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  1. 1. SUMA & T-Maestro: Integrating personalized t-learning through standards Silvia Bastos Rebeca P. Diaz Ana Fernández Gonzalo Jiménez Laboratorio de TVDI, Laboratorio de TVDI, Laboratorio de TVDI, Laboratorio de TVDI, Universidad de Vigo Universidad de Vigo Universidad de Vigo Universidad de Vigo Campus Universitario s/n Campus Universitario s/n Campus Universitario s/n Campus Universitario s/n 36300 Vigo, Spain 36300 Vigo, Spain 36300 Vigo, Spain 36300 Vigo, Spain +34 986 813901 +34 986 813469 +34 986 813868 +34 986 813901 ABSTRACT The SUMA1 project is part of the INES technological platform 1. INTRODUCTION The arrival of Interactive Digital TV makes the access to distance eLearning working group and has been subsidized by the Ministry education easier, practically all European homes have at least one for Tourism, Industry and Trade, as part of PROFIT-the Avanza television set, whereas the penetration of Internet enabled Plan's Industrial ICT Policy. computers is lower than TV. Apart from wide-world usage, TV is This project has developed a system for integrating eLearning considered by the viewer trustworthy in reference to broadcast services based on standards, which allows the incorporation of content and easy to operate. These conditions are an ideal starting tools and services into a platform, in order to respond to the point for TV-based interactive learning, referred to as t-learning. training needs of both the business and academic spheres, and to Through personalization, it is possible to attract users towards facilitate the integration of existing structures into the many education, choosing the most appropriate contents for them and fields that require the implementation of eLearning solutions. adapting learning contents to their preferences and learning The basic aim of the project is creating a services layer that background. Through the combination of education and enables the separation of the eLearning base platform (Moodle or entertainment, it is possible to approach education to viewers. Sakai)2 from the new applications and functions to be incorporated. 2. SYSTEM DESCRIPTION One of these new features aims the multimodal access to the The Open Knowledge Initiative (OKI)3 develops specifications eLearning platform through different devices (IDTV, Web, that describe how the components of a software environment mobile…). IDTV’s laboratory at the University of Vigo has communicate with each other, OKI specifications enable focused in these services, providing multimodal access and sustainable interoperability and integration by defining standards designing contents adapted to user’s profile and reception device. for Service Oriented Architecture. The OKI project has The demo presented in this paper shows the SUMA services for developed the Open Service Interface Definitions (OSIDs), that multimodal access trough Web and IDTV. defines important components of a SOA as they provide general software contracts between service consumers and service Categories and Subject Descriptors providers. This enables applications to be constructed K.3.1 [Computer and Education]: Computer Uses in Education independently of any particular service environment, and eases – distance learning, collaborative learning. integration. H.5.1 [Information Interfaces and Presentation (I.7)]: SUMA consists in three levels: the base LMS (Moodle or Sakai), Multimedia Information Systems – Video (e.g., tape, disk, DVI) SUMA OKI bus and applications that access to OSID services (see Figure 1). SUMA OKI bus offers an eLearning integration service layer of the OKI specification that provides a common General Terms standard interface for connecting applications regardless of the Design, Experimentation, Human Factors, Standardization. underlying LMS. This enables application integration paradigm using APIs that allows integrating implementations for different Keywords programming languages and adding different protocols. Our T-learning, adaptation, personalization, IDTV, learning systems. applications have been built over this integration layer. One of the SUMA project aims is to provide multimodal access to adaptable content, to achieve this, the IDTV’s laboratory have developed three fundamental entities: 1 2 3 and
  2. 2.  ReloadTotal: the authoring tool. The courses created are Course creators are in charge of designing adaptive t-learning defined in XML language that allows them to be elements (pedagogical units or whole courses) by using the independent of underlying technology. authoring tool we have developed, ReloadTotal.  T-Maestro Intelligent Tutoring System: responsible for The student has to ways to interact with the course, he can access the component adaptation to the user profile. to the adaptive courses through a web interface or an IDTV interface.  T-Maestro Interpreter: responsible for the adaptation to the reception device. Figure 2: Demo Scenarios A demo video is available at: learning/en/index.html 4. CONCLUSIONS We have developed a pilot course about cooking, we have chosen because it is an appropriate subject for this type of training: very close to entertainment. They have participated a group of 40 heterogeneous users (both genres, different ages and educational levels), and we have obtained some conclusions by observing their reactions and by some questions results. Overall, the study has identified that there is a big potential for Figure 1: SUMA Architecture utilizing the interactive digital TV solution for increasing learning 2.1 ReloadTotal opportunities in the home, particularly as an alternative solution The ReloadTotal is a tool to create adaptive learning elements to utilizing an Internet-enabled computer, 95% of respondents based on SCORM (Sharable Content Object Reference Model), said they would use this application in their homes. This is this tool adds new functionality to RELOAD Editor4, that allows interesting to obtain a broad participation in sectors of the specifying different organizations for SCORM course. This population not familiar with the PC environment because 85% of authoring tool includes the submodule SCOCreator Tool which respondents said they found easy to use the remote control, this is allows creating self-adaptive SCOs (Sharable Content Object). an important aspect for overcoming the digital divide. With this tool we hide technical details to pedagogy experts and A 60% of respondents said they would use this service on allow defining adaptive courses based on multimedia and using a weekends, at night or in their leisure time, therefore, it should be media-driven strategy. used the playful nature of TV to make learning more attractive and to engage TV viewers in learning. 2.2 T-Maestro The platform T-Maestro adapts at reception the eLearning As a future line of work we are going to guide further studies contents to the user’s preferences and reception device by on adaptable t-learning for elderly and we are developing the combining the ITS and the interpreter. The interpreter is the access to the adaptive courses trough mobile devices. responsible for the proper display according the access device and access to the eLearning platform to obtain the adaptable 5. REFERENCES content. The ITS, performs the adaptation of the course according [1] Rey-López, M., Díaz-Redondo, R. P., Fernández-Vilas, A., to user’s profile. Thus, T-Maestro shows the user a course in Pazos-Arias, J. J., López-Nores, M., García-Duque, J., Gil- which the content is adapted to his profile and his reception Solla, A., and Ramos-Cabrer, M. 2008. T-MAESTRO and its device. authoring tool: using adaptation to integrate entertainment into personalized t-learning. Multimedia Tools Appl. 40, 3 (Dec. 2008), 409-451. DOI= 3. DEMO SCENARIO In the demonstration scenario (Figure 2) two roles are distinguished: course creators and students. 4