Tutoriales

TUTORIAL 01 – Capability-driven development
Duración: 4 hs. – Lenguaje Español con diapositivas en Inglés
Martes 16 de Setiembre de 13:30 a 15:30 y de 16:00 a 18 hs.

Capability is a concept that has been used for some time in disciplines such as organisational management and welfare economics, and it is used in defence technology development. From the business perspective, a capability is the ability and capacity that enable an enterprise to achieve a business goal in a certain context. From the technical perspective, capability delivery requires dynamic utilisation and adaptation of resources and services in changing environments. Recently, a metamodel for representing business and IT designs, consisting of goals, key performance indicators, capabilities, context and capability delivery patterns, has been proposed by Stirna et al. (2008). This initiative has grown to the extent of the European Commission FP7 Project CaaS. A methodology and tools to support capability-­‐driven development are being developed. Capability-driven development (CDD) is a novel paradigm where services are customised on the basis of the essential business capabilities and delivery is adjusted according to the current context. The specification of context-aware business capabilities, by using enterprise modelling techniques, is the starting point of the software development process. Following this approach, business services are configured by enterprise models and built-­‐in algorithms that provide context information. This tutorial will show how to successfully perform the early stages of capability-driven development. Within CDD, the tutorial will focus on the following topics: How to elicit and model business capabilities, both at the problem and the solution spaces and How to provide such models as input for later development stages, including runtime environments. Participants will work with state‐of-the-art modelling methods and will be shown how to use available tools to support the methods. Also, the presenters will outline future capability design environments and context-­‐ aware runtime frameworks, which are still under development. The tutorial is illustrated with examples drawn from a successful industrial application of CDD. We will use this case as a running example to clarify concepts and methods and to carry out small exercises. In short, this tutorial offers an overview on capability-driven development. The goal is that participants are able to apply the knowledge to their own contexts, either industrial practice or academic research.

Bio de los presentadores:

SergioEspaniaSergio España, PhD in Computer Science, is a full researcher at the PROS Research Centre (Universitat Politècnica de València, UPV, Spain), where he leads the Organisational Modelling and Requirements Engineering research group. His has participated in international applied-­‐research projects (e.g. ITEA2 UsiXML, FP7 CaaS). His research interest lies primarily on information systems development and, within that area, the main focus is put on applying model-­‐driven engineering principles to business process modelling and requirements engineering (i.e. metamodelling, model transformations, notation design). He is programme committee (PC) chair of CLEI Software Engineering Symposium (2013, 2014), and has been PC member of international conferences and workshops such as CAiSE, PoEM, RCIS, HWID, VORTE, ONTOSE, etc. He is author of papers in relevant conferences and journals, such as RE, ER, CAiSE, INTERACT, J.UCS, Informatik-­Spektrum, Journal of the Brazilian Computer Society, etc. He is co-­author of Communication Analysis, an information systems RE method that can be applied stand-­alone or within a model-­driven development framework.

TaniaGonzalez

Tania González graduated  in  Computer  Systems  at  Universitat  Politècnica de València,  UPV  of   Valencia  and in Computer  Engineering  at  Athlone  Institute  of  Technology  (Ireland).  Currently,   she  is  a  research  and  development  (R&D)  consultant  at  Everis  Public  Administration  Section  Innovation  division.  With  more  than  3  years  of  experience  in  the  field  of  software   development   and business   consultancy   projects.   She   has   participated  in  international applied-­‐research projects  (e.g.  FP7 CaaS,  BaaS).  She is  co-­author of  papers  in  relevant  conferences   such   as  CAiSE.   She  is   adapting   and   applying   capability-­driven  development  in  Everis  projects.

TUTORIAL 02 – Introduction to web security
Duración: 4 hs. – Lenguaje Español con diapositivas en Inglés
Martes 16 de Setiembre de 13:30 a 15:30 y de 16:00 a 18 hs.

Digital media are becoming increasingly more common as a repository and representation of intellectual property, especially audio, images, and video. With this ubiquity come requirements for security (who may gain access the content?) and integrity (is the information unadulterated/original?). In this tutorial, we outline various aspects of data or web security. Specifically, we describe various aspects of cyber security, including privacy, security, integrity, viruses and worms, cyber crime, and spam; we also indicate their relationships to the three fundamental areas of data security, namely statistical database security, authorization systems, and crypto systems. We then focus on techniques for achieving security and integrity of digital content. Cryptography-based approaches are the traditional means of achieving these objectives. However, they have serious problems with signal-based content, most notably processing requirements, sensitivity to errors, or increases in the amount of data to be stored or transmitted. Since several of the techniques in data security aim at protecting information and resources on the web, we conclude by giving an overview of issues related to Internet crime. Specifically, we examine the role of the Internet in facilitating illicit or undesirable actions and the problems raised by the Internet’s inability to respect national boundaries.

