Titlebook: Smart Card Research and Advanced Applications; 7th IFIP WG 8.8/11.2 Josep Domingo-Ferrer,Joachim Posegga,Daniel Schrec Conference proceedin

BRAWL

Designing Smartcards for Emerging Wireless Networks protocol, which is an adaptation of the symmetric Milenage algorithm. We introduce a new class of smartcard which acts as EAP server, and that has been successfully tested in operational networks. Finally we suggest a new way to manage and use smartcards, remotely and securely, by using Trusted EAP Modules.

Synchronism

SEA: A Scalable Encryption Algorithm for Small Embedded Applicationsetric in the text, key and processor size, allows efficient combination of encryption/decryption, “on-the-fly” key derivation and its security against a number of recent cryptanalytic techniques is discussed. Target applications for such routines include any context requiring low-cost encryption and/or authentication.

吊胃口

Extort

MINT

Generic Cryptanalysis of Combined Countermeasures with Randomized BSD Representationsower analysis (DPA), we estimate the number of samples and computational cost. Furthermore, we enhance the proposed attack in two ways such that it works against right-to-left algorithm in a simpler and more efficient way, and also works against one combined with an extra DPA countermeasure.

畸形

Multi-stage Packet Filtering in Network Smart Cardspacket processing. It can be used with different hardware and software configurations and with various filter rules. Advantages of this approach include better security, reduced memory usage, and enhanced performance.

Meditate

Design, Installation and Execution of a Security Agent for Mobile StationsSIM card. The methodology assumes that the already issued Mobile Station is capable but unprepared. The proposed scheme creates a secure entity within the Mobile Station “Over The Air” (OTA). This secure entity can then be used for subsequent SIM authentications enabling m-Commerce, DRM or web servi

空洞

Towards a Secure and Practical Multifunctional Smart Cardtifunctional smart cards, however, are either simple and suffer from serious limitations or they have a high complexity that is not justified for most applications. This paper describes a new scheme permitting different applications to flexibly share a hardware token. The proposed solution supports

顶点

Implementing Cryptography on TFT Technology for Secure Display Applicationsy market is more and more dominated by low-cost flat-panel structures, driven by Thin-Film Transistor (TFT) circuits. Further, the quality of TFT-based electronics is constantly improving, allowing the fabrication of complicated electronic circuits on TFT technology. We have embarked on a project to

Calculus