Titlebook: Information Security and Cryptology; 11th International C Dongdai Lin,XiaoFeng Wang,Moti Yung Conference proceedings 2016 Springer Internat

誰在削木頭

Jincheng Zhuang,Qi Chengitical infrastructure to control physical processes. Their interconnectedness and controllability leaves them vulnerable to cyber-physical attacks which could have detrimental impacts on the safety, security, and service of the infrastructure. Detection and defense against these attacks is, therefor

Torrid

Xiaona Zhang,Li-Ping Wang,Jun Xu,Lei Hu,Liqiang Peng,Zhangjie Huang,Zeyi Liurvivability of those entities is crucial when it comes to make investment decisions for ensuring the security of critical infrastructures. In this paper, we present a framework for capturing the dynamic relationship between entities of the Swiss cybersecurity landscape. By using open data, we first

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chandel

認識

Menghao Li,Liang Yang,Zimu Yuan,Rui Zhang,Rui Xuervivability of those entities is crucial when it comes to make investment decisions for ensuring the security of critical infrastructures. In this paper, we present a framework for capturing the dynamic relationship between entities of the Swiss cybersecurity landscape. By using open data, we first

FLAIL

Yi Tang,Manjia Line the presence of many historical assets makes these places highly vulnerable and exposed..Accordingly, historical centers need to be managed in order to guarantee proper resilience levels. This is paramount in light of the increasing rate of occurrence of adverse natural and man-made events, above

Commonwealth

Tortuous

minaret

Cubic Unbalance Oil and Vinegar Signature Schemeignature with the resistance to the quantum algorithm attack. By considering the large size of public key and signature length, we propose a cubic UOV scheme by adopting the stepwise iteration method in this paper. Comparing to the existing work such as the original UOV and its improvements, the pro

inspiration

Two Approaches to Build UOV Variants with Shorter Private Key and Faster Signature Generationattacks can cause severe security threats to it. However, it suffers from a large key size. In this paper, we will propose two approaches to build variants of UOV with shorter private key size and faster signature generating process.