Simpósio Brasileiro de Sistemas Colaborativos
O SBSC (Simpósio Brasileiro de Sistemas Colaborativos) é um evento da Comissão Especial de Sistemas Colaborativos (CESC) da SBC que vem ocorrendo desde 2003. Ao longo desse tempo, o SBSC se consolidou como o mais importante fórum nacional de debate para docentes, pesquisadores e profissionais da área de Sistemas Colaborativos refletirem, analisarem e avaliarem aspectos relacionados à criação, desenvolvimento e uso destes sistemas. O escopo do evento inclui redes sociais, ambientes de desenvolvimento distribuído de software, sistemas de compartilhamento de arquivos, mundos virtuais, editores cooperativos, wikis, sistemas de gestão de conhecimento e ferramentas de comunicação, como videoconferência e blogs. O SBSC 2017, alinhado ao CSBC 2017, traz à discussão o tema “Computação para tudo e tod*s” com a preocupação de explorar os vários aspectos desta temática contemporânea, assim como promover o debate sobre os desafios técnicos, sociais, materiais e teóricos que envolvem tanto a utilização quanto o desenvolvimento de sistemas que dão suporte à colaboração entre pessoas. Tratam-se de tecnologias que permitem novas formas de viver e trabalhar juntos independentemente das localizações geográficas, dando apoio a processos corriqueiros, tais como a comunicação entre pessoas/familiares distantes, reuniões de negócios, dentre outros. O desenvolvimento e o uso de sistemas colaborativos afetam grupos, organizações, comunidades e redes como meio de comunicação e desenvolvimento de atividades coletivas.
A submissão de artigos ao SBSC2017 foi realizada envolvendo duas trilhas: artigos de pesquisa concluída, com até 15 páginas e artigos de pesquisa em andamento, com até 10 páginas. Foram recebidos um total de 51 artigos que foram avaliados por membros do comitê de programa. Foram aceitos um total de 26 artigos que abordam desafios das pesquisas em sistemas colaborativos e trazem contribuições maduras ao simpósio. Destes 26 artigos, 17 são artigos de pesquisa concluída e 9 pesquisa em andamento.
Maria Amelia Eliseo (Mackenzie), Jane de Almeida (Mackenzie), Nazareno Andrade (UFCG), Fernando Figueira Filho (UFRN)
Brett Stalbaum (presenter), Cicero da Silva (co-author)
The Earth has forever been a geological, oceanographic, atmospheric and magnetic computer, albeit of an analog type. The very recent development - less than a century in practical terms - of digital computing has accelerated explosively in cultural and economic time, but even more so in a geological time scale. It is uncontroversial that computation has been a key component of the Anthropocene and accelerationism. This research seeks to trace out some of the computational trajectories of this explosion by looking at the spread of computation from the "data center", "desktop" and "touch", all the way to the surface of the planet. We speculate on potential near futures, dangers, opportunities and the ultimate indifference of silicon and radio spectrum. Of particular interest is the trajectory of parallel computing and the possibility that technology that was originally developed to continue the battle to sustain Moore's Law is about to participate in something different and quite novel: the rise of a co-extensive geographic scale of digital computation that begins to rival the analog nature of the planet's original computational ability, where the violent historical motion of compute from the "data center" toward the "probe heads" of the sensor network portend a planet with radically altered defenses against humanity.
Bio: Brett Stalbaum is Associate Professor and coordinator of the Interdisciplinary Computing in the Arts Major at the University of California, San Diego (UCSD). He teaches computing related courses, computer programming and the histories of computing in media art for the Visual Arts and Computer Science departments. He is co-founder of the Electronic Disturbance Theater in 1998 and co-developed software called FloodNet, which has been used on behalf of the Zapatista movement against the websites of the Presidents of Mexico and the United States, as well as the Pentagon. As Forbes Magazine put it "Perhaps the first electronic attack against a target on American soil was the result of an art project." His projetcts are the Walkingtools project, Gun Geo Marker app, The Transborder Immigrant Tool and "Earth Computing" in the bi-national Unifesp/SDSC (San Diego Supercomputer Center)/UCSD Walkingtools.net Lab (with co-PI Cicero da Silva.).
Cicero Inacio da Silva is a researcher and professor in the field of digital technologies applied to education, health, culture, arts and media. He is coordinator of the Brazilian Telehealth Networks Program and teaches at the Open University of Brazil. He was a deputy coordinator of the Open University of Brazil (UAB) and member of the Governance Committee at the Federal University of São Paulo (Unifesp). Cicero Coordinates the Software Studies group in Brazil and the Walkingtools Lab, both in partnership with the University of California, San Diego (UCSD) and CUNY. He was Digital Art curator for the Brazilian Digital Culture Forum (Ministry of Culture/RNP), Digital Communities honorary mention at the Prix Ars Electronica in 2010. He was a visiting professor at UCSD from 2006 to 2010 and a visiting scholar at Brown University (2005).
