Abstract
Selection Algorithm and Generation Algorithm of elliptic curves have been the focus of research and hotspot of the Elliptic Curve Cryptosystem. This paper discusses a random elliptic curve realization method of Embedded Mobile Equipment, the SEA algorithm and its improved algorithm from Elliptic Curve's selection, Elliptic Curve's structure and Elliptic Curve's generation. Ensuring that the embedded system in the security situation goes through invariable situation causes the embedded system to realize a fast elliptic curve realization method, which enhances the efficiency of embedded system.
Highlights
Embedded Mobile Equipment's processor mostly is ARM9, Strong ARM or Xscale and so on
In the Wi-Fi encryption algorithm which is suited to the characteristics of embedded mobile equipment, computing secure access is less
The selection and calculation of elliptic curves would be unbearable for embedded devices
Summary
Embedded Mobile Equipment's processor mostly is ARM9, Strong ARM or Xscale and so on. The processor's processing speed and the operational capability are limited. Most embedded mobile equipments offer many kinds of data access methods, the use of Wi-Fi access methods being more popular. In the Wi-Fi encryption algorithm which is suited to the characteristics of embedded mobile equipment, computing secure access is less. The selection and calculation of elliptic curves would be unbearable for embedded devices. In order to speed up the processing speed, the use of high speed ARM processor and the specialpurpose DSP chip, simultaneously makes the algorithm achieve a better detection. This article discusses the weft detection method from the perspective of image recognition algorithms, and does not include the discussion on implementation in DSP processor, ARM and DSP control process
Sign-in/Register to view highlights & summary Sign-in/Register to access full text options 
Free) 
Talk to us
Join us for a 30 min session where you can share your feedback and ask us any queries you have
Schedule a call