Bio del presentador:
ErnstLeissErnst L. Leiss earned graduate degrees in computer science and mathematics from the University of Waterloo, Canada, and the University of Technology in Vienna, Austria. He joined the Department of Computer Science at the University of Houston in 1979; from 1985-1994, he headed its Research Computation Laboratory. He has written over 160 peer-reviewed papers as well as six books: Principles of Data Security (1982, Plenum), Software Under Siege (1990, Elsevier), Parallel and Vector Computing (1995, McGraw-Hill), Language Equations (1999, Springer), and A Programmer’s Companion to Algorithm Analysis (2006, Chapman & Hall,), and, with Jose Aguilar, Introducción a la Computación Paralela (2004, U. Mérida, Venezuela). Leiss has supervised seventeen Ph. D. dissertations and over one hundred M. S. theses. Over the years, he has lectured in 32 different countries. He has been an ACM Distinguished Speaker for many years. He has been the Chair of the Houston Chapter of the IEEE Computer Society since 1981. Leiss is currently the Representative before CLEI of its extra-regional members.

TUTORIAL 03 - Lógica Temporal aplicada a Reconocimiento de Patrones Dinámicos
Duración: 4 hs. – Lenguaje Español con diapositivas en Inglés
Martes 16 de Setiembre de 13:30 a 15:30 y de 16:00 a 18 hs.

En este tutorial se presenta los últimos avances teóricos en Lógica Temporal, haciendo hincapié en el enfoque llamado Crónicas. Este enfoque ha sido desarrollado por la comunidad científica para modelar una forma de razonamiento basado en eventos. Se presentan los diferentes enfoques de razonamiento y aprendizaje propuestos para este enfoque, sus ventajas y desventajas. Además, se presenta la utilización de las Crónicas en problemas de Reconocimiento de Patrones Dinámicos, en particular, describiendo su uso en diferentes ámbitos: reconocimiento de contextos en ambiente inteligente, seguimiento de objetivos móviles, sistemas autónomos de comunicación, buses de servicios basados en middleware reflexivos, enjambres de robots, etc. Tópicos del tutorial incluyen: 1 - Bases teóricas de la Lógica Temporal: presentación de las técnicas clásicas de lógica temporal (extensiones a la lógica de predicados, lógica modal, lógica arborescentes, etc.), 2 – Introducción a las Crónicas: razonamiento y aprendizaje, centralizadas y distribuidas, 3 – Aplicaciones de las Crónicas: reconocimiento de contextos en ambiente inteligente, seguimiento de objetivos móviles, sistemas autónomos de comunicación, middleware reflexivos, enjambres de robots, etc.

