A Lightweight Pseudonym Authentication and Key Agreement Protocol forCopyright • March 31st, 2017
and checks fi ? = h(IDi || RPWi || σi ) . If it does not match, the session is terminated Or else, U computes (σ new ,τ mew ) = Gen(Bnew ) , RPW new = h(ID || R || PW new ),
CopyrightCopyright • December 12th, 2022
The Australian Maritime Safety Authority encourages the dissemination and exchange of information provided in this publication.
An efficient and anonymous Chaotic Map based authenticated key agreement for multi-server architectureCopyright • February 27th, 2017
Multi-server authentication enables the subscribers to enjoy an assortment of services from various service providers based on a single registration from any registration centre. Previously, a subscriber had to register from each service provider individually to avail respective services relying on single server authentication. In the past, a number of multi-server authentication techniques can be witnessed that employed lightweight and even computationally intensive cryptographic operations. In line with this, Zhu has presented a chaotic map based multi-server authentication scheme recently, which is not only vulnerable to denial-of-service attack, stolen-verifier attack, but also lacks anonymity. This research aims at improving the Zhu’s protocol in terms of cost and efficiency. Moreover, the comparative study is presented for the performance of improved model against the existing scheme, and the security of proposed model is formally proved using BAN Logic.
NATHANSTONECopyright • September 22nd, 2022
This is the published version:Copyright • April 14th, 2024
Shokouhi, Hossein, Hayati, A Majid, Jalilifar, Alireza and Farrokhian, Ismael 2011, (Dis)agreements in Iranians’ internet relay chats 䥲慮楡渀 樀漀畲湡 潦氀 慰灬楥搀 污湧畡来 獴畤楥,猀vol. 3, no. 2, pp. 109‐ 138.
Copyright:Copyright • July 9th, 2010
The Penan Support Group, the Asian Forum for Human Rights and Development (FORUM-ASIA), and the Asian Indigenous Women’s Network (AIWN)
A Lightweight Pseudonym Authentication and Key Agreement Protocol forCopyright • February 28th, 2017
This work was supported by the National Natural Science Foundation of China under Grant 61402275,61402015,6157224, 61272436,Shaanxi Province Natural Science Basic Research Program 2016JM6069, the Scientific Research Foundation for the Returned Overseas Chinese Scholars of MOHRSS, the Fundamental Research Funds for the Central Universities under Grant GK201603012,GK201402004, the Innovation Fund Designated for Graduate Students of Shaanxi Normal University(2015CXS022).
ARtificiAl intelligence And copyRightCopyright • October 7th, 2021
Summary: 1. Introduction; 2. Artificial Intelligence; 3. Copyright; 4. Possible solutions to the issue; 4.1 Artificial Intelligence and Copyright Owner; 4.2 The user, programmer, or Artificial Intelligence Company as Copyright Owner; 4.3 Immediate Entry into the Public Domain; 5. Conclusion.
Fanny CooperCopyright • October 20th, 2016
