Yi-Hsueh-Tsai

Institute for Information Industry / Technical Manager

In 1996, I earned an associate's degree in Electrical Engineering from the National Taipei Institute of Technology. Two years later, in 1998, I completed my bachelor's degree in Electrical Engineering at the National Taiwan University of Science and Technology. I then pursued further studies at the National Taiwan University, where I obtained my master's degree in 2000 and my Ph.D. in 2005, both in Electrical Engineering.

In 2005, I joined the Institute for Information Industry (III). I began working on IEEE 802.16 standardization in 2006 and received a "Certificate of Appreciation for contributing to IEEE Std 802.16j-2009" in July 2009. In 2012, I started working on 3GPP Release 12 standardization to enable Proximity-based Services for LTE Advanced Pro. In 2017, I contributed to 3GPP Release 15 standardization by proposing Broadband Direct Air-to-Ground Communication (DA2GC) for 5G mobile networks. Since 2020, I have been involved in both TAICS TC5 and 3GPP SA3 security standardization to promote new use cases for satellite communication with resilient operation for public safety and to enable a Quantum-Safe Network for the 6G system.

I have participated in training for both the Certified Ethical Hacker (CEH) and Certified Penetration Testing Professional (CPENT) certifications provided by EC-Council. Since 2022, I have been the Approval Signatory for the Cybersecurity Assessment and InfoComm Software Quality Assurance Laboratory. Currently, I am a Senior Technical Manager at the Institute for Information Industry and an assistant professor at the National Taipei University of Technology, Taipei, Taiwan. My research interests include 5G and 6G mobile networks, Non-Terrestrial Networks, and Global Positioning Systems.

SPEECH
4/17 (Thu.) 11:45 - 12:15 7F 701D PQC Forum
The Threats of Quantum Computers to the Security of Subscription Concealed Identifier (SUCI) and the Importance of Quantum Safe Network

This presentation will explore the potential threats posed by quantum computer technology to the security of mobile communication identities and emphasize the importance of establishing quantum-secure networks. We will begin by introducing the current status of quantum-secure networks in the 6G international standards and analyzing technologies for quantum-resistant mobile communication networks. Next, we will demonstrate how generative AI assists in research related to IBM quantum computers and quantum-secure networks, sharing the latest research findings and practical experiences. Additionally, the audience will learn about practicing quantum computing on the Google Colab and/or GitHub Codespace platforms and how to use IBM quantum computers for computation. Finally, we will arrange a live demonstration to show how to use Qiskit on Google Colab and/or GitHub Codespace for quantum circuit design and simulation. The audience will gain a comprehensive understanding of the latest developments in quantum computing and network security and acquire practical operational experience to prepare for future technological challenges.