[PDF] Top 20 High-Performance Modular Multiplication on the Cell Processor
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High-Performance Modular Multiplication on the Cell Processor
... The Multi-Precision Math (MPM) Library by IBM (single stream) Costigan and Schwabe (AFR09): special 255-bit prime (multi-stream) Bernstein et al... Contributions?[r] ... See full document
24
A high performance matrix matrix multiplication methodology for CPU and GPU architectures
... a performance comparison with Intel MKL is unfair, a detailed experimental analysis has been made as it is the fastest MMM library in the world for Intel general purpose ...A performance comparison with ... See full document
45
Co-designed accelerator for homomorphic encryption applications
... Several software implementations and libraries dedicated to homomorphic cryptography exist today [20], Error! Reference source not found.[21], which achieve very interesting performance when executing on ... See full document
8
Tripartite Modular Multiplication using Toom-Cook Multiplication
... high performance. A basic operation in public key cryptosystems is the modular multiplication of large ...different modular multiplication algorithms namely Barrett algorithm ... See full document
5
A Systolic Hardware Architecture of Montgomery Modular Multiplication for Public Key Cryptosystems
... Montgomery multiplication [1] is complex than other cryptographic algorithms such as RSA, Digital Signature Algorithm (DSA), Elliptic Curve DSA and other emerging cryptographic algorithms, such as pairing-based ... See full document
6
An Efficient Vlsi Architecture For Montgomery Modular Multiplier
... based Montgomery multiplication algorithm and pro-posed a low-cost and high- performance Montgomery modular multiplier. The proposed multiplier used one-level CCSA architecture and skipped the ... See full document
7
High Speed V.L.S.I Architecture of Truncating L.S.B Bits for Modular Multiplication
... as cell phones, hearing aids, MP3 players, digital video recorders and so on and these are computationally ...the multiplication is the main operation and hence efficient parallel multipliers are ... See full document
5
Performance Evaluation Of IEEE 802.11e MAC Layer Using Cell Processor
... The Cell Broadband Engine is a new multicore microprocessor architecture for high performance computer ...in CELL processor. The simulator will run in a uni-processor (x86) which ... See full document
7
Implementing High Performance Lexical Analyzer using CELL Broadband Engine Processor
... for performance gains in older compilers as technology ...the performance of a compiler is majorly affected by the lexical analyzer’s scanning and tokenizing ...the Cell/B.E. processor that ... See full document
7
Low Power Montgomery Modular Multiplication Using Carry Save Adder
... the performance of Montgomery MM while maintaining the low hardware complexity, this paper has modified the SCS-based Montgomery multiplication algorithm and proposed a low-cost and ... See full document
15
VLSI Architecture for Montgomery Modular Multiplication
... Montgomery modular multiplication are represented in binary but intermediate result S[i+1] is in carry save ...one modular multiplication, it increase hardware complexity and critical path of ... See full document
6
DESIGN AND IMPLEMENTATION OF HIGH PERFORMANCE ECC COPROCESSOR
... a modular exponentiator which is designed using MMM ...crypto processor presented in this article uses polynomial basis. The processor is implemented on the FPGA 2vp4fg256-7 and works at a frequency ... See full document
12
A Survey on Modular & hybrid multiplication using carry saves adder
... subtraction, multiplication and division. Multiplication basically is the mathematical operation of scaling one number by ...world, multiplication based operations are some of the frequently used ... See full document
8
Design and implementation of High performance Montgomery Modular Multiplication on Verilog HDL
... Montgomery multiplication, the FFs stored skipi+1, qˆ, Aˆ are first reset to 0 as shown in step 1 of SCS- MM-New algorithm so that Dˆ = Bˆ +Nˆ can be computed via the one-level CCSA ... See full document
5
Montgomery Modular Multiplication on ARM-NEON Revisited
... Cortex-A15 processor, our CICOS method performs a 1024-bit Montgomery multiplication only 5600 clock cycles, which is roughly 34% faster than the NEON implementation of Bos et al (8527 ...the ... See full document
19
Design and Implementation of 16-bit Montgomery Modular Multiplication
... Montgomery modular multiplication has been widely implemented in software and ...an high-end TI DSP (TMS320C6201) showed that the software implementations on general purpose CPU can be sped up by ... See full document
7
Low Cost And High Performance Of Vlsi Architecture For Reconfigurable Montgomery Modular Multiplication
... Clock Cycle Number Reduction: To decrease the clock cycle number, a CCSA architecture which can perform one three-input carry-save addition or two serial two-input carry- save additions is proposed to substitute for the ... See full document
13
VLSI Implementation Of High Performance Montgomery Modular Multiplication for Cryptographical Application
... MM more quickly, and Montgomery’s algorithm is one of the most well-known MM algorithms. Montgomery’s algorithm [4] determines the quotient only depending on the least significant digit of operands and replaces the ... See full document
6
Implementation of Low-Cost High-Performance Montgomery Modular Multiplication
... To decrease the clock cycle number, a CCSA architecture which can perform one three-input carry-save addition or two serial two-input carry-save additions is proposed to substitute for the one-level CSA architecture in ... See full document
8
Design and implementation of High performance Montgomery Modular Multiplication on Verilog HDL
... the high area complexity and long critical path ...parallelization, high-radix algorithm, and systolic array design, can be combined with the CSA architecture to further enhance the performance of ... See full document
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