Cryptography for #MeToo

FUZZY OBSERVER DESIGN WITH n-SHIFT MULTIPLE KEY FOR CRYPTOGRAPHY BASED ON 3D HYPERCHAOTIC OSCILLATOR

A fuzzy observer based scheme for synchronizing two hyperchaoticoscillators via a scalar transmitted signal for cryptographic application isproposed. The Takagi-Sugeno fuzzy model exactly represents chaotic systems.Based on the general fuzzy model, the fuzzy observer of a chaotic system isdesigned on the basis of the n-shift multiple state based key encryption algorithm.The scalar transmitted s...

Cryptography Cryptography : General [ 1 ]

Cryptography for genetic material

Genetic information can be highly sensitive and can be used to identified its source. To conceal genetic information, cryptographic methods can be applied to genetic material itself, concealing sensitive information prior to the generation of sequence data. The cryptographic method described here uses randomly divided subsets of barcodes and random pooling to securely generate pools of genetic ...

Trilinear maps for cryptography

We construct cryptographic trilinear maps that involve simple, non-ordinary abelian varieties over finite fields. In addition to the discrete logarithm problems on the abelian varieties, the cryptographic strength of the trilinear maps is based on a discrete logarithm problem on the quotient of certain modules defined through the N\'{e}ron-Severi groups. The discrete logarithm problem is reduci...

Vector microprocessors for cryptography

Embedded security devices like ‘Trusted Platforms’ require both scalability (of power, performance and area) and flexibility (of software and countermeasures). This thesis illustrates how data parallel techniques can be used to implement scalable architectures for cryptography. Vector processing is used to provide high performance, power efficient and scalable processors. A programmable vector ...