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Author:Aamulehto, Rami
Title:Digitaalisten aikakaus- ja sanomalehtien julkaiseminen HTML5-tekniikalla
Digital magazine and newspaper publishing with HTML5
Publication type:Master's thesis
Publication year:2013
Pages:xiii + 137 s. + liitt. 8      Language:   fin
Department/School:Perustieteiden korkeakoulu
Main subject:Viestintätekniikka   (T-75)
Supervisor:Oittinen, Pirkko
Instructor:Kuhna, Mikko
Electronic version URL: http://urn.fi/URN:NBN:fi:aalto-201306146495
OEVS:
Electronic archive copy is available via Aalto Thesis Database.
Instructions

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Location:P1 Ark Aalto  1812   | Archive
Keywords:digital publishing
magazine
newspaper
tablet
mobile
HTML5
CSS3
web-application
digitaalinen julkaiseminen
aikakauslehti
sanomalehti
tabletti
mobiili
web-applikaatio
Abstract (eng): The aim of this thesis has been to study the use of HTML5 technology in digital magazine and newspaper publishing.
The field of research has been focused primarily on tablet and mobile platforms which have played a crucial role in the convergence of devices, media and technologies during the past years.
This development has increased the significance of browser based applications, contents and services which can flow across different devices and be reached regardless of time, place and device.

While browsers have been adopting the new HTML5 features, new execution possibilities have been emerged in digital publishing for tablet and mobile platforms.
These implementations can match the performance of native applications and at the same time streamline the publishing process.
The lack of de facto implementation methods raises a need for comparison which has been addressed in this study.

The most important technologies and publishing methods for HTML5 based content have been identified and introduced in this thesis.
The empirical research was based on the implementation of Aalto University Magazine tablet concept: the visual design of the concept magazine was provided by Juho Hiilivirta.
The HTML5 based magazine was used as a part of the implemented iOS and web applications which served as research platforms for different implementation methods.

Performance and feature detection tests were designed and executed using a range of browsers and devices from desktop, tablet and mobile platforms.
The results of this study include Stage Framework for publishing HTML5 based content and recommended conventions for digital publishing in addition to the implemented applications, demo magazine and test results.
All in all the new browser technologies were well supported across different platforms offering an excellent publishing platform as the most common execution environment in the world.
In the light of this study publishers and developers are encouraged for a confident adoption of these technologies.
Abstract (fin): Tämän diplomityön tavoitteena on ollut tutkia HTML5-tekniikan käyttöä digitaalisten aikakaus- ja sanomalehtien julkaisemisessa.
Tutkimusalueena ovat olleet ensisijaisesti tabletti- ja mobiilialustat, jotka ovat olleet tärkeässä roolissa viime vuosina tapahtuneessa asiakaslaitteiden, medioiden ja teknologioiden konvergenssissa.
Tämä kehitys on kasvattanut selainpohjaisten sovellusten, sisältöjen ja palveluiden merkitystä, jotka voivat kulkea eri laitteiden välillä ja olla käyttäjien saavutettavissa ajasta, paikasta ja laitteesta riippumatta.

Selainten kehittyessä ja adoptoidessa HTML5:n uusia ominaisuuksia, on digitaalisten lehtien julkaisemisessa tabletti- ja mobiilialustoille avautunut uusia toteutustapoja, jotka voivat vastata natiivien sovellusten suorituskykyyn ja samalla helpottaa itse julkaisuprosessia.
De facto -toteutuksen puuttuessa herää tarve eri toteutustapojen vertailulle, johon tässä diplomityössä on pyritty vastaamaan.

Diplomityössä on esitelty keskeiset teknologiat ja toteutusratkaisut HTML5-taitetun sisällön julkaisemiselle.
Julkaisuformaatin kokeellista tutkimusta varten toteutettiin Aalto University Magazine -lehdelle tablettikonsepti Juho Hiilivirran suunnitteleman visuaalisen ilmeen pohjalta.
HTML5-taitettua demolehteä hyödynnettiin toteutettujen iOS-sovelluksen ja web-applikaation osana, jotka palvelivat alustoina eri toteutusratkaisujen tutkimiselle.

Diplomityössä tutkittiin eri selainteknologioiden soveltuvuutta ja suorituskykyä osana alusta- ja suorituskykytestausta, joka suoritettiin laajalle selainkirjolle työpöytä-, tabletti- ja mobiilialustoilla.
Diplomityön keskeisiin tuloksiin kuuluvat toteutettujen sovellusten, demolehden ja testien tulosten lisäksi Stage Framework -ohjelmistokehys HTML5-taitettujen lehtien julkaisemiselle sekä suositeltujen käytäntöjen lista digitaaliselle julkaisemiselle.
Kaiken kaikkiaan uudet selainteknologiat olivat hyvin tuettuja alustasta riippumatta tarjoten erinomaisen julkaisualustan maailman levinneimpänä suoritusympäristönä.
Tämän diplomityön tulosten valossa julkaisijoita ja kehittäjiä kannustetaan näiden teknologioiden rohkeaan adoptointiin.
ED:2013-05-17
INSSI record number: 46149
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