搜索结果: 1-11 共查到“密码学 Intel”相关记录11条 . 查询时间(0.078 秒)
We show how to build a practical, private data oblivious genome variants search using Intel SGX. More precisely, we consider the problem posed in Track 2 of the iDash Privacy and Security Workshop 201...
We are witnessing a confluence between applied cryptography and secure hardware systems in enabling secure cloud computing. On one hand, work in applied cryptography has enabled efficient, oblivious d...
Intel SGX Explained
SGX hypervisor
2016/2/23
Intel's Software Guard Extensions (SGX) is a set of extensions to the Intel architecture that aims to provide integrity and privacy guarantees to security-sensitive computation performed on a computer...
A Provable Security Analysis of Intel's Secure Key RNG
random number generator entropy extraction provable security
2016/1/8
We provide the first provable-security analysis of the Intel Secure Key hardware RNG
(ISK-RNG), versions of which have appeared in Intel processors since late 2011. To model the ISKRNG,
we generaliz...
Who watches the watchmen? : Utilizing Performance Monitors for Compromising keys of RSA on Intel Platforms
Branch misprediction HPC public-key cipher, side-channel
2015/12/29
Asymmetric-key cryptographic algorithms when implemented on systems with branch predictors, are subjected to side-channel attacks exploiting the deterministic branch predictor behavior due to their ke...
Systematic Reverse Engineering of Cache Slice Selection in Intel Processors
Cache slices Intel last level cache,
2015/12/29
Dividing last level caches into slices is a popular method to prevent memory accesses from
becoming a bottleneck on modern multicore processors. In order to assess and understand the benefits
of cac...
Modern Intel processors use an undisclosed hash function to map memory lines into last-level cache
slices. In this work we develop a technique for reverse-engineering the hash function. We apply the ...
A Fast Implementation of the Optimal Ate Pairing over BN curve on Intel Haswell Processor
optimal ate pairing efficient implementation
2014/3/12
We present an efficient implementation of the Optimal Ate Pairing on Barreto-Naehrig curve over a 254-bit prime field on Intel Haswell processor. Our library is able to compute the optimal ate pairing...
Impact of Intel's New Instruction Sets on Software Implementation of $GF(2)[x]$ Multiplication
implementation / $GF(2)[x]$ multiplication Karatsuba Algorithm SSE AVX PCLMULQDQ
2012/3/22
PCLMULQDQ, a new instruction that supports $GF(2)[x]$ multiplication, was introduced by Intel in 2010. This instruction brings dramatic change to software implementation of multiplication in $GF(2^m)$...
Impact of Intel's New Instruction Sets on Software Implementation of $GF(2)[x]$ Multiplication
implementation / $GF(2)[x]$ multiplication Karatsuba Algorithm SSE AVX PCLMULQDQ
2012/3/21
PCLMULQDQ, a new instruction that supports $GF(2)[x]$ multiplication, was introduced by Intel in 2010. This instruction brings dramatic change to software implementation of multiplication in $GF(2^m)$...
A Fast Implementation of T Pairing in Characteristic Three on Intel Core 2 Duo Processor
T pairing parallel computing efficient implementation SSE
2009/6/11
We present an efficient implementation of T pairing on Intel Core 2 Duo
processor. The processing speed of our implementation achieves 92 sec
over F97 3 and 553 sec over F193 3 on 2.6GHz processor...