Folder svr2015(2) by Listo Estúdio Design

ÍNDICE Programação Palestrantes Sessões Técnicas Pré-simpósio Minicursos Workshop de Teses e Dissertações Pôsteres Sessões Abertas Comitês

3 4 7 10 11 13 13 14 15

PROGRAMAÇÃO

8:00 8:30 9:00 9:30

Segunda, 25 de Maio

Terça, 26 de Maio

Quarta, 27 de Maio

Quinta, 28 de Maio

Credenciamento

Auditório

4º andar

WTD

Keynote Ed Swan

Keynote Romero Tori

406

Auditório

405 & 406

Pré-Simpósio

FastTrack Posters

Premiação

Auditório

405 & 406

Nvidia

coffee break

Auditório

Foyer 4º andar

Auditório

Abertura Pré-Simpósio Auditório

ST1

Auditório

10:00 10:30 11:00 11:30 12:00

MC1 405

ESI

Auditório

coffee break

Foyer Auditório

Pré-Simpósio Auditório

coffee break

Foyer Auditório

Foyer auditório

ST2 MC1 Auditório

405

WTD

406

ST4

MC3

Auditório

405

Intel 406

ST7

405 & 406

MC5 408

MC3 407

12:30 13:00 13:30

Almoço

14:00

Pré-Simpósio

Almoço

3 Auditório

ST3 MC2 Auditório

405

SA1 406

14:30 15:00

16:00

17:00 17:30 18:00 18:30 19:00

MC4 405

SA2 406

15:30

16:30

ST5

Auditório

Encerramento Pré-Simpósio Auditório

ST8

405 & 406

MC5 408

SA3

Epson

Absolut Technologies

Encerramento

Auditório

405 & 406

coffee break

Foyer Auditório

Foyer 4º andar

Abertura Oficial Auditório

ST6

405 & 406

MC4 407

Keynote Mark Mine

Auditório

Coquetel

Plenária CERV

Foyer Auditório

405 & 406

407

palestrantes

How Do We Measure Depth Perception in Near-Field Augmented Reality Inspired by Medical Applications?

J. Edward Swan II Department of Computer Science and Engineering, Institute for Imaging and Analytical Technologies (I2AT)

Abstract The perception of depth is an important aspect of augmented reality (AR): many AR applications have an important depth component, and AR displays do not display the depth of virtual objects with the same fidelity as real objects. Furthermore, the unique AR capability of x-ray vision, which affords many very compelling and interesting applications, has no perceptual equivalent in the real world. In this talk, I will discuss how we might measure AR depth perception at nearfield distances; that is, distances where objects may be touched and manipulated by the hands. I will further discuss how depth perception has been measured by vision scientists historically, and I will talk about the small number of previous experiments that have examined near-field AR depth perception. I will then cover a number of near-field AR depth perception experiments that have been conducted in my laboratory. To date, these experiments show that a mismatch between focal depth and stereo disparity, which many AR display systems exhibit, causes systematic depth judgment errors. I will also discuss effects of perceptual feedback and perceptual learning, which to date have barely been studied in AR, but which are likely very important for compelling near-field AR applications such as medical and industrial tasks, where users are highly skilled and highly practiced. Dr. J. Edward Swan II, is a Professor of Computer Science and Engineering, and an Adjunct Professor of Psychology, at Mississippi State University. He holds a B.S. (1988) degree in computer science from Auburn University and M.S. (1992) and Ph.D. (1997) degrees in computer science from Ohio State University, where he studied computer graphics and human-computer interaction. Before joining Mississippi State University in 2004, Dr. Swan spent seven years as a scientist at the Naval Research Laboratory in Washington, D.C. Dr. Swanâ&#x20AC;&#x2122;s research has been broad-based, centering on the topics of augmented and virtual reality, perception, human-computer interaction, human factors, empirical methods, computer graphics, and visualization. Currently, Dr. Swan is studying perception in augmented and virtual reality, including depth and layout perception and depth presentation methods, as well as empirical techniques for evaluating and validating visualizations. His research has been funded by the National Science Foundation, the National Aeronautics and Space Administration, the Naval Research Laboratory, and the Office of Naval Research. Dr. Swan is a member of ACM, IEEE, the IEEE Computer Society, and ASEE.