Maxine D. Brown (Electronic Visualization Laboratory, University of Illinois at Chicago)
Today, most professions rely on computers to generate, capture, filter, analyze and visualize data. These troves of data are invaluable to scientists as they explore the raw information and evidence needed for new insights and discovery; however, making those insights is an ever more complicated task, as the scale and complexity of data continue to grow at unprecedented rates. Today's Big Data comes from supercomputers, data stores, and sensors. To make sense of all this information, researchers need advanced cyberinfrastructure that includes Big Displays connected to these Big Data Generators via Big Networks. The Electronic Visualization Laboratory (EVL) at the University of Illinois at Chicago specializes in the design and development of high-performance visualization, virtual-reality and collaboration display systems and applications utilizing advanced networking. This presentation presents an overview of EVL’s research agenda, and how the Lab is helping enhance immersive simulation exploration and information-rich analysis, and enabling scientific discovery through interdisciplinary collaboration.
Bio: Maxine Brown is director of the Electronic Visualization Laboratory (EVL) at the University of Illinois at Chicago (UIC) and responsible for fundraising, outreach, documentation, and promotion of its research activities. Her research interests are computer graphics, scientific visualization, collaboration, human-computer interfaces, high-performance computing, and international network infrastructure. Brown is active in ACM SIGGRAPH organization and SIGGRAPH and ACM/IEEE Supercomputing conferences; general Co-Chair of IEEE Visualization 2015. Maxine Brown was a recipient of the Academic Professional Excellence (CAPE) award (1990) by UIC Chancellor’s; ACM SIGGRAPH Outstanding Service Award (1998); UIC Merit Award (2001). One of 15 Global Visionaries by Chicago’s award-winning multimedia public affairs series “Chicago Matters: Beyond Burnham” due the co-developing the StarLight national/international communications exchange, located in downtown Chicago.
She is co-principal investigator of the US National Science Foundation’s (NSF) International Research Network Connections program’s StarLight Softward Defined Networking Exchange (SDX) initiative. Was previously co-principal investigator of the NSF-funded TransLight / StarLight, EuroLink and STAR TAP / StarLight initiatives. Was also the project manager of the NSF-funded OptIPuter project. A founding member of the Pacific Rim Applications and Grid Middleware Assembly (PRAGMA) and the Global Lambda Integrated Facility (GLIF). UIC representative and Past President of the Board of Directors of the Great Lakes Consortium for Petascale Computing. Co-created and co-chaired the international grid (iGrid) Workshops in 1998, 2000, 2002 and 2005.
Coordenação Geral
Maria Amelia Eliseo (Universidade Presbiteriana Mackenzie), Jane de Almeida (Universidade Presbiteriana Mackenzie)
Coordenação do Comitê de Programa
Nazareno Andrade (UFCG), Fernando Figueira Filho (UFRN)
Coordenação do Workshop de Teses e Dissertações
Lesandro Ponciano (PUCMG)
Co-Organização do Workshop de Teses e Dissertações
Bruno Freitas Gadelha (UFAM)
Comitê Gestor da Comissão Especial de Sistemas Colaborativos (CESC)
Raquel de Oliveira Prates (UFMG - coordenadora), Thais Helena Castro (UFAM - vice-coordenadora), Bruno Gadelha (UFAM), Carla Diacuí Medeiros Berkenbrock (UDESC), Denise Fillipo (UERJ), Mariano Pimentel (UNIRIO), Sabrina Marczak (PUCRS)
Apoio à Coordenação Local
Valéria Farinazzo (Universidade Presbiteriana Mackenzie)
Comitê de Programa
Adriana Vivacqua (DCC-IM/UFRJ), Alberto Castro (UFAM), Alberto Raposo (PUC-Rio), Ana Cristina Garcia (UFF), Andrea Magdaleno (UFF), Beatriz Pacheco (Universidade Presbiteriana Mackenzie), Bruno Gadelha (UFAM), Carla Berkenbrock (UDESC), Carlos Ferraz (UFPE), Celso Hirata (ITA), Claudia Cappelli (UNIRIO), Claudia Motta (UFRJ), Cleidson de Souza (ITV e UFPA), Clever Farias (FFCLRP/USP), Crediné de Menezes (UFRGS), Daniel Paiva (UFF), Denise Filippo (UERJ), Edeilson Milhomem Silva (CEULP/ULBRA), Flavia Santoro (UNIRIO), Hugo Fuks (PUC-Rio), Igor Steinmacher (UTFPR), Ivan Ricarte (UNICAMP), Jauvane Oliveira (LNCC), João Porto de Albuquerque (USP), Jorge Correia Neto (UFRPE), José Maria David (UFJF), Lesandro Ponciano (PUCMG), Marco Mangan (PUCRS), Marco Aurelio Gerosa (IME - USP), Marcos Borges (UFRJ), Melise Paula (UNIFEI), Pedro Porfirio Farias (Universidade de Fortaleza), Rafael Prikladnicki (PUCRS), Raquel Prates (UFMG), Rita Suzana Pitangueira Maciel (UFBA), Roberta Gomes (UFES), Roberto Willrich (UFSC), Rosiane de Freitas (UFAM), Sabrina Marczak (PUCRS), Thais Castro (UFAM), Vagner Santana (IBM Research), Vaninha Vieira (UFBA)