IEEE International Conference on E-health Networking, Application & Services (IEEE Healthcom 2021)

Session OR-2: Opening Remarks
Session KN3: Keynote 3
Session VCB-3: Virtual Coffee Break Session VLB-2: Virtual Lunch Break Session VCB-4: Virtual Coffee Break Session VDB-2: Virtual Dinner Break
Session S4-R1: Medical, Biomedical, and Health Informatics Session S4-R2: E-Health Services and Applications Session S4-R3: Communications and Networking Session S5-R1: Medical, Biomedical, and Health Informatics Session S5-R2: E-Health Services and Applications Session S5-R3: Communications and Networking Session S6-R1: Medical, Biomedical, and Health Informatics Session S6-R2: Communications and Networking
Session T2: Tutorial: Transdisciplinary Methods For Interdisciplinary Research in IoT-Based Cyber-Physical Systems and Human-Machine Interfaces
Session D2-R1: Medical, Biomedical, and Health Informatics Session D2-R2: E-Health Services and Applications Session D2-R3: Communications and Networking

Session T2

Tutorial: Transdisciplinary Methods For Interdisciplinary Research in IoT-Based Cyber-Physical Systems and Human-Machine Interfaces

Conference
10:30 AM — 12:30 PM HKT
Local
Mar 1 Mon, 6:30 PM — 8:30 PM PST

Transdisciplinary Methods For Interdisciplinary Research in IoT-Based Cyber-Physical Systems and Human-Machine Interfaces

Pedro Henrique Juliano Nardelli, Renan Cipriano Moioli, and Augusto José Venâncio Neto

1
Neurosciences and wireless communications are converging. Novel technologies are expanding Brain-Machine Interface (BMI) usage whereas Internet of Things (IoT) offer a myriad of applications. In fact, human- and machine-type communications are soon to be complemented by brain-type communications (BTC), in which users’ brains and networks seamlessly interact. One can think of Extended Reality applications, intelligent vehicles, and brain networks, to mention but a few examples. The goal of this tutorial is to discuss the state-of-the art of BMI and IoT, focusing on emerging technologies that may support BTC. We will first provide an introduction into BMIs, including properties of the nervous system, neural coding and decoding, and neural signal processing. We proceed by discussing IoT as the basis of smart infrastructure, with special attention to topics such as quality of physical experience and cyber-physical systems. How can brain networks improve machine-type communication architectures of IoT-based systems? Can biologically inspired processing improve the energy efficiency in modern communication systems? Does IoT create structures of awareness (cognition) of cyber-physical systems? What are the security, privacy, and ethical issues underlying this topic? These are examples of questions we will pose during the tutorial.

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