Virtual Reality at Disney: Unlocking the Doors to the World of Imagination

Mark Mine Creative Technology Studio Executive Walt Disney Imagineering

Abstract Imagineers at Walt Disney Imagineering have been creating magical worlds and (physical) virtual realities for almost 60 years in order to immerse our guests in the worlds of our animated films and feature length films. We have been exploring (digital) virtual realities for over 20 years, starting with early experiments using high-end military flight simulator technology that ultimately led to the creation of DisneyQuest, one of the world’s first and to this day largest VR Entertainment Centers. In this talk I will give an overview of the history of virtual reality research and development at Walt Disney Imagineering. I will present some of the lessons learned and the design rules we followed to create our award winning virtual reality experiences. I will discuss some of the technology alternatives we have explored, such as projector-based augmented reality, to create magical virtual worlds more compatible with the realities of a real-world theme park. I will show how we’ve been successfully using virtual reality technology behind the scenes as well, now an important component in our overall design process. I will present some recent research into VR interaction techniques and the potential of virtual reality as an immersive modeling medium. I will conclude with a look to the future and a discussion of some of the exciting opportunities that lie ahead. Mark Mine, Creative Technology Studio Executive at Walt Disney Imagineering, began his Disney career in 1997 and over the past 17 years has delivered dozens of innovative guest experiences and significantly advanced Imagineering’s creative practice. His leadership in 3D pre-visualization tools, including the DISH, has changed the way Imagineers design, evaluate and present concepts and ideas. Prior to working at Disney, Mark was a system engineer at NASA’s Jet Propulsion Laboratory in Pasadena California working on the Voyager Missions to the outer planets. Mark has a Bachelor of Aerospace Engineering from the University of Michigan, a Master’s of Computer Science and Electrical Engineering from the University of Southern California, and master’s and Ph.D. degrees from the University of North Carolina, Chapel Hill.

palestrantes

Os limites do virtual no mundo real

Romero Tori Universidade de São Paulo e Centro Universitário Senac de São Paulo

Resumo Desde o primeiro Workshop de Realidade Virtual realizado em 1997, o qual deu origem à série de eventos hoje denominados Symposium on Virtual and Augmented Reality (SVR), as tecnologias de realidade virtual (RV) e de realidade aumentada (RA) deixaram de ser confinadas a laboratórios de pesquisa especializados e a algumas grandes empresas. Novas aplicações e equipamentos de qualidade e de baixo custo se tornam parte do cotidiano de diversos setores, com destaque para educação, saúde e entretenimento. Não mais apenas engenheiros e cientistas especializados, mas também educadores, médicos, psicólogos, designers, arquitetos e artistas, entre outros, precisam dominar essas tecnologias – compreendendo suas limitações e potenciais – e assimilar os conceitos que as fundamentam. Por outro lado esses profissionais de diferentes áreas trazem novas demandas, ideias, técnicas, soluções e novos conceitos que precisam ser assimilados pelos desenvolvedores. Nesta palestra serão discutidos conceitos chave, tais como “real vesus virtual”, imersão, presença, tangibilidade, realismo e uncanny valley, bem como as perspectivas e desafios para as pesquisas e aplicações de RV e RA. Por fim serão abordados alguns dos esperados impactos da RV e RA na educação, na saúde e no entretenimento. Romero Tori, engenheiro, doutor e livre-docente pela USP na Área de Tecnologias Interativas. É Professor Associado III da Escola Politécnica da USP, no Depto de Engenharia de Computação e Sistemas Digitais, onde criou e coordena o Interlab – Laboratório de Tecnologias Interativas. Ocupa também o cargo de Professor Titular do Centro Universitário Senac, na área de design digital, onde coordena o Programa de Iniciação Científica, o LPAI – Laboratório de Pesquisa em Ambientes Interativos e o Grupo de Pesquisa em Tecnologia Aplicada. Coordenou e tem desenvolvido diversas pesquisas em tecnologias interativas, com ênfase na aplicação em educação, saúde e entretenimento. Foi presidente da CERV – Comissão Especial de Realidade Virtual e General Chair do SVR 2004. É bolsista de produtividade do CNPq. Membro da SBC, ABED e ACM. Publica o blog “Educação sem Distância”

