Complimentary Webinar for a Limited Time: Smart Technologies in Enhancing Browsing Experiences
Information search is an activity that involves various techniques and methods for finding new insights. Physical and digital spaces as different contexts provide unique advantages for search activities: the physical environment provides spatial layout and interaction with tangible objects, while online information applications support browsing and knowledge discovery.
This talk focuses on systems that aim (or could be used) to bridge the gap between physical and digital arenas, using digital data associated with physically situated objects, and transforming and visualizing this data in relation to a given context. Using portable devices or digital realities headsets, applications generate the object-related data visualizations for further exploration. With such systems and its interplay between real and digital realms, new avenues could be opened for creating in-situ immersive visual experiences.
Click here to watch on-demand.
Featured Speaker: Zona Kostic
Program Director at APUS | Research Scientist at Harvard University
Zona Kostic is an experienced faculty with a demonstrated history of working in the higher education industry. Her professional interests are at the intersection of data visualization, machine learning, and digital realities, focusing on merging these domains into smart web-based applications. She wears a lot of hats across a few academic institutions.
Zona serves as a Research Scientist and Lecturer at Harvard University as well as a Computer Science Program Director at the American Public University System. Zona holds a Ph.D. in engineering systems and she conducted postdoc research in immersive visual analytics with the Harvard Visual Computing Group. Zona published six books, and a number of research works at scientific journals and conferences. As an innovation fellow at Harvard Business School, she co-founded ArchSpike, a startup that integrates data science and visualization with market modeling, allowing users to design buildings that better respond to future market demands. Her professional contributions were awarded the Distinction and Excellence in Teaching Award for the course on Advanced Methods in Data Science at the Harvard John A. Paulson School of Engineering and Applied Sciences.
New Article: What is Augmented Intelligence?
By Roberto Saracco, IEEE Senior member and leader in the Industry Advisory Board within the Future Directions Committee and co-chair of the Digital Reality Initiative
The general public tends to have a very “sci-fi” view of artificial intelligence (AI), imagining robots and computer systems independent of—and often antithetical to—their human creators. Science fiction has given us HAL 9000, the dehumanizing Borg of Star Trek, and the robotic assassins of the Terminator series. AI is popularly seen as human-made but essentially inhuman, where cold, logical software takes human intelligence out of the decision-making process. The truth is more nuanced.
While independent AI systems are necessary for many types of technology, their intelligence is generally limited to specific applications: an AI system used as a virtual customer service representative, such as eBay’s Louise, lacks the capacity to seize control of the planet.
And while some AI technology is intended to operate autonomously, one of the most useful types of AI—augmented intelligence (also known as intelligence amplification, or IA)—uses machine learning and predictive analytics of data sets not to replace human intelligence, but to enhance it.
New Volunteering Opportunity
The purpose of the International Network Generations Roadmap (INGR) is to stimulate an industry-wide dialogue to address the many facets and challenges of the development and deployment of 5G in a well-coordinated and comprehensive manner, while also looking beyond 5G. Future network technologies (5G, 6G, etc.) are expected to enable fundamentally new applications that will transform the way humanity lives, works, and engages with its environment. INGR, created by experts across industry, government and academia, is designed to help guide operators, regulators, manufacturers, researchers, and other interested parties involved in developing these new communication technology ecosystems by laying out a technology roadmap with 3-year, 5-year, and 10-year horizons.
New White Papers
By Roberto Saracco with Juuso Autiosalo, Derrick de Kerckhove, Francesco Flammini, and Louis Nisiotis
Since the shift from nomadic life, to aggregation in clusters or cities, humanity has faced epidemics. It is the cluster of people that provides the fertile environment for viruses to jump from one host to the next, generating an epidemic. The geographical distance among clusters is a barrier to the spread of the epidemics; traveling from one locale to another was the only way to continue the spread. In the past, the epidemics spread along the commerce, maritime, and land pathways. Travel was slow and sporadic so an epidemic took years to become a pandemic.
Today we have both bigger clusters (megacities and cities that on average are much bigger than the ones of the past) and much faster and denser traffic among clusters. This fuels both epidemics and pandemics.
Access the white paper (PDF, 2.7 MB)
By Roberto Saracco, Co-chair, IEEE Digital Reality Initiative
Healthcare costs are on the rise, and this is causing an increased interest in automation. However, it should be noted that in a few health care areas automation is sought to deliver better quality, like in pharmaceuticals or assistive automation in surgery which enables procedures that go beyond human abilities (micro surgeries among others). In surgery, there is a growing digital transformation, with diagnostic procedures generating data that are analyzed automatically, creating a model that is used for simulating procedures and eventually used by autonomous or semi-autonomous systems in surgery.
Access the white paper (PDF, 2 MB)
Digital Transformation - Blog series by Roberto Saracco
In this blog series, Roberto Saracco examines the Digital Transformation and its overarching impacts. The shift from the economy of atoms (scarcity) to the economy of bits (abundance) is leading to major disruptions across many industries. Two IEEE Future Directions initiatives have been working on crucial components of the Digital Transformation, Digital Reality (AR and VR) and Symbiotic Autonomous Systems (Digital Twins).
IEEE Digital Reality Announces Collaboration with IEEE ICICLE XR SIG
IEEE Digital Reality is proud to collaborate with IEEE IC Industry Consortium on Learning Engineering (ICICLE). Learn more about the ICICLE XR for Learning and Performance Augmentation SIG, which aims to identify and build upon opportunities for supporting learning engineers to leverage current and future virtual reality (VR), augmented reality (AR), mixed reality (MR), and other XR technologies for supporting and enhancing learning and human performance in evidence-based and research-grounded ways.
IEEE Digital Reality Podcast Series
Check out the first episode in our IEEE Digital Reality Podcast Series. Our first guest, Conor Russomanno, Director of Advanced Interfaces at Meta and co-founder and CEO of OpenBCI, shared his views on the future of AR and VR, brain computer interfacing, key challenges, and more!
IEEE Digital Reality at AWE USA 2018
Advanced Broadcast Technology shows highlights of new technology in AR, VR, and MR at the 2018 Augmented World Expo. The episode features a short overview of the IEEE Digital Reality Initiative. The show also includes technology demonstrations from Animaker, Byond, Epson, Holosuit, Microsoft, NuHeara, Third Eye Gen, and Varjo. The 2018 AWE event was held in Santa Clara, CA.