Bio del presentador:
JoseAguilar El profesor Jose Aguilar se graduó de Ingeniero de Sistema en 1987 en la Universidad de los Andes-Merida-Venezuela, obtuvo una Maestría en Informática en 1991 en la Universidad Paul Sabatier-Toulouse-France, y el Doctorado en Ciencias Computacionales en 1995 en la Universidad Rene Descartes-Paris-France. Además, realizó un Postdoctorado en el Departamento de Ciencias de la Computación de la Universidad de Houston entre 1999 y 2000. Él es Profesor Titular del Departamento de Computación de la Universidad de los Andes e investigador del Centro de Microcomputación y Sistemas Distribuidos (CEMISID) de la misma Universidad. Es miembro Correspondiente Estadal de la Academia de Mérida y del Comité Técnico Internacional de la IEEE en Redes Neuronales. Fue el Presidente fundador del Centro Nacional de Desarrollo e Investigaciones en Tecnología Libre (CENDITEL), durante el periodo 2006-2009. Él ha publicado más de 370 artículos científicos en revistas, libros y actas de congresos internacionales, en los campos de Sistemas Paralelos y Distribuidos (Evaluación de Rendimiento, Planificación de Tareas/Datos/Transacciones, Tolerancia a Fallas, Medios de Gestión de Servicios, etc.), Computación Inteligente (Redes Neuronales Artificiales, Computación Evolutiva, Lógica Difusa, Sistemas Multiagentes, Inteligencia Colectiva, etc.), Optimización Combinatoria, Reconocimiento de Patrones, y Sistemas de Automatización Industrial (Sistemas de Identificación y Manejo de Fallas, Control Distribuido Inteligente, etc.). También ha sido autor/co-autor de 9 libros en las áreas de Sistemas Computacionales y Gestión en Ciencia y Tecnología; y forma parte de varios comités editoriales de revistas. El Dr. Aguilar ha sido profesor/investigador visitante en varias universidades y laboratorios (Universite Pierre et Marie Curie Paris-France, Universite de Versailles Paris-France, Universite Rene Descarte Paris-France, Laboratorie d’Automatique et Analyses de Systemes Toulouse-France, University of Houston-USA, Universidad de la Coruña-España, Universidad Complutense Madrid-España, Institute National de Recherche en Informatique Niza-Francia, Facultad de Informática Universidad Nacional de La Plata-Argentina). Además, ha coordinado o participado en más de 20 proyectos de investigación o industriales financiados por el FONACIT (ente gubernamental venezolano para el avance de la ciencia y tecnología), la Oficina Científica Francesa (CNRS), la Coordinación de Investigación de la Universidad de los Andes, INTEVEP (Centro de Investigación de PDVSA- Compañía Petrolera Venezolana), la Agencia Española para la Investigación, entre otros. Además, es consultor de PDVSA, SIDOR (siderúrgica venezolana), diferentes ministerios venezolanos y universidades latinoamericanas, entre otros. Finalmente, él ha sido tutor de más de 60 tesis de Licenciatura, Maestría y Doctorado; y actualmente dirige 10 tesis de Maestría y Doctorado (www.ing.ula.ve/~aguilar). 

TUTORIAL 04 – ‘Business Modeling’: Model-driven más allá de los sistemas.
Duración: 4 hs. – Lenguaje Español con diapositivas en Inglés
Miércoles 17 de Setiembre de 08:00 a 10:00 y de 10:30 a 12:30 hs.

El paradigma MDE (Model driven engineering) surgió en el ámbito de la ingeniería del software pero tiene aplicaciones en múltiples ámbitos. En este tutorial se presenta su aplicación para obtener representaciones de los aspectos de una organización relacionados con los sistemas de información: procesos, reglas, estrategia, servicios, productos, actores, información, infraestructura. Se busca que dichos modelos sean artefactos accionables, útiles para el gobierno, cambio y mejora TI mediante el mejor alineamiento de los sistemas con su contexto organizacional. El contenido del tutorial incluye: Contexto de ‘Enterprise Engineering’, dimensiones del Modelado de Negocio, visión global de arquitectura a escala corporativa, metamodelos y estándares para modelado de negocio, BMM, SBVR, BPMN, UML, el problema de la integración, metodologías (TOGAF-ADM), lenguajes (Archimate), soporte tecnológico (nuevos frameworks para gobierno TI). Se presentará un caso de estudio utilizando una herramienta software gratuita.

Bio del presentador:
FranciscoRuizFrancisco Ruiz PhD es Catedrático (full professor) en la Universidad de Castilla-La Mancha (España). Investigador del Instituto de Tecnologías y Sistemas de Información y miembro de Alarcos research group. Desde 1984 ha desarrollado su actividad en empresas como analista, gestor de proyectos, director TI (CIO) y consultor. Desde 1989 es profesor universitario, incluidos 7 años de decano/director y 3 años de responsable de máster en ingeniería informática. Sus temas de investigación actuales incluyen: arquitecturas empresariales; integración de paradigmas SOC (service-oriented computing), MDE (model-driven engineering) y BPM (business process management); ingeniería de métodos y procesos software; y sistemas de información aplicados a las ciencias sociales. Ha publicado 7 libros y 27 capítulos. Tiene 26 artículos en revistas internacionales referidas, además de más de un centenar de publicaciones en otras revistas, congresos, conferencias y talleres. Pertenece a diversas asociaciones científicas y profesionales, entre las que se encuentran ACM, IEEE-CS, CIO Index y AEA (Association of Enterprise Architects)..

TUTORIAL 05 – Democratizando el Conocimiento con los Recursos Educativos Abiertos
Duración: 4 hs. – Lenguaje Español con diapositivas en Inglés
Miércoles 17 de Setiembre de 08:00 a 10:00 y de 10:30 a 12:30 hs.