Sessões Técnicas

Sessão Técnica 1:

Rastreamento e Interação

Terça 26/05 – 08:30 às 10:00 (90 minutos) Full Papers A comparative study of grayscale conversion techniques applied to descriptor based tracking Samuel Macêdo, Givânio Melo and Judith Kelner Study about Natural Feature Tracking for Augmented Reality Applications on Mobile Devices João Paulo Lima, Rafael Roberto, Veronica Teichrieb and Guilherme Marques 5* Magic Wand: a RGBD camera-based 5 DoF user interface for 3D interaction Alexandre M. F. de Sousa and Carlos H. Morimoto A proposal for integration of peripherals for natural interaction with SVR Daniel Ramos Pimentel, Alexandre Cardoso and Edgard Lamounier Jr. Short Papers Anticipatory EEG Signals for Detecting and Classifying Game Interaction Onset Alexandre Gomes, Iraquitan Filho, Fredson Santos, Wallace Lira , Bruno Gomes and Schubert R. Carvalho

Sessão Técnica 2:

Dispositivos e Sistemas

Terça 26/05 – 11:00 às 12:30 (90 minutos) Full Papers Guidelines for Designing Dynamic Applications With Second Screen Bruno Pagno, Diogo Costa, Leandro Guedes, Carla Dal Sasso Freitas and Luciana Nedel Investigating the Distance Compression on Virtual Environments by Comparing Visualization Devices Alyson M. de C. Souza and Selan R. dos Santos Depth perception evaluation with different stereoscopic techniques: a case study Sahra K. Gomes e Silva and Fatima L. S. Nunes A Survey of Solutions for Game Engines in the Development of Immersive Applications for Multi-projection Systems as Base for a Generic Solution Design Mario Popolin Neto and Jose Remo Ferreira Brega Short Papers A System for 3D Teleconference Over IP Network Douglas Galetti Ribeiro, Josivan Pereira da Silva and Celso Setsuo Kurashima

Sessão Técnica 3:

Modelagem e Simulação

Terça 26/05 – 14:00 às 15:30 (90 minutos) Full Papers Split Grammar evolution for procedural modeling of virtual buildings Francisco Caio M. Rodrigues, Joaquim Bento Cavalcante Neto and Creto Augusto Vidal Analysis of the influence of the field of view on a crowd simulation model based on synthetic vision Ricardo Bustamante de Queiroz, Teofilo B. Dutra, Creto A. Vidal and Joaquim B. Cavalcante-Neto Metrics for User Assessment in Simulators Based on VR Eline Raquel de Macedo and Liliane S. Machado A 3D Simulation System for Emergency Evacuation in Offshore Platforms Guilherme Bezerra Zampronio, Alberto Barbosa Raposo and Marcelo Gattass Short Papers Study of Cutting Techniques in Simulations with Virtual Reality Ives F. M. S. Moura and Liliane S. Machado

Sessão Técnica 4:

