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17:45 [PhD][Update] : Provable Security of Symmetric Primitives

  Bart Mennink
Provable Security of Symmetric Primitives
secret-key cryptography

18:09 [PhD][New] Miroslav Knezevic: Efficient Hardware Implementations of Cryptographic Primitives

  Miroslav Knezevic
Efficient Hardware Implementations of Cryptographic Primitives

Society is undergoing a paradigm shift where the Information and Communication Technology (ICT) revolution goes along with the evolution of the humankind. The Internet is all around us and plays a crucial role in our ability to communicate. We often distribute our personal and other classified information using the benefits of the global network. Our demands to conceal confidential data are therefore being strongly manifested and become very important. By ensuring the objectives of information security, such as confidentiality, data integrity, entity authentication, non-repudiation, and many more, cryptography provides a natural solution to the issue of data protection.\r\n

\r\nThe ICT revolution has driven cryptography from the art of secret writing into a multidisciplinary scientific study of techniques for securing digital information. While providing aspects of information security, cryptography uses complex mathematical objects and often represents a bottleneck in hardware and software implementations. The research presented in this thesis deals with efficient hardware implementations of cryptographic primitives.\r\n

\r\nThe first part of the thesis is devoted to efficient[...]

18:09 [PhD][New] Bart Mennink: Provable Security of Symmetric Primitives

  Bart Mennink
Provable Security of Symmetric Primitives
secret-key cryptography

18:07 [PhD][New] Yoni De Mulder: Design and Cryptanalysis of White-Box Implementations

  Yoni De Mulder
Design and Cryptanalysis of White-Box Implementations

18:07 [PhD][Update] : On Fairness in Secure Computation

  S. Dov Gordon
On Fairness in Secure Computation
cryptographic protocols

Secure computation is a fundamental problem in modern cryptography in which multiple parties join to compute a function of their private inputs without revealing anything beyond the output of the function. A series of very strong results in the 1980’s demonstrated that any polynomial-time function can be computed while guaranteeing essentially every desired security property. The only exception is the fairness property, which states that no player should receive their output from the computation unless all players receive their out- put. While it was shown that fairness can be achieved whenever a majority of players are honest, it was also shown that fairness is impossible to achieve in general when half or more of the players are dishonest. Indeed, it was proven that even boolean XOR cannot be com- puted fairly by two parties The fairness property is both natural and important, and as such it was one of the first questions addressed in modern cryptography (in the context of signature exchange). One contribution of this thesis is to survey the many approaches that have been used to guarantee different notions of partial fairness. We then revisit the topic of fairness within a mo[...]

11:21 [PhD][New] Carmela Troncoso: Design and analysis methods for privacy technologies

  Carmela Troncoso
Design and analysis methods for privacy technologies

As advances in technology increase data processing and storage capabilities, the collection of massive amounts of electronic data raises new challenging privacy concerns. Hence, it is essential that system designers consider privacy requirements and have appropriate tools to analyze the privacy properties offered by new designs. Nevertheless, the privacy community has not yet developed a general methodology that allows engineers to embed privacy-preserving mechanisms in their designs, and test their efficacy. Instead, privacy-preserving solutions are designed and analyzed in an ad hoc manner, and hence it is difficult to compare and combine them in real-world solutions.\r\n \r\nIn this thesis we investigate whether general methodologies for the design and analysis of privacy-preserving systems can be developed. Our goal is to lay down the foundations for a privacy engineering discipline that provides system designers with tools to build robust privacy-preserving systems.\r\n \r\nWe first present a general method to quantify information leaks in any privacy-preserving design that can be modeled probabilistically. This method allows the designer to evaluate the degree of privacy prot[...]

11:21 [PhD][New] Claudia Diaz

  Claudia Diaz
(no category)

11:20 [PhD][New] Yevgeniy Vahlis: Black Box and White Box Cryptography

  Yevgeniy Vahlis
Black Box and White Box Cryptography
public-key cryptography