[PDF] Top 20 Implementing Pairings at the 192-bit Security Level

... tion. Implementing the double-precision arithmetic needed for efficient applica- tion of lazy reduction proved to be slightly cumbersome due to the exhaustion of the 16 general-purpose registers available in the ... See full document

... for 192-bit security level in the context of Optimal- Ate pairing over KSS-16 ...existing pairings over the well known pairing-friendly curve families such as BN [5], BLS [13] and KSS ... See full document

... 128-bit security level, and we present the results of simulation of STNFS for each ...the 192-bit security level for k ∈ {14, 15, 20, 21, 27, ... See full document

... bilinear pairings are ...bilinear pairings are employed either in signing and verifying steps or only in the verifying ...of pairings at a security level equivalent to a 128- bit ... See full document

... for implementing DH key ...Layer Security (TLS) protocol, Version ...provides security at the 128-bit security level and Curve448 provides security at the 224-bit ... See full document

... In this section we consider new parameters for parameterized curves of em- bedding degrees 9, 15 and 27 at the 128, 192 and 256-bit security levels. We consider recent advances on the computation of ... See full document

... New hardware approaches are needed in order to implement some computational heavy and power consuming functions in order to meet the current restricted environ- ment requirements. In general, hardware implementations ... See full document

... lower security, still providing 129−bit security (classical ...NIST level 1 configuration in which the encapsulated key is 192-bit long instead of just 128-bit, so that ... See full document

... An overview of construction methods for pairing-friendly elliptic curves is given in [29]. In Table 9.4, we list suggestions for curve families by their con- struction in [29] for high-security levels of 128, ... See full document

... The technique can be further employed in M -type twists, conserving their equivalent performance to D-type twists [53], with some slight changes in the formula format and accumulation multiplier. A generalization for ... See full document

... The penetration test revealed that some commonly known ports were open. It was further found that the open ports were running services that may threaten the security of the network. These weaknesses can easily be ... See full document

... the security in Internet of things (IoT) and administrations, which have the potential degree and advantages for the end clients as well as for the specialist co-ops and ...Poor security can prompt ... See full document

... volts,28 bit timer and one sixteen bit timer is on the market,10bit multi-channel A/D convertor, Synchronous Serial Port (SSP) with SPI (expert code) and I2C ... See full document

... Neven, Smart and Warinschi mention the Kelsey–Kohno herding attack, which shows that a 128-bit narrow-pipe Merkle–Damgard hash using with Schnorr would only provide 96 bits of security. But this hash fails ... See full document

... The proposed mechanism in the article costs less encryption/decryption time in private communications. In addition, the proposed mechanism fulfills confidentiality, authentication, non- repudiation, conditional ... See full document

... Commitment stage: because the premise is that the oblivious transfer is unconditional security. In each step of the commitment stage, Alice can only obtain Bob randomly selected one of the two bits, and Bob is ... See full document

... The use of LowMC in Picnic is relatively unique in the sense that it uses LowMC instances with low data complexity. Only recently, LowMC in this setting has seen more security analysis [RST18], leading to LowMC ... See full document

... applications. When two or more tags participate in an authentication process and the reader has to identify them simultaneously, it is called grouping proof. In the proposed protocol, the reader tries to authenticate two ... See full document

... Recently, elliptic curves have received much attention in the field of cryptography. They are slowly replacing finite fields in the design of new cryptographic schemes. This is due to the fact that the discrete logarithm ... See full document

... where G(= 8) is the number of bits per pixel. If the image is of a color format, then it can represented by 3D di- mension array of Red, Green, and Blue (RGB) levels. Since images are composed of finite lattice called ... See full document