The Inauguration of the Hardware Project Lab marked a significant milestone in promoting hands-on learning and Innovation at Chandigarh University by Prof Arun Kumar Singh, Chairperson IEEE Chandigarh Subsection. He also interacted with students and motivated them to develop project for humankind.
The webinar Develops the concepts of Artificial intelligence, Virtual Reality, Augmented Reality, Digital Twins and Metaverse.
The webinar details the characteristics and benefits of such technologies with emphasis on relation among them to sustain new applications and the impact and challenges they represent.
An extensive list of real cases explain the actual benefits of Metaverse in Industry, Healthcare, Education, Events and Smart Cities.
The IEEE TEMS Engineering Management Review Publication Call for Papers is presented to encourage researchers and practitioners to submit their papers.
This EMR special issue solicits articles from researchers, academicians, industry practitioners, and policymakers to publish the latest developments in the metaverse. As a recognized expert in the area, their insights and perspectives will be invaluable in providing a comprehensive understanding of the metaverse´ss technical intricacies, challenges, and opportunities. Such contributions will help readers of the publication to navigate this rapidly evolving landscape A list of reading recommendations, Publications, Webinars and Metaverse events complete the webinar with information to enable participants to go deeper in the subject.
The presentation discusses the challenges in achieving digital privacy and the important role of technologists and policymakers while encouraging engagement from individuals and businesses.
When talking about the complexity and the importance of digital privacy, there is currently a balancing act between privacy rights and technological advancements. As technologies in digital privacy, like encryption techniques, continue to evolve, it will be essential for policymakers, businesses, and individuals to work together ensuring that personal data is protected, and privacy rights are upheld in the digital age. In building trust, collaboration among technologists, policymakers and businesses must effectively address digital privacy challenges and protect consumer rights.
To help bridge the digital privacy and communication gap between technologists and policymakers, as well as building trust among the public at large and businesses, this presentation will also include discussion on the IEEE Digital Privacy Model. The model is intended not to provide a prescription and implementation of solutions but serves as a vehicle for productive discussion on covering the broad and dynamic aspects of digital privacy issues.
To learn more about the work and how you can get involved with IEEE Digital Privacy Initiative and/or to keep apprised of future events such as the Reframing Privacy in the Digital World workshop, please visit: https://digitalprivacy.ieee.org
Current research in Engineering
Convolutional-Neural-Network-Based Handwritten Character Recognition: An Approach with Massive Multisource Data
PUF-Based Three Factor Authentication System for Internet of Medical Things
With the advancement of technology, wireless devices, wireless communication, and devices like the Internet of Things (IoT) have managed to imprint in our daily lives. IoT is becoming a part of the internet revolution. Technology is making the possibility of bringing physical devices to the digital realm reachable. IoT systems are impacting in different aspects, from home monitoring to health monitoring of people’s daily life. The growing connectivity of medical equipment has obvious implications for healthcare, including improved chronic disease diagnosis and management for an aging global population. According to a Deloitte report, more than 500,000 medical technologies are currently available. Internet of medical things (IoMT) devices could be wearables and medical/vital monitors; strictly they are intended to be used on the bodies, in the household, community, clinic, or healthcare facilities for medical treatment; and they may include real-time location, telemedicine, and other services. With a widespread adaptation of IoMT, the data handled by the environment has become more vulnerable. Sensitive user data will be at risk if an attacker gains access to the environment with an ill intention, in certain situations, the patient life might be at risk. To protect the data and maintain integrity, the medical devices need to enroll in an authentication framework and the method needs to be robust to defend against attacks. Moreover, the framework needs to be lightweight so that resource constrain medical devices can handle it. To improve the security system and resist security vulnerabilities, a physical unclonable function (PUF)-based authentication protocol (NAHAP) is proposed. The proposed framework needs 6 ms computation time and 193 bytes for communication which is less than other existing authentication frameworks
El IoT Integral Solution está programado para que se realice en formato hibrido, desde el miércoles 29 hasta viernes 1 de julio desde las 18h00 hasta las 20h30 y el sábado 2 de julio del presente año, desde las 9h00 hasta las 12h30 aproximadamente, horario de Ecuador (GMT-5).
Distinguished Lecture By ,
Prof. Eros Pasero
SIREN President
IEEE I&M Society Distinguished Lecturer
Laboratorio di Neuronica
Dip. Elettronica e Telecomunicazioni – Politecnico di Torino c.so Duca d. Abruzzi 24
10129 Torino – Italy
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‘ Tel +39 011 0904043, +393316796014 6 Fax 0+39 011 0904216
*e-mail eros.pasero@polito.it WEB: www.neuronica.polito.it
Topic : Medicine 4.0: AI and IOT, the new revolution
A Virtual Webinar By IEEE IMS DL