dok su kod kuće učili iz štampanog udžbenika.</p><p>Eksperimentalna i kontrolna&nbsp; grupa su ujednačene na početku istraživanja na osnovu uspeha učenika iz biologije na kraju III. razreda gimnazije i na osnovu rezultata inicijalnog testa.</p><p>Nakon realizacije navedene nastavne teme učenici obe grupe su radili finalni test, a nakon 75 dana retest. Takođe su sprovedene ankete za učenike E grupe i profesore biologije koji rade u gimnaziji o o primeni elektronskog udžbenika u nastavi biologije. Nakon toga su statistički obrađeni i&nbsp; analizirani rezultati testova i anketa.</p><p>Učenici E grupe su ostvarili bolji uspeh na finalnom testu i retestu od učenika K grupe. Razlike u njihovom postignuću na finalnom testu i retestu (u korist E grupe) su statistički značajne kako na pojedinačnim kognitivnim nivoima (poznavanje činjenica, razumevanje pojmova i primena znanja), tako i na testovima u celini.</p><p>Rezultati finalnog testa su potvrdili veću efikasnost nastave biologije uz primenu elektronskog udžbenika u odnosu na tradicionalnu nastavu. Rezultati retesta su potvrdili veću trajnost (kvalitet) znanja iz biologije usvojenog primenom elektronskog udžbenika u odnosu na znanje stečeno tradicionalnim metoda rada. Veće postignuće učenika E grupe na finalnom testu i retestu u odnosu na učenike K grupe je rezultat primene elektronskog udžbenika i individualnog oblika rada u nastavi biologije.</p><p>Učenici E grupe i profesori biologije koji rade u gimnaziji su izneli&nbsp; pozitivne stavove o primeni elektronskog udžbenika u nastavi biologije. To pokazuje da oni prihvataju uvođenje inovativnih modela rada u nastavu.</p><p>Veće postignuće učenika E grupe na finalnom testu i retestu u odnosu na učenike K grupe kao i pozitivni stavovi učenika i profesora o primeni elektronskog udžbenika u nastavi biologije u gimnaziji preporučuju izradu i korišćenje elektronskih udžbenika urađenih prema važećim nastavnim programima u nastavi biologije i drugih predmeta.</p> / <p>For the use of the issue of this doctoral thesis was first developed an interactive electronic textbook for biology IV discharge gymnasium of the science stream, and&nbsp; then analyzed the efficiency of its use in relation to traditional teaching. Pedagogical&nbsp; research was conducted on a sample of 167 students (85 students in the experimental and 82 students in the control group). Students E groups are the content of teaching topics Fundamentals of molecular biology in the fourth grade of&nbsp; high school r ealized by using an interactive electronic textbooks, individual form of work, while students K group of the same content processed by traditional teaching&nbsp; methods and frontal form of work while at home learning from printed textbooks.</p><p>Experimental and control groups were matched at baseline based on the success of students in biology at the end of III. year of high school, and based on the results of the initial test.</p><p>Аfter the realization of that teaching topics the students of both groups were doing the final test, a retest after 75 days. They also conducted a survey of students E group and biology professors who work in the gymnasium of the implementation of electronic textbooks in teaching biology. After that, statistically&nbsp; processed and analyzed the results of tests and surveys.&nbsp;</p><p>Students E group have achieved better results in the final test and retest students K group. The differences in their attainment of the final test and retest (in favor of group E) were statistically si gnificant both at the individual level cognitive (knowledge of facts, understanding the concepts and application of knowledge), and the tests as a whole.</p><p>Results of the final test confirmed the greater efficiency of teaching biology with the use of electronic textbooks in comparison to traditional teaching. Retest results have confirmed high durability (quality) knowledge of biology adopted using the electronic textbook in relation to the knowledge gained by traditional methods. Higher student achi evement E group at the final test and retest compared to students in K group is a&nbsp; result of implementation of electronic textbooks and individual forms of work in teaching biology.</p><p>E group students and professors of biology who work in high school&nbsp; are expressed&nbsp; positive views on the implementation of electronic textbooks in teaching biology. This&nbsp; shows that they accept the introduction of innovative models of work in the&nbsp; classroom.</p><p>Higher student achievement E group at the final test and retest compared&nbsp; to students in K group and positive attitudes of students and teachers on the&nbsp; implementation of electronic textbooks in teaching biology in high school suggests the design and use of electronic textbooks performed according to the current curriculum in teaching biology and other subjects.</p>

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