Interactive Television - A Brief Media History

Jensen, Jens F.

doi:10.1007/978-3-540-69478-6_1

Cited by 28 publications

(12 citation statements)

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“…Interactive television [10] is a research area that provides audiences with interactive functions to share experiences. However, most such systems only use verbal communication such as text chat functions or voice chat functions [8,23,5].…”

Section: Related Workmentioning

confidence: 99%

Enhancing communication and dramatic impact of online live performance with cooperative audience control

Yonezawa

Tokuda

2012

Proceedings of the 2012 ACM Conference on Ubiquitous Computing

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Recent progress in information technology enables people to easily broadcast events live on the Internet. Although the advantage of the Internet is live communication between a performer and listeners, the current mode of communication is writing comments using Twitter or Facebook, or some similar messaging network. In one type of live broadcast, musical performances, it is difficult for a musician, when playing an instrument, to communicate with listeners by writing comments. We propose a new communication mode between performers who play musical instruments, and their listeners by enabling listeners to control the performer's camera or illumination remotely. The results of four weeks of experiment confirm the emergence of nonverbal communication between a performer and listeners, and among listeners, which increases camaraderie amongst listeners and performers. Additionally, the dramatic impact of a performance is increased by enabling listeners to control various camera actions such as zoom-in or pan in real time. The results also provide implications for design of future interactive live broadcasting services.

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Section: Related Workmentioning

confidence: 99%

Enhancing communication and dramatic impact of online live performance with cooperative audience control

Yonezawa

Tokuda

2012

Proceedings of the 2012 ACM Conference on Ubiquitous Computing

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“…Video interactivity, not widely implemented until present, come as a current, complement to the educational platform, and it provides "depth information" and diversity, the extra resources opportunity going from a central type video element. Moreover, it is noted by researchers as Zahn, Krauskopf, Kiener and Hesse (2014) or Jensen (2008) that the classical video type display will generate apathy in education, instead of active learning activities, the main purpose of digital information transmission process. Studies in the literature calls for an evolution of videos beyond "passive unidirectional TV type experience" in order to facilitate collaborative processes, directing the attention of students, questioning students online, and gradual transition from one stage of learning to another (Pea, 2006), resulting in increasing the level of interest and personal satisfaction from the student in relation to the contents (Marchioria, Blanco, Torrente, Martinez-Ortiz, & Fernandez-Manjon, 2011).…”

Section: Digital Nativementioning

confidence: 99%

Review of Interactive Video–Romanian Project Proposal

Onița¹,

Petan²,

Vasiu³

2016

IES

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In the recent years, the globalization and massification of video education offer involved more and more eLearning scenarios within universities. This article refers to interactive video and proposes an overview of it. We analyze the background information, regarding the eLearning campus used in virtual universities around the world, the MOOC movement in the last year, and the related interactive video platforms in the (education) field. At the same time, we pay particular attention to technical aspects of the interactive video: defining concept, types of video metadata, media fragments and types of annotations, as primordial elements that bring interactivity. We tested some free and commercial interactive web application. We gathered all the ideas. We propose a framework for an interactive system web based on the main modules: video resource management (production, transcoding and storage), annotations, Linked Open Data, distribution medium, player interface, data analytics and recommendation system. On the way, we offer our findings, together with our recommendations for an annotation interface and player module. It is our idea for Politehnica University Timisoara, either as a standalone solution or a complement to actual virtual campus (http://cv.upt.ro) depending on future development plans and financial aspects.

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“…However, digital video content delivery still provides only limited forms of interaction that restrict it to passive screenbased consumption, which is largely one-way communication. Previous attempts of interactive TV failed [1], [2] because they focused on convergence of multiple forms of communication and challenged the passive nature of video content consumption. Convergence is fundamentally a flawed concept, but it's even worse when you try to put an active medium (e.g.…”

Section: Introductionmentioning

confidence: 99%

Cloud Mat: Context-Aware Personalization of Fitness Content

Jang

Ryoo

Telhan

et al. 2015

2015 IEEE International Conference on Services Computing

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Digital video content via broadcast television, Internet and other content distribution networks provide limited interaction for fitness and wellness activities. The content delivery is one-way only and provides no personalization to the pace, programming and progress of the user's exercise routine. Furthermore, the content is to be viewed only on a screen which makes it awkward and incompatible with full-body activities such as yoga, pilates and T'ai chi. We present CloudMat, a system for context-aware personalization of fitness content with cloudenabled connected surfaces. CloudMat provides real-time closedloop feedback between the state of the user on the physical mat and the state of the content in the cloud service. Content is tagged with actuation signals where events are delegated from the screen to display on an electroluminescent lighting layer on the mat, which provides spatial guidance to the end-user. Through the sensor-layer embedded in the mat, the physical interface captures the pose and timing of the user activity and relays it to the Context-aware Personalization cloud service. This service coordinates sensing and actuation between the content stream and mat by generating pose templates and metadata files about the exercise routine to be delivered to the user. Through this interactive process between the physical mat and the content service, the feedback provided by the user performing the routine continuously adapts the pace and programming to maintain the desired user experience. We demonstrate the utility of the system and evaluate the system performance with a case study on interactive yoga. Abstract-Digital video content via broadcast television, Internet and other content distribution networks provide limited interaction for fitness and wellness activities. The content delivery is one-way only and provides no personalization to the pace, programming and progress of the user's exercise routine. Furthermore, the content is to be viewed only on a screen which makes it awkward and incompatible with full-body activities such as yoga, pilates and T'ai chi. We present CloudMat, a system for context-aware personalization of fitness content with cloudenabled connected surfaces. CloudMat provides real-time closedloop feedback between the state of the user on the physical mat and the state of the content in the cloud service. Content is tagged with actuation signals where events are delegated from the screen to display on an electroluminescent lighting layer on the mat, which provides spatial guidance to the end-user. Through the sensor-layer embedded in the mat, the physical interface captures the pose and timing of the user activity and relays it to the Context-aware Personalization cloud service. This service coordinates sensing and actuation between the content stream and mat by generating pose templates and metadata files about the exercise routine to be delivered to the user. Through this interactive process between the physical mat and the content service, the feedback provided by the ...

show abstract

Interactive Television - A Brief Media History

Cited by 28 publications

References 1 publication

Enhancing communication and dramatic impact of online live performance with cooperative audience control

Enhancing communication and dramatic impact of online live performance with cooperative audience control

Review of Interactive Video–Romanian Project Proposal

Cloud Mat: Context-Aware Personalization of Fitness Content

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