Treinamento e Educação

Quarta 27/05 – 11:00 às 12:30 (90 minutos) Full Papers WhisperLuck: a game using virtual reality to evaluate and train the auditory attention in adults Lenin F. Barbosa and Fatima L. S. Nunes An Immersive Virtual Reality Application for Collaborative Training of Power Systems Operators Paulo R. J. dos Reis, Caio Matos, Petterson Diniz, Daniel Silva, Whesley Dantas, Geraldo Braz Junior, Anselmo C. Paiva and Antônio Sérgio Araújo Application of interactive technology for training in the security area Antonio Valerio Netto Short Papers DOMUS R.A. and DOMUS REDUX: CyberArcheology extended to Education Alex da Silva Martire and Tatiana Bina The use of virtual reality as the object of mathematics learning Bruna Vieira Frade, Pedro Henrique Campos Cunha Gondim and Pedro Moises de Sousa Development of Immersive Virtual Reality Environment to Train Electricians to Work on Substations Carlúcio Cordeiro, Juliana Paludo, Eduardo Tanaka, Leonardo Domingues, Edgar Gadbem and Adriana Euflausino

Sessão Técnica 5:

Medicina e Saúde 1

Quarta 27/05 – 14:00 às 15:30 (90 minutos) Full Papers Virtual Reality Applications for Smart Cities in Health: a systematic review Manoela Rogofski Brum and Rafael Rieder Gesture Interaction and Evaluation Using the Leap Motion for Medical Visualization Edimo Sousa Silva and Maria Andreia Formico Rodrigues Smart Environments using Gesture-Based Interactions for Health: a systematic review Emanoel Fontana, Daiana Biduski, Ana Carolina Bertoletti De Marchi and Rafael Rieder A Collaborative and Immersive VR Simulator for Education and Assessment of Surgical Teams Paulo Vinícius de Farias Paiva, Liliane dos Santos Machado and Thiago Vinícius Vieira Batista Short Papers Right Hand Rehabilitation with CyberForce, CyberGrasp and CyberGlove Carina da Cruz Teixeira and Jauvane Cavalcante de Oliveira

Sessão Técnica 6:

Medicina e Saúde 2

Quarta 27/05 – 16:30 às 18:00 (90 minutos) Full Papers Three-Dimensional Virtual Environments that support hospitalized children’s learning: a systematic review Renato Kawakami, Eunice P. dos Santos Nunes and Cristiano Maciel Gym & Muscles - Developing a software for supporting weight training exercises Priscila Ariel Rosa Maria E. M. da Costa Short Papers I3D4VI: A new 3D interaction technique accessible to the visually impaired Erico de Souza Veriscimo and João Luiz Bernardes Júnior

Sessão Técnica 7:

Aplicações de RV e RA

Quinta 28/05 - 11:00 às 12:30 (90 minutos) Full Papers Segmentation Quality for Augmented Reality: An Objective Metric Danilo V. Salioni, Silvio R. R. Sanches, Valdinei F. Silva, Tiago De Gaspari and Antonio C. Sementille Interactive Makeup Tutorial Using Face Tracking and Augmented Reality on Mobile Devices Dicksson Oliveira, Paulo Guedes, Manoela Silva, André Vieira e Silva, Veronica Teichrieb and João Paulo Lima Interactive visualization of three-dimensional descriptors using Virtual Reality Leila C. C. Bergamasco, Higor B. Campos and Fatima L. S. Nunes

Sessão Técnica 8:

Aplicações Multidisciplinares

Quinta 28/05 - 14:00 às 15:30 (90 minutos)

Full Papers Blind Guardian: A Sonar-Based Solution for Avoiding Collisions with the Real World Marina Rey, Inatan Hertzog, Nicolas Kagami and Luciana Nedel Steering All: Infinite Racing Game Controlled by Haar Cascade through OpenCV Alison de Araújo Bento and Leonardo Cunha de Miranda Visual and Interactive Performance of Particles Conducted by the Leap Motion for an Orchestral Arrangement Joyce Horn Fonteles, Edimo Sousa Silva and Maria Andreia Formico Rodrigues SimVR-Robotics: A Virtual Reality Tool for Evaluating and Planning the Use of Robots in Offshore Scenarios Felipe Carvalho, Philip Dunker, Thiago Motta, Eduardo Albuquerque, Alberto Raposo, Ismael Santos and Mauricio Galassi

PRÉ-SIMPÓSIO 25/05 10

Programação

Autores