Abstract: Immersive and makerspace technologies are gaining momentum as suitable tools in the health sciences domain. Whether for teaching, training, or health care, these technologies are presenting opportunities for complementing traditional techniques. While these technologies allow creating and recreating scenarios otherwise impossible in real life, their current democratization is enabling research and development into creating novel and engaging forms of training and health care applications. This presentation provides an overview of current trends and opportunities pertaining to the use of immersive and makerspace technologies in medical training and health care, presenting some use cases associated with the use of virtual and augmented reality and 3D printing in procedures such as an eye examination, the cricothyroidotomy, breastfeeding, exergames, and reminiscence therapy.

Short bio
Alvaro Joffre Uribe Quevedo is an Assistant Professor in the Faculty of Business and Information Technology at Ontario Tech University in Oshawa, Ontario, Canada, where he teaches courses associated with immersive technologies, computer graphics, and game engines in the Game Development and Interactive Media Undergraduate program. He also teaches immersive technology courses in the Computer Science graduate programs and conducts research in Virtual Reality and Human-Computer Interactions. Recent projects include understanding the usability effects of physical and physiological measurements in VR in various use cases including VR locomotion, radiation attenuation training, breastfeeding, reminiscence therapy, laparoscopy simulation, twin-twin transfusion syndrome simulation, and inclusive design for VR collaboration rooms, among others. Dr. Uribe Quevedo received his bachelor's degree in Mechatronics Engineering from Universidad Militar Nueva Granada in Bogotá, Colombia, in 2003. In 2008, Dr. Uribe Quevedo completed his Master’s in Mechanical Engineering, and in 2011 his Doctoral degree in the same field at the Universidade Estadual de Campinas in Campinas, São Paulo, Brazil. In 2015 he became a Post-Doctoral fellow at the Games Institute at the University of Waterloo in Waterloo, ON, Canada, researching the effects of games in medical training as part of the IMMERSe network jointly working with Ontario Tech University.
 

Abstract: Following Unesco recommendation on education, this talk is an introductory presentation of artificial intelligence and its current applications. From control theory problems to human data, parametric models can be trained for predictions and categorization. Nonetheless, there is a huge difference when AI is applied to people and this requires ethical principles and regulation.
 
Short Bio: Alberto Delgado, Engineer (BEng) and Master (M Eng) in Electrical Engineering, Universidad de los Andes. PhD in Cybernetics (intelligent control), Reading University (UK). Full Professor, National University of Colombia. Currently, teaching at the Automation Program the courses, "Humans and Intelligent Machines," and "Intelligent Control."

Abstract: The healthcare industry today is under siege to address growing macroeconomic and socioeconomic challenges including high costs and low quality, increasing federal regulations, patient expectations, health inequities, and provider consolidation.  For example, healthcare waste alone constitutes 25-30% or about US $1 trillion of the annual healthcare spending in the United States.  To increase efficiency and accessibility, artificial intelligence (AI) has recently been used in automating business, administrative, billing, and scheduling processes in eliminating mundane, repetitive tasks performed by humans.  But can we use AI to address the clinical tasks that often involve interpreting large amounts of multimodal patient data and require clinicians’ cognitive capabilities to perform non-routine tasks and to enhance human decision-making performance - or even beat the clinicians’ performance?  This presentation describes two clinical use cases on investigating, applying, and implementing cognitive automation in reducing unnecessary biopsies of breast cancer due to overdiagnosis and improving e-triage, detection, and diagnosis of Stroke developed and validated at Houston Methodist.  We adopted a multi-modal AI strategy and designed the solutions to fit into existing clinical workflow.  We also hope to engage a meaningful conversation on the possibility of cognitive automation in medicine.  If cognitive automation is successful in medicine, it begs the question that what would be the future role of physicians and the patient-physician relationship and patient experience? 

