exp.at'15: remote experimentation model based on digital tv

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REMOTE EXPERIMENTATION MODEL BASED ON DIGITAL TV Ranieri Alves dos Santos - UFSC Eliane Pozzebon – UFSC Luciana Bolan Frigo – UFSC Roderval Marcelino – UFSC

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Page 1: exp.at'15: Remote Experimentation Model Based on Digital TV

REMOTE EXPERIMENTATION MODEL BASED ON DIGITAL TV

Ranieri Alves dos Santos - UFSC

Eliane Pozzebon – UFSC

Luciana Bolan Frigo – UFSC

Roderval Marcelino – UFSC

Page 2: exp.at'15: Remote Experimentation Model Based on Digital TV

UFSC – Federal University of Santa Catarina

Araranguá – SC - Brazil

Page 3: exp.at'15: Remote Experimentation Model Based on Digital TV

Information and Communication Technologies - Masters Course

UFSC – Federal University of Santa Catarina

Campus Araranguá – SC - Brazil

Page 4: exp.at'15: Remote Experimentation Model Based on Digital TV

DTV + Remote Labs

Page 5: exp.at'15: Remote Experimentation Model Based on Digital TV

Digital TV (DTV)

Video Quality: HDTV, 1920p, 16:9

Audio Quality: 5.1 channels, 48KHz rate

Multiprogramming: a flow in HDTV or many flows in SDTV

Mobility: small TV`s and mobile devices with digital signal

Interactivity: the new layer from broadcast with data flow for

applications

Page 6: exp.at'15: Remote Experimentation Model Based on Digital TV

iTV System

Page 7: exp.at'15: Remote Experimentation Model Based on Digital TV

Levels of Interactivity (Soares; Barbosa, 2009)

Local Interactivity: App from data layer, only local navigations (interactivity channel not required)- World cup charts, programs info, static content

Unidirectional Interactivity: By the interactivity channel only simple responses go to broadcast- Quiz answer, researchs, voting reality shows

Bidirectional Interactivity: By the interactivity channel is possible send and receive content, without broadcast- Realtime news, weather forecast, dynamic content

Full Interactivity: By the interactivity channel, complex requests are possible, controls the programming and interacts with the broadcaster directly

- This project

Page 8: exp.at'15: Remote Experimentation Model Based on Digital TV

Proposed Model

Page 9: exp.at'15: Remote Experimentation Model Based on Digital TV

Proposed Model

Based in BBC Interactive Television

Style Guide (BBC, 2002):

- Sequence of color buttons

- Safe areas for visual and text contents

- Font family and size

- Usability patterns

Page 10: exp.at'15: Remote Experimentation Model Based on Digital TV

Proposed Model

spatialknestheticlinguistic

Page 11: exp.at'15: Remote Experimentation Model Based on Digital TV

Proposed Model

Page 12: exp.at'15: Remote Experimentation Model Based on Digital TV

Conclusions

- The model is an alternative to traditional means of access

to remote labs

- It’s possible create DTV apps with FULL INTERACTIVITY

using remote experimentation

- It’s possible that remote labs and educational broadcasters

can be joined to provide the full interactivity through DTV

- The DTV and the remote control can be used to create

adaptive content for 3 of Gardner's multiple intelligences

theory

Page 13: exp.at'15: Remote Experimentation Model Based on Digital TV

Further Researches

- To develop more apps for other remote

experiments

- Use the model in school environment

- Validate the model

- Unite the academic and broadcast industry

Page 14: exp.at'15: Remote Experimentation Model Based on Digital TV

Ranieri Alves dos Santos – [email protected]

Eliane Pozzebon – [email protected]

Luciana Bolan Frigo – [email protected]

Roderval Marcelino – [email protected]

Thanks!