Visible to the public Biblio

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2020-03-18
Wang, Johnson J. H..  2019.  Solving Cybersecurity Problem by Symmetric Dual-Space Formulation—Physical and Cybernetic. 2019 IEEE International Symposium on Antennas and Propagation and USNC-URSI Radio Science Meeting. :601–602.
To address cybersecurity, this author proposed recently the approach of formulating it in symmetric dual-space and dual-system. This paper further explains this concept, beginning with symmetric Maxwell Equation (ME) and Fourier Transform (FT). The approach appears to be a powerful solution, with wide applications ranging from Electronic Warfare (EW) to 5G Mobile, etc.
2019-03-28
Joo, M., Seo, J., Oh, J., Park, M., Lee, K..  2018.  Situational Awareness Framework for Cyber Crime Prevention Model in Cyber Physical System. 2018 Tenth International Conference on Ubiquitous and Future Networks (ICUFN). :837-842.

Recently, IoT, 5G mobile, big data, and artificial intelligence are increasingly used in the real world. These technologies are based on convergenced in Cyber Physical System(Cps). Cps technology requires core technologies to ensure reliability, real-time, safety, autonomy, and security. CPS is the system that can connect between cyberspace and physical space. Cyberspace attacks are confused in the real world and have a lot of damage. The personal information that dealing in CPS has high confidentiality, so the policies and technique will needed to protect the attack in advance. If there is an attack on the CPS, not only personal information but also national confidential data can be leaked. In order to prevent this, the risk is measured using the Factor Analysis of Information Risk (FAIR) Model, which can measure risk by element for situational awareness in CPS environment. To reduce risk by preventing attacks in CPS, this paper measures risk after using the concept of Crime Prevention Through Environmental Design(CPTED).