The first keynote for ACM MMSys 2017 is confirmed and will be held by Prof. Henry Fuchs, the Federico Gil Distinguished Professor of Computer Science and Adjunct Professor of Biomedical Engineering at UNC Chapel Hill.
The AR/VR Renaissance: opportunities, pitfalls, and remaining problems | Prof. Henry Fuchs | University of North Carolina at Chapel Hill, United States
Abstract: Augmented and virtual reality are hailed today as “the next big thing,” the next personal computing platform, logical successors to the previous three generations of PCs, laptops, and mobile. Others worry that today’s AR and VR systems are not yet sufficiently advanced for mass adoption, that they are more like the 1990s Apple Newton than the 2007 Apple iPhone — exciting proofs of concept, but not yet useful nor cost-effective for most consumers. This talk will review the historical development of AR and VR technologies, and survey some representative current work, sample applications, and remaining problems. Current work with encouraging results include 3D scene capture and 3D reconstruction of dynamic, populated spaces; compact and wide field-of-view AR displays; low-latency and high-dynamic range AR display systems; and near-eye lightfield displays that may reduce the vergence-accommodation conflicts that plague current AR and VR display designs.
Bio: Henry Fuchs (PhD, Utah, 1975) is the Federico Gil Distinguished Professor of Computer Science and Adjunct Professor of Biomedical Engineering at UNC Chapel Hill, coauthor of over 200 papers, mostly on rendering algorithms (BSP Trees), graphics hardware (Pixel-Planes), head-mounted / near-eye and large-format displays, virtual and augmented reality, telepresence, medical and training applications. He is a member of the National Academy of Engineering, a fellow of the American Academy of Arts and Sciences, recipient of the 2013 IEEE VGTC Virtual Reality Career Award, and the 2015 ACM SIGGRAPH Steven Anson Coons Award.
Ragnhild Eg | Westerdals Oslo School of Arts, Norway
Abstract: Computers make humans wait. When interacting with a computer system, no response is instant; every key stroke or mouse movement must be processed before the output is rendered and presented. If signals have to travel across a network, the waiting time, or latency, can extend into the perceptible and further into the detrimental. In addressing perceptible delays between motor inputs and visual outputs, different communities use different jargons. Yet they share a common interest in the perceptual and cognitive consequences of lagging responses. This talk will give an overview of current insights about temporal human-computer interactions, presenting findings from HCI, multimedia and psychological research.
Bio: Ragnhild Eg is an associate professor at Westerdals Oslo School of Arts, Communication and Technology, where she combines her background and interest in perceptual psychology with digital marketing. She completed a PhD in psychology at the University of Oslo while working at Simula Research Laboratory. At Simula, she was part of a multi-disciplinary project that focused on the human perception of multimedia. Current projects relate to temporal human-computer interactions and the impact of delayed responses on performance. Ragnhilds research interests relate to the perceptual processing and integration of sensory information, particularly how the perceptual process is affected by the constraints imposed by technology.
ACM MMSys 2017 will also feature a series of industrial talks and one of them will be held by Mr. Raymond Pao from HTC.
Virtual Reality: The New Era of Future World | WeiGing Ngang | Relationship Manager, HTC VIVE
Abstract: Virtual Reality (VR) has been one of the hottest topics since 2016. It starts to revolutionize the ways we used to have in terms of education, entertainment, gaming, design, retail, consumption patterns, social experiences…, and so on. Through this talk, people would start to know more about VR and step into the charming and unlimited VR world of imagination.
Bio: Weiging is a Relationship Manager of HTC Vive. He is responsible for VR Eco-system Enabling for Asia Pacific, developer partnership management as well as exploring potential business opportunity. Prior to joining VR team, he has rich experience in big data analysis and software architecture review for mobile devices.
Ketan Mayer-Patel | University of North Carolina at Chapel Hill, NC, USA
Abstract: There is a gap to be sparked between the fields of multimedia systems and computer vision. That gap is a vision-driven interface for rate controlled compressed video. Advances in vision have made real-world, real-time vision-based applications a reality. In doing so, there is now an imperative to integrate and negotiate systems-level tradeoffs with these vision algorithms as these real-world applications are realized. In this talk, I’ll motivate and propose a rate controlled interface extension for OpenCV to compressed video sources. I’ll discuss a possible compressed-domain implementation that is adaptable to a wide array of existing video standards. Finally, I’ll speculate about the potential impact of such an interface on future directions of research in vision-based multimedia systems.
Bio: Ketan Mayer-Patel is an associate professor in the Department of Computer Science at the University of North Carolina at Chapel Hill. He received his Ph.D. in Computer Science in 1999 from the University of California at Berkeley. He was a recipient of an NSF CAREER award and is the current chair of the MMSys executive committee. His general research interest is in multimedia systems. Currently, he is investigating vision-based rate control, scalable display interfaces, and distributed archival video encoding.