El tutorial presenta aspectos iniciales de los Recursos Educativos Abiertos, su importancia en la democratización del conocimiento y la oportunidad de adopción en instituciones educativas de la región. La filosofía de Recursos Abiertos dejo de ser privativo del software y se extendió a otros contextos, como los contenidos educativos. El movimiento de los Recursos Educativos Abiertos, es parte del esfuerzo global para que el conocimiento sea accesible a todos. El Foro Virtual Universitario de la UNESCO proporciona una visión general de las definiciones, iniciativas y construcción de la comunidad. El tutorial presenta sus conceptos, su creación y su búsqueda, así como los aspectos legales, específicamente las licencias Creative Commons, como alternativa a utilizar, distribuir y combinar Recursos Educativos Abiertos. La multiculturalidad también se trata en el tutorial, presentando estrategias de creación de Recursos Educativos Abiertos multiculturales, que faciliten la utilización, distribución y combinación.

Bio del presentador:
AntonioSilvaAntonio Silva Sprock es Profesor investigador, categoría Agregado, de la Escuela de Computación, de la Universidad Central de Venezuela (UCV). Es Ingeniero de Sistemas por la Universidad Bicentenaria de Aragua (1992), M.Sc. en Ingeniería del Conocimiento por la Universidad Politécnica de Madrid (1999) y Candidato a Doctor en Ciencias de la Computación por la UCV. Fue coordinador de Latin American Community of Learning Objects (LACLO) in the RedCLARA (2010-2012). Desde el año 2012 coordina localmente el proyecto LATIn (Latin American Open Textbook Initiative), proyecto ALFA III, financiado por la Unión Europea. Sus áreas de interés incluyen Bases de Datos, Sistemas de Información, Objetos de Aprendizaje. Es autor de diversas publicaciones en conferencias y revistas.

TUTORIAL 06 – How to define, model and infer human affective information to be use as input for recommender systems.
Duración: 4 hs. – Lenguaje Portugués con diapositivas en Inglés
Miércoles 17 de Setiembre de 08:00 a 10:00 y de 10:30 a 12:30 hs.

In recent years the study of how human psychological aspects may improve the decision-making process in computers has became a new trend. This subject has attracted the attention from both academy and industry in areas such as human-computer interaction, computer in education, recommender systems and social matching systems, among others. Thus, the researchers have demonstrated how important the subtle information, as well as psychological aspects of people (such as personality traits and emotions) are during the human decision-making process. Even marketing scientists have already described how mandatory this data could be in order to discover the most assertive prediction. Much of those subtle information are freely available on web through social networks, blogs, sms, for instance, the issue is how to extract them without being too intrusive, too boring or too explicit. This tutorial comes to fill this gap by presenting the state of the art of Affective Computing, considering how to define, model and infer personality (emotion/sentiment) considering some alternative methods, such as Sentiment Analysis and Personality Mining. In addition, the tutorial presents how to store those data in order to use it as recommender inputs.

Bio de los presentadores:

MariaAugustaNunes

Maria Augusta Silveira Netto Nunes
CV: http://lattes.cnpq.br/9923270028346687
http://200.17.141.213/~gutanunes/
http://personalityresearch.ufs.br/

 

 

Guilherme de Oliveira Amorim
CV: http://lattes.cnpq.br/6977415785358973

 

 

 

 

TUTORIAL 07 – LANC – Multimedia Human-Centric Networking
Duración: 2 hs. – 4 hs. – Lenguaje Inglés con diapositivas en Inglés
Jueves 18 de Setiembre de 13:30 a 15:30 hs.

The transmission of multimedia content will represent up to 90% of all Internet traffic in a few years, where it will be mainly accessed over wireless networks. How- ever, this new wireless multimedia era requires instantaneous adaptation of multimedia content and the network resources according to user’s preferences, experiences, or in- terests. In this context, human-centric multimedia networking (HCMN) appears as a promising model for next generation of wireless multimedia networks. In such scenarios, users will produce, share, and consume video flows ubiquitously, ranging from enter- taining to real-time video flows about natural disasters or surveillance. Although, op- timizations in HCMN scenarios must consider issues related to the network, the video characteristics, and, especially, human’s preferences or the human’s visual system. In this way, HCMN systems place the human’s experience in the centre of mobile video services, protocols, and applications, where the video transmission process must be done and optimized in real-time according to the human’s perceptions, content’s characteristics, and also context-awareness. In this work, we introduce the basic concepts for the video transmission in HCMN systems. We also detail main existing mechanisms, which aim to improve the performance of HCMN system in sharing video content, including Quality of Experience (QoE)-based solutions for handover, routing, error correction, decision- making, and controlling the dissemination of video flows in wireless multimedia-aware environments.

