Titlebook: E-Technologies: Innovation in an Open World; 4th International Co Gilbert Babin,Peter Kropf,Michael Weiss Conference proceedings 2009 Sprin

一致性

极大痛苦

长处

Electroweak and Strong Interactions application: secure decision processes for small groups. We provide the following contribu tions: (1) we define three varying scenarios and corresponding security require ments (2) we present an IM-based architecture implementing these scenarios, in cluding a Video-based authentication mechanism, and (3) we discuss poten tial attack patterns.

rectocele

Elektrodynamik im 19. Jahrhundertddress others. We then present a systematic framework in which the different approaches can be flexibly combined for a more comprehensive approach to integrate identity management with federated healthcare data models.

TOM

https://doi.org/10.1007/978-3-663-07192-1cally generates penetration test scenarios for web applications; and a penetration test framework supported by TTCN-3 test environment. The model-based testing approach can be used to provide structured tool support for developing penetration test campaigns. We demonstrate the feasibility and efficiency of the approach at the design level.

Debrief

责问

Using Instant Messaging Systems as a Platform for Electronic Voting application: secure decision processes for small groups. We provide the following contribu tions: (1) we define three varying scenarios and corresponding security require ments (2) we present an IM-based architecture implementing these scenarios, in cluding a Video-based authentication mechanism, and (3) we discuss poten tial attack patterns.

率直

Integrating Identity Management With Federated Healthcare Data Modelsddress others. We then present a systematic framework in which the different approaches can be flexibly combined for a more comprehensive approach to integrate identity management with federated healthcare data models.

myelography

Model-Based Penetration Test Framework for Web Applications Using TTCN-3cally generates penetration test scenarios for web applications; and a penetration test framework supported by TTCN-3 test environment. The model-based testing approach can be used to provide structured tool support for developing penetration test campaigns. We demonstrate the feasibility and efficiency of the approach at the design level.

Odyssey