Disseny i prototipatge d'un sistema d'events per a dispositius mòbils en el treball en grup

Un aspecte important dels sistemes online de treball en grup és l'anomenat "awarenness", és a dir mantenir informats els membres del grup de tot allò que ocorre en l'espai de grup. La premissa és que si els membres del grup estan informats sobre el que passa dins l'espai del grup, com ara lectura de documents, modificació de documents, nous documents, noves fites del calendari, etc., doncs això pot incrementar la productivitat del grup i per tant els resultats acadèmics. Aquest enfocament ja s'aplica en sistemes web. Aquest projecte tractaria d'estudiar com estendre aquest model a dispositius mòbils per tal d'aplicar així el paradigma "anytime, anywhere", és a dir estar informat en tot moment i en qualsevol lloc.

Disseny i prototipatge d'un programari per l'ús dels dispositius mòbils en l'aprenentatge online

L'objectiu d'aquest projecte és crear una aplicació per dispositius mòbils que permeti interactuar amb Moodle, un entorn d'aprenentatge en línia. Actualment s'ha estès molt els smartphones, i cada vegada hi ha més gent connectada al mon web les 24h amb aquests aparells. I s'estan acostumant a rebre alertes cada vegada que reben un correu, un tweet, un missatge a Facebook... lo que fa que la gent estigui sempre assabentada de tot en qualsevol lloc i moment.

Análisis de usabilidad y diseño de un supermercado online

En este trabajo se realiza un estudio de usabilidad para la elaboración óptima de una Web de un supermercado de alimentación online. Para tal fin, se sigue la filosofía del Diseño Centrado en el Usuario. En primer lugar, se presenta un análisis del problema de cara a identificar los requisitos básicos de usabilidad que necesita una Web de esta tipología: se estudia la literatura previa sobre el tema, se consulta a los usuarios y se realiza un análisis comparativo de las principales Webs de supermercados online de ámbito nacional. En segundo lugar, se procede a la elaboración de un prototipo basado en la información recogida en la fase de análisis, y teniendo en cuenta la estructura mental de los usuarios en cuanto a la organización de los productos, obtenida mediante la técnica del card sorting. Finalmente, se procede a evaluar la calidad del prototipo elaborado con una evaluación heurística llevada a cabo por expertos. De todo ello se obtienen una serie de recomendaciones que todo sitio Web de comercio electrónico (en especial supermercados de alimentación) debería cumplir si quiere ofrecer una Web adaptada a las necesidades del usuario.

Testing Delivery Systems in Transnational virtual learning: the vocational management training for the european tourism industry (VocMat) case study

This article discusses the lessons learned from developing and delivering the Vocational Management Training for the European Tourism Industry (VocMat) online training programme, which was aimed at providing flexible, online distance learning for the European tourism industry. The programme was designed to address managers ‘need for flexible, senior management level training which they could access at a time and place which fitted in with their working and non-work commitments. The authors present two main approaches to using the Virtual Learning Environment, the feedback from the participants, and the implications of online Technology in extending tourism training opportunities

Semi-online neural-Q_leaming for real-time robot learning

Reinforcement learning (RL) is a very suitable technique for robot learning, as it can learn in unknown environments and in real-time computation. The main difficulties in adapting classic RL algorithms to robotic systems are the generalization problem and the correct observation of the Markovian state. This paper attempts to solve the generalization problem by proposing the semi-online neural-Q_learning algorithm (SONQL). The algorithm uses the classic Q_learning technique with two modifications. First, a neural network (NN) approximates the Q_function allowing the use of continuous states and actions. Second, a database of the most representative learning samples accelerates and stabilizes the convergence. The term semi-online is referred to the fact that the algorithm uses the current but also past learning samples. However, the algorithm is able to learn in real-time while the robot is interacting with the environment. The paper shows simulated results with the "mountain-car" benchmark and, also, real results with an underwater robot in a target following behavior

QoS online routing and MPLS multilevel protection: a survey

A survey of MPLS protection methods and their utilization in combination with online routing methods is presented in this article. Usually, fault management methods pre-establish backup paths to recover traffic after a failure. In addition, MPLS allows the creation of different backup types, and hence MPLS is a suitable method to support traffic-engineered networks. In this article, an introduction of several label switch path backup types and their pros and cons are pointed out. The creation of an LSP involves a routing phase, which should include QoS aspects. In a similar way, to achieve a reliable network the LSP backups must also be routed by a QoS routing method. When LSP creation requests arrive one by one (a dynamic network scenario), online routing methods are applied. The relationship between MPLS fault management and QoS online routing methods is unavoidable, in particular during the creation of LSP backups. Both aspects are discussed in this article. Several ideas on how these actual technologies could be applied together are presented and compared

Online Robust 3D Mapping Using Structure from Motion Cues

This paper presents a complete solution for creating accurate 3D textured models from monocular video sequences. The methods are developed within the framework of sequential structure from motion, where a 3D model of the environment is maintained and updated as new visual information becomes available. The camera position is recovered by directly associating the 3D scene model with local image observations. Compared to standard structure from motion techniques, this approach decreases the error accumulation while increasing the robustness to scene occlusions and feature association failures. The obtained 3D information is used to generate high quality, composite visual maps of the scene (mosaics). The visual maps are used to create texture-mapped, realistic views of the scene

Dialogic learning and interactive groups: an IMS LD template integrated in runtime systems

Dialogic learning and interactive groups have proved to be a useful methodological approach appliedin educational situations for lifelong adult learners. The principles of this approach stress theimportance of dialogue and equal participation also when designing the training activities. This paperadopts these principles as the basis for a configurable template that can be integrated in runtimesystems. The template is formulated as a meta-UoL which can be interpreted by IMS Learning Designplayers. This template serves as a guide to flexibly select and edit the activities at runtime (on the fly).The meta-UoL has been used successfully by a practitioner so as to create a real-life example, withpositive and encouraging results

Semantic web adoption: online tools for web evaluation and metadata extraction

This work briefly analyses the difficulties to adopt the Semantic Web, and in particular proposes systems to know the present level of migration to the different technologies that make up the Semantic Web. It focuses on the presentation and description of two tools, DigiDocSpider and DigiDocMetaEdit, designed with the aim of verifYing, evaluating, and promoting its implementation.

Designing online interaction to address disciplinary competencies: A cross-country comparison of faculty perspectives

This study was conducted at colleges in three countries (United States, Venezuela, and Spain) and across three academic disciplines (engineering, education, and business), to examine how experienced faculty define competencies for their discipline, and design instructional interaction for online courses. A qualitative research design employing in-depth interviews was selected. Results show that disciplinary knowledge takes precedence when faculty members select competencies to be developed in online courses for their respective professions. In all three disciplines, the design of interaction to correspond with disciplinary competencies was often influenced by contextual factors that modify faculty intention. Therefore, instructional design will vary across countries in the same discipline to address the local context, such as the needs and expectations of the learners, faculty perspectives, beliefs and values, and the needs of the institution, the community, and country. The three disciplines from the three countries agreed on the importance of the following competencies: knowledge of the field, higher order cognitive processes such as critical thinking, analysis, problem solving, transfer of knowledge, oral and written communication skills, team work, decision making, leadership and management skills, indicating far more similarities in competencies than differences between the three different applied disciplines. We found a lack of correspondence between faculty¿s intent to develop collaborative learning skills and the actual development of them. Contextual factors such as faculty prior experience in design, student reluctance to engage in collaborative learning, and institutional assessment systems that focus on individual performance were some of these reasons.