Short-Bio: With three decades of research, product development, and executive leadership experience in industry and academia, Dr. Stephen Wong’s many achievements include leading teams that: automated the first VLSI DRAM chip production (Bell Labs), created the nation's first hospital-integrated picture archiving communication system (UCSF), implemented the largest radiology information system in Europe (Philips Healthcare), produced the largest web trading platform (Charles Schwab), pioneered high content screening and analysis for drug discovery (Harvard), and developed new computational approaches for image-guided therapy and digital medicine (Houston Methodist). Currently he is the John S. Dunn, Sr. Presidential Distinguished Endowed Chair, the Founding Chair of Systems Medicine and Bioengineering Department, the T.T. and W.F. Chao Center for BRAIN, and Translational Biophotonics Laboratory at Houston Methodist Research Institute; Associate Director, Houston Methodist Neal Cancer Center; Chief of Medical Physics, Houston Methodist Hospital; and Professor of Radiology, Neurosciences, Pathology and Laboratory Medicine, Cornell University. Wong received his Ph.D. in Computer Science from Lehigh University and senior executive education from Stanford University, MIT, and Columbia University.  He is a Fellow of IEEE, AIMBE, AMIA, and AAIA, and a licensed professional engineer. He has lived in and continues to work across various continents--including North America, Europe, Asia, and Australia/Oceania. 

Abstract: The underlying principles of wireless power transfer (WPT) were first discovered and developed during the nineteenth century. Nevertheless, despite the remarkable contributions made by scientists and technologists like Nikola Tesla, its practical implementation in our daily lives remained limited until recently. In the field of active implantable medical devices (AIMDs), while there were earlier precedents of using WPT in the mid-20th century, the broader utilization of this technology gained significant traction in the 21st century.

WPT alleviates the trade-off between battery size and lifespan, which are critical design considerations in AIMDs. Within this application, the key design considerations revolve around extending the transmission distance and increasing the transmitted power, while ensuring compliance with safety regulations.

In this presentation, we will explore the fundamental aspects and ongoing design challenges associated with WPT links for biomedical applications. We will delve into the involved circuits and magnetic links, approaching the topic from a comprehensive system-level perspective.
 

Short-Bio: Pablo Pérez-Nicoli received his bachelor's degree in electrical engineering in 2013 and the Ph.D. degree in 2018 from the Universidad de la República, Montevideo, Uruguay. He joined the Electrical Engineering Department of the same university in 2012, where he currently holds the position of Assistant Professor. His research endeavors revolve around wireless power transmission and the design of ultra-low-power analog integrated circuits. He has made contributions to the field, authoring numerous papers and a book titled "Inductive Links for Wireless Power Transfer: Fundamental Concepts for Designing High-efficiency Wireless Power Transfer Links," which was published in 2021 by Springer. 
 

Abstract: For the evolution of commercial Internet, the Internet 2 in all the world, known as Advanced Networks or National Research and Education Networks (NREN) look for the evolution of the next generation Internet developing protocols and letting those huge international projects be a result of an intense international collaborations. The advanced network infrastructure is installed and managed directly by ISP companies but coordinated by regional consortiums formed by universities and research centers. This talk also shows the state of regional advanced networks infrastructure including the interplanetary Internet and the state of the research for the advanced networks in the world.
 

Short-Bio: Ignacio Castillo has been working for 27 years in telecommunications and computer industry and academia in 110 national and international projects, as team member or leader on technical and management positions in internet networks, data centers and engineering management. His interest: Internet networks, Datacenters & Eng. management.

In industry he worked for DICI, IFE, REDUNO-TELMEX and DATACENTER DYNAMICS, being now an independent consultant. 
In academia he is a full-time professor-researcher at Autonomous University of Mexico City (UACM) since 2008 being Head of the Advanced Networking Laboratory. He was full time at UPAEP and UTM, and he was visiting professor or p time at UPS Ecuador, UDEFA (Military), UAM and BUAP.

He wrote 4 books, and 50 journal and conference papers (SCOPUS h-8 index). He has lectured 140 undergraduate & graduate courses. His ADVNETLAB team developed the software UTILCON. He received 20 international and national awards and distinctions, such as: IEEE ANDESCON Best paper award 2022 and 2020, IEEE Computer Society BoG member and IEEE Senior Member.
He was an IEEE Computer Society Distinguished Lecturer (2015-2017), till today, he offered 171 keynotes, invited talks and webinars, and 16 tutorials for conferences. He is volunteer for IEEE Communications Society and Computer Society. He received his bachelor’s degree in sciences degree in Electronic Sciences and his M.Sc. Degree in Electronic Devices, both from the B. Autonomous University of Puebla, Mexico.
 

Short-Bio: Fernando Pérez's research focuses on creating tools for modern computational research and data science across domain disciplines, with an emphasis on high-level languages, interactive and literate computing, and reproducible research. Through tools like IPython and Project Jupyter, he builds foundational blocks that enable scientists to tackle all stages of computational research (from exploration through publication) with a coherent approach, thus improving scientific productivity, collaboration and reproducibility.