Web-Page Adaptation Framework for PC &amp;amp; Mobile Device Collaboration

Chua, Hui-Na; Scott, S.D.; Choi, Yena; Blanchfield, Peter

doi:10.1109/aina.2005.348

Cited by 19 publications

(15 citation statements)

References 10 publications

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“…A similar problem has been studied regarding the delivery of Web pages to be shared in a collaborative manner. This context is known as co-browsing or escorted browsing [6]. In this context, when it is not possible to keep the original layout, an extra view is added for PCs that reflects what mobile users are seeing.…”

Section: Introductionmentioning

confidence: 99%

Quality Prediction-Based Dynamic Content Adaptation Framework Applied to Collaborative Mobile Presentations

Louafi

Coulombe

Chandra

2013

IEEE Trans. on Mobile Comput.

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Abstract-Today, professional documents, created in applications such as PowerPoint and Word, can be shared using ubiquitous mobile terminals connected to the Internet. GoogleDocs and EasyMeet are good examples of such collaborative Web applications dedicated to professional documents. The static adaptation of professional documents has been studied extensively. Dynamic adaptation can be very useful and practical for interactive multimedia applications, because it allows the delivery of highly customized content to the end-user without the need to generate and store multiple transcoded versions. In this paper, we propose a dynamic framework that enables us to estimate transcoding parameters on the fly in order to generate near-optimal adapted content for each user. The framework is compared to current dynamic methods as well as to static adaptation solutions. We show that the proposed framework provides a better trade-off between quality and storage compared to other static and dynamic approaches. To quantify the quality of the adapted content, we introduce a measure of the quality of the experience based on its visual quality of the adapted content, as well as on the impact of its total delivery time. The framework has been tested on (but is not limited to) OpenOffice Impress presentations.

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Section: Introductionmentioning

confidence: 99%

Quality Prediction-Based Dynamic Content Adaptation Framework Applied to Collaborative Mobile Presentations

Louafi

Coulombe

Chandra

2013

IEEE Trans. on Mobile Comput.

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“…The detailed results of this experiment were presented in an earlier paper [14]. The graphs in Fig 4 display adaptation resulted in quicker completion (both in number of page requests and time taken) of all the cobrowsing tasks along with a higher satisfaction rating from the subjects.…”

Section: Resultsmentioning

confidence: 89%

Adaptive viewpoints for co-browsing on heterogeneous devices

Chua¹,

Scott²,

Choi³

2006

BT Technol J

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Co-browsing is an activity in which a group of users navigate their way through of a set of Web pages together for a shared purpose. Effective co-browsing among users with different device capabilities requires a shared understanding of those Web pages. This paper demonstrates the concept of shared viewpoints (SVPs), and personal viewpoints (PVPs), for cobrowsing, before detailing a framework for implementing these concepts. Finally, the effectiveness of the framework is presented through a perceptual experiment.

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“…However, because of limited computing ability and capacity of storage of mobile device by now, deploying the whole adaptation engine in a single mobile client is not easy-going. Recently, researchers have proposed Co-browsing schemes [4,5], which assumes multi-client browsing pages of the same class simultaneously, assembling multiple small screens to form large screen. Nevertheless, most time we like browsing ourselves, not sit together assembling those small screens to form large screen even if our mobile devices can connect each other by Bluetooth, 802.11b or other wireless technology.…”

Section: Problem Statementmentioning

confidence: 99%

Web Page Adaptation for Small Screen Mobile Device: A New P2P Collaborative Deployment Approach

Xiao

Tao

et al. 2008

2008 First International Conference on Intelligent Networks and Intelligent Systems

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In mobile computing environments, as handheld devices' small-screen, limited computing ability and capacity of storage, consumers still experience difficulties when browsing the web on such devices. Some researches focus on how to adapt a normal web page to handheld device. Meanwhile, it is necessary to put existing web adaptation engines into practice. To meet the requirement, a new scheme of mobile device oriented web page adaptation based on P2P collaborative deployment is proposed: on the premise of splitting a normal web page into small logical blocks, a P2P collaborative deployment scheme is provided; a specific algorithm is designed to assign blocks, manage devices, coordinate devices and decide how to carry exiting web adaptation engine by the using of P2P collaborative work mode; moreover, a prototype system and its evaluation experiments have been implemented to verify the scheme and show its values in both technical and economical viewpoints.

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Web-Page Adaptation Framework for PC & Mobile Device Collaboration

Cited by 19 publications

References 10 publications

Quality Prediction-Based Dynamic Content Adaptation Framework Applied to Collaborative Mobile Presentations

Quality Prediction-Based Dynamic Content Adaptation Framework Applied to Collaborative Mobile Presentations

Adaptive viewpoints for co-browsing on heterogeneous devices

Web Page Adaptation for Small Screen Mobile Device: A New P2P Collaborative Deployment Approach

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