Servers

pSHS: A Scalable Parallel Software Implementation of Montgomery Multiplication for Multicore Systems

Download Now Free registration required

Executive Summary

Parallel programming techniques have become one of the great challenges in the transition from single-core to multicore architectures. In this paper, the authors investigate the parallelization of the Montgomery multiplication, a very common and timeconsuming primitive in public-key cryptography. A scalable parallel programming scheme, called pSHS, is presented to map the Montgomery multiplication to a general multicore architecture. The pSHS scheme offers a considerable speedup. Based on 2-, 4-, and 8-core systems, the speedup of a parallelized 2048-bit Montgomery multiplication is 1.98, 3.74, and 6.53, respectively. pSHS delivers stable performance, high portability, high throughput and low latency over different multicore systems.

  • Format: PDF
  • Size: 268.52 KB