World's Best Scientists 2026 revealed!

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Computer Science

D-Index
55
Citations
9225
World Ranking
4404
National Ranking
30

Overview

Tzonelih Hwang is a researcher affiliated with National Cheng Kung University in Taiwan. Their work primarily spans the fields of Computer Science and Physics and Astronomy, with a significant focus on Artificial Intelligence and Atomic and Molecular Physics, and Optics. The researcher's expertise also extends to niche areas like Hardware and Architecture within these domains.

The core areas of Hwang's research are centered around Quantum Information and Cryptography, Quantum Mechanics and Applications, and Quantum Computing Algorithms and Architecture. Additional topics covered in their work include Cryptographic Implementations and Security, Physical Unclonable Functions (PUFs) and Hardware Security, as well as Security and Verification in Computing.

Hwang's recent scholarly output includes the following publications:

  • "Measure-resend authenticated semi-quantum key distribution with single photons," 2021, Quantum Information Processing
  • "Double C-NOT Attack on a Single-State Semi-Quantum Key Distribution Protocol and Its Improvement," 2022, Electronics
  • "Three-party authenticated lightweight quantum key distribution without pre-shared key between participants," 2023, Quantum Information Processing
  • "Quantum Key Recycling with Optimal Key Recycling Rate based on Error Rate," 2020, arXiv (Cornell University)
  • "Quantum Key Recycling can share key more efficient than BB84," 2020, arXiv (Cornell University)

Frequent coauthors collaborating with Hwang include Jun Gu, Yu Chin Lu (also appearing under the variant spellings Yu-Chin Lu and Yu-Chin Lu), and Chun-Hao Chang.

Hwang's publications have appeared predominantly in arXiv (Cornell University), with additional contributions to Quantum Information Processing and Electronics. These venues collectively reflect the interdisciplinary nature of their research that bridges theoretical and applied aspects of quantum technologies.

Best Publications

  • BSN-Care: A Secure IoT-Based Modern Healthcare System Using Body Sensor Network

    Prosanta Gope;Tzonelih Hwang

  • Quantum key agreement protocol based on BB84

    Song Kong Chong;Tzone-Lih Hwang

  • A Realistic Lightweight Anonymous Authentication Protocol for Securing Real-Time Application Data Access in Wireless Sensor Networks

    Prosanta Gope;Tzonelih Hwang

  • Three-party encrypted key exchange: attacks and a solution

    Chun-Li Lin;Hung-Min Sun;Tzonelih Hwang

  • Threshold proxy signatures

    H.-M. Sun;N.-Y. Lee;T. Hwang

  • Three-party encrypted key exchange without server public-keys

    Chun-Li Lin;Hung-Min Sun;Hung-Min Sun;M. Steiner;M. Steiner;T. Hwang

  • Attacks and Solutions on Strong-Password Authentication

    Chun-Li Lin;Hung-Min Sun;Tzonelih Hwang

  • Threshold-multisignature schemes where suspected forgery implies traceability of adversarial shareholders

    Chuan-Ming Li;Tzonelih Hwang;Narn-Yih Lee

  • Chun-Li Lin and Tzonelih Hwang: A password authentication scheme with secure password updating

    Chun-Li Lin;Tzonelih Hwang

  • Non-interactive password authentications without password tables

    Tzonelih Hwang;Yihwa Chen;Chi Jung Laih

  • Provably Secure Three-Party Authenticated Quantum Key Distribution Protocols

    Tzonelih Hwang;Kuo-Chang Lee;Chuan-Ming Li

  • Authenticated semi-quantum key distribution protocol using Bell states

    Kun-Fei Yu;Chun-Wei Yang;Ci-Hong Liao;Tzonelih Hwang

  • Dynamic quantum secret sharing

    Jung-Lun Hsu;Song-Kong Chong;Tzonelih Hwang;Chia-Wei Tsai

  • Secure key agreement protocols for three-party against guessing attacks

    Hung-Min Sun;Bing-Chang Chen;Tzonelih Hwang

  • Enhanced three-party encrypted key exchange without server public keys

    Tian-Fu Lee;Tzonelih Hwang;Chun-Li Lin

  • Multi-user private comparison protocol using GHZ class states

    Yao-Jen Chang;Chia-Wei Tsai;Tzonelih Hwang

  • Untraceable Sensor Movement in Distributed IoT Infrastructure

    Prosanta Gope;Tzonelih Hwang

  • Provably secure three-party password-based authenticated key exchange protocol using Weil pairing

    H. A. Wen;T. F. Lee;Tzone-Lih Hwang

  • Improvement on “Quantum Key Agreement Protocol with Maximally Entangled States”

    Song Kong Chong;Chia Wei Tsai;Tzone-Lih Hwang

  • Lightweight and Energy-Efficient Mutual Authentication and Key Agreement Scheme With User Anonymity for Secure Communication in Global Mobility Networks

    Prosanta Gope;Tzonelih Hwang

Frequent Co-Authors

Hung-Min Sun
Hung-Min Sun National Tsing Hua University
Lein Harn
Lein Harn University of Missouri–Kansas City
Chin-Chen Chang
Chin-Chen Chang Feng Chia University
Michael Steiner
Michael Steiner Intel (United States)

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