Another overview talk at ACM MMSys 2017 will be held by Dr. Niall Murray from the Athlone Institute of Technology, Ireland.
Towards Understanding Truly Immersive Multimedia Experiences | Niall Murray | Athlone Institute of Technology, Ireland
Abstract: Immersive multimedia experiences have the possibility to engage users perceptually, cognitively and emotionally and there is significant interest due to their applicability across numerous application domains (film, entertainment, health, education, training, tourism, manufacturing). Important findings from psychological and neuroscience research, increased computational power, advances in sensor and display technologies are striving towards making truly immersive multimedia experiences a reality. In the context of various immersive, multimodal and mixed reality applications we have worked on; this talk will present an overview of our research towards understanding factors the make experiences immersive. It will focus on the user as the key stakeholder in the quality evaluation process. The talk will conclude by highlighting potential benefits, some trends and future research directions.
Bio: Dr. Niall Murray (www.niallmurray.info) is a permanent Lecturer and researcher with the Faculty of Engineering and Informatics in the Athlone Institute of Technology (AIT), Ireland. He received his BE (Electronic and Computer Engineering) from National University of Ireland, Galway (2003), MEng (Computer and Communication Systems) from the University of Limerick (2004) and PhD from the Software Research Institute (SRI) in the Athlone IT in 2014.
Since 2004, he has worked in R&D roles across a number of industries: Telecommunications, Finance, Health and Education. In 2014 He founded the Truly Immersive and Interactive Multimedia Experiences lab (TIIMEx). His research interests include Immersive Multimedia Communication, Multisensory Multimedia, Quality of Experience and Multimedia Synchronization. In this context, TIIMEx builds and evaluates from a user perceived quality perspective, end-to-end communication systems and novel immersive and interactive applications.
ACM MMSys 2017 will feature a series of overview talks and one of them will be held by Prof. Geraldine Morin from University of Toulouse, France.
Geometric representations of 3D scenes | Geraldine Morin | University of Toulouse, France
Abstract: 3D content is spreading fast as a commonplace media. New technologies like 3D capture devices, head mounted display or 3D printers as well as numerous applications like e-commerce to virtual visits are fostering the use of 3D models. Starting from classical geometric representations limited to dedicated context (CAM-CAD, or game development), adapted models have to be devised in order to meet the constraints imposed by such different application contexts and technologies.
The goal of this talk is to give an overview of the different geometric representations (discrete or continuous, with and without topology) and their advantages and drawbacks. We introduce the existing adaptations of these models for creating, manipulating or sharing these models and their adaptation to specific multimedia applications. In particular, we review 3D compression, 3D model analysis for creation and edition based both on geometry and user interactions, and the different 3D characteristics for indexing 3D models.
Bio: Géraldine Morin is an Associate Professor at University of Toulouse and a member of the IRIT (Institut de Recherche en Informatique de Toulouse), since 2002. She got her Ph.D. in Computer Science (geometric modeling) from Rice University, Houston, USA and she was a postdoc at the Free University in Berlin, Germany. In January 2014, she defended her habilitation on the use of 3D models as multimedia content. In addition to her recognized work in compact and progressive representation and streaming for 3D plant models (best paper ACM MM 2008), Géraldine Morin worked on image based representations. More recently, she worked on identifying similarities in a 3D model and 3D applications indexing. In addition, she participated in work on the analysis of user interactions to adapt 3D content and their interactions. She is currently interested in using skeletons for shape analysis and image based reconstruction. Géraldine Morin served a member of SIAM-Geometric Design Group office, she is an associate member of the French-Singaporean lab IPAL and she is co-head of the French Geometric Modeling Group; she participated in the program committee of several national and international conferences. She published 14 papers in international journals and 36 in international conferences and workshops, and co-advised 7 graduated Ph.D. students and is currently directing two.
To encourage a diverse participation of students worldwide, SIGMM kindly supports student travel grants with or without publications at the conference / workshops. Please see Student Travel Grants for details.
Thank you SIGMM!
Taiwan, officially called the Republic of China, is a delightful island.
Located off the southeastern coast of China, Taiwan is about the same size as Belgium and was named Formosa Island by Portuguese explorers in the 16th century due to its stunning natural beauty.
Chinese mainlanders started settling in Taiwan dating back to the 17th century, and the Japanese colonization of the island ended in 1945. Due to its historical mixture of influences, Taiwan has its own distinct culture.
Not many people know just how amazing the country is, which makes it one of the most underrated destinations in Asia.
Here are 23 reasons why you should visit Taiwan immediately:
1. Let's start with the food. Taiwanese people love to eat. The dishes people miss the most when they leave include beef noodle soup, soup dumplings from Din Tai Fung, and the uniquely Taiwanese oyster omelets.