Bio de los presentadores:
Eduardo Cerqueira received Master in Computer Science at Federal University of Santa Catarina, Brazil (2003) and his PhD in Informatics Engineering from the University of Coimbra, Portugal (2008). He was an invited auxiliary professor at the Department of Informatics Engineering of the University of Coimbra (2008-2009). He is an associate professor at the Faculty of Computer Engineering of the UFPA in Brazil and now researcher at Network Research Lab at UCLA/USA and Centre for Informatics and Systems of the University of Coimbra (CISUC)/Portugal. His publications include 5 edited books, 5 book chapters, 4 patents, 1 IETF Internet Draft and over than 130 papers in national/international refereed journals/conferences. He is involved in the organization of several international conferences and workshops, including Future Multimedia Networking (IEEE FMN), Future Human-centric Multimedia Networking (ACM FhMN), ICST Conference on Communications Infrastructure, Systems and Applications in Europe (EuropeComm), Latin America Conference on Communications (IEEE LATINCOM) and Latin American Conference on Networking (LANC). He has been serving as a Guest Editor for 5 special issues of various peer-reviewed scholarly journals. His research involves Multimedia, Future Internet, Quality of Experience, Mobility and Ubiquitous Computing.

DenisDoRosarioDenis Rosário received his B.S. degree in Computer Engineering from the Institute for Higher Studies of the Amazônia-Brazil (2007), MsC. in Automation and systems at Engineering from the Federal University of Santa Catarina-Brazil (2010), and PhD degree in Electrical Engineering at the Federal University of Pará, Brazil with joint supervision undertaken by the Institute of Computer Science and Applied Mathematics of University of Bern, Switzerland. Between 2012 and 2013, he spent 19 month at the Institute of Computer Science and Applied Mathematics of University of Bern and developed part of his PhD project. His publications include two book chapters, seven articles, 16 full papers, and five short papers in national or international refereed conferences or workshops. His current research interests include the following topics: Internet of Things, Wireless Multimedia Sensors Networks, Cloud Computing, Forward Error Correction, Mobility, Quality of Experience, and Routing Protocols.

AldriSantosAldri Santos received his Ph.D. in Computer Science from the Federal University of Minas Gerais (Brazil), 2004. Since 2007, he has been an Associate Professor of Department of Informatics at UFPR, leader of the research group in wireless and advanced networks (NR2), CNPq productivity award fellowship PQ2. He is Vice-chair of the Special Interest Group on Information and Computer System Security (CESeg) of the Brazilian Computer Society (SBC). His main research interests are fault tolerance, network management, data dissemination, ad hoc and sensor networks. He has been chair of national and international scientific conferences in the security and management areas.

TorstenBraunTorsten Braun got his Ph.D. degree from University of Karlsruhe (Germany) in 1993. From 1994 to 1995 he has been a guest scientist at INRIA Sophia-Antipolis (France). From 1995 to 1997 he has been working at the IBM European Networking Centre Heidelberg (Germany) as a project leader and senior consultant. He has been a full professor of Computer Science at the University of Bern (Switzerland) and head of the research group “Communication and Distributed Systems” since 1998. He has been member of the SWITCH (Swiss education and research network) board of trustees since 2001. Since 2011, he has been vice president of the SWITCH foundation.

MarioGerla2Dr. Mario Gerla is a Professor in the Computer Science Dept at UCLA. He holds an Engineering degree from Politecnico di Milano, Italy and the Ph.D. degree from UCLA. He became IEEE Fellow in 2002. At UCLA, he was part of the team that developed the early ARPANET protocols under the guidance of Prof. Leonard Kleinrock. He joined the UCLA Faculty in 1976. At UCLA he has designed network protocols including ad hoc wireless clustering, multicast (ODMRP and CODECast) and Internet transport (TCP Westwood). He has lead the ONR MINUTEMAN project, designing the next generation scalable airborne Internet for tactical and homeland defense scenarios. He is now leading several advanced wireless network projects under Industry and Government funding. His team is developing a Vehicular Testbed for safe navigation, contente distribution, urban sensing and inteligente transport. Parallel research activities are wireless medical monitoring using smart phones and cognitive radios in urban environments. He has served as a Technical Program Committee member of many international conferences, and is active in the organization of conferences and workshops, including MedHocNet and WONS. He serves on the IEEE TON Scientific Advisory Board. He was recently recognized with the annual MILCOM Technical Contribution Award for 2011 and the IEEE Ad Hoc and Sensor Network Society Achievement Award in 2011.