Famous soup dumplings at Din Tai Fung Lyndsay Hemphill/Business Insider
2. If you've never had Taiwanese breakfast, you're missing out. Fuhang Doujiang in Taipei has a line out the door every morning and the wait for soy milk, egg crepes, and fried dough sticks is worth it.
Typical breakfast in Taiwan includes either sweet or savory doujiang, or soy milk Lyndsay Hemphill/Business Insider
3. Every major city has at least one night market — and all of them are worth visiting to try local specialty snacks and shop for souvenirs. Taipei alone has several night markets, including Shilin and Raohe. The city of Keelung's night market is arguably the country's largest and most renowned.
Liuhe night market in Kaohsiung, Taiwan Lyndsay Hemphill/Business Insider
4. Bubble tea was invented here, and tea shops are even more ubiquitous than Starbucks or 7-Eleven.
Bubble tea with tapioca "pearls" Jirka Matousek/Flickr
To know all the reasons, please click here to see full article and those stunning photos. (Lyndsay Hemphill/Business Insider)
Due to many requests, we set a 2-day grace period for NOSSDAV & MoVid submissions. Potential authors are encouraged to take this period to further polish your submissions.
We are happy to announce a diverse set of papers from different areas of multimedia systems in the Research Track.
- Towards Engineering a Web-Scale Multimedia Service: A Case Study Using Spark
- Gylfi Þór Guðmundsson (Reykjavik University); Laurent Amsaleg (CNRS-IRISA); Björn Þór Jónsson (Reykjavik University); Michael J. Franklin (University of Chicago)
- SAP: Stall-Aware Pacing for Improved DASH Video Experience in Cellular Networks
- Ahmed Zahran, Jason J. Quinlan (University College Cork); K. K. Ramakrishnan (University of California, Riverside); Cormac J. Sreenan (University College Cork)
- A Boundary and Texture Preserving Mesh Simplification Algorithm for Virtual Reality
- Kanchan Bahirat, Chengyuan Lai, Ryan McMahan, Balakrishnan Prabhakaran (The University of Texas at Dallas)
- Load Balancing of Multimedia Workloads for Energy Efficiency on the Tegra K1 Multicore Architecture
- Kristoffer Robin Stokke, Håkon Kvale Stensland, Carsten Griwodz, Pål Halvorsen (Simula Research Laboratory & University of Oslo)
- Follow Me: Personalized IPTV Channel Switching Guide
- Chenguang Yu, Hao Ding (New York University); Houwei Cao (New York Institute of Technology); Yong Liu (New York University); Can Yang (South China University of Technology)
- A Holistic Multimedia System for Gastrointestinal Tract Disease Detection
- Konstantin Pogorelov, Carsten Griwodz (Simula & University of Oslo); Sigrun Losada (Vestre Viken); Duc Tien Dang Nguyen (DCU); Håkon Stensland (Simula & University of Oslo); Thomas de Lange (Cancer Registry); Dag Johansen (University of Trondheim); Francesco De Natale (University of Trento); Kristin Ranheim (Cancer Registry); Pål Halvorsen (Simula & University of Oslo)
- Network Assisted Content Distribution for Adaptive Bitrate Video Streaming
- Divyashri Bhat (University of Massachusetts Amherst); Amr Rizk (Technische Universitat Darmstadt); Michael Zink (University of Massachusetts Amherst); Ralf Steinmetz (Technische Universitat Darmstadt)
- A Measurement Study of Oculus 360 Degree Video Streaming
- Chao Zhou (SUNY Binghamton); Zhenhua Li (Tsinghua University); Yao Liu (SUNY Binghamton)
- BUFFEST: Predicting Buffer Conditions and Real-time Requirements of HTTP(S) Adaptive Streaming Clients
- Vengatanathan Krishnamoorthi, Niklas Carlsson (Linköping university)
- Real Time Stable Haptic Rendering of 3D Deformable Streaming Surface
- Yuan Tian, Chao Li, Xiaohu Guo, Balakrishnan Prabhakaran (University of Texas at Dallas)
- Proactive Caching of Music Videos based on Audio Features, Mood, and Genre
- Christian Koch, Ganna Krupii, David Hausheer (Technische Universität Darmstadt)
- A Scalable and Privacy-Aware IoT Service for Live Video Analytics
- Junjue Wang, Brandon Amos, Anupam Das (Carnegie Mellon University); Padmanabhan Pillai (Intel Labs); Norman Sadeh, Mahadev Satyanarayanan (Carnegie Mellon University)
- A Measurement Study on Achieving Imperceptible Latency in Mobile Cloud Gaming
- Teemu Kämäräinen, Matti Siekkinen, Antti Ylä-Jääski (Aalto University); Wenxiao Zhang, Pan Hui (The Hong Kong University of Science and Technology)