基于椭圆曲线数字签名算法的软件注册码智能绘制方法

Intelligent drawing method of software registration code based on elliptic curve digital signature algorithm

传统软件注册码智能绘制方法在进行注册码绘制时运行效率较低,耗能过大,造成了资源能源的极大浪费。为此提出基于椭圆曲线数字签名算法的软件注册码智能绘制方法。设计的软件注册码智能绘制方法以椭圆曲线数字签名算法为基础,首先引入椭圆曲线数字签名算法相关原理及概念;在这一算法的指导下构建软件注册码智能绘制流程,针对每一主机ID生成一个数字签名作为软件的注册码;按照构建流程对方法进行设计,并将设计的软件注册码智能绘制方法与整体软件系统相结合,实现软件注册码智能绘制。实验数据表明,提出的基于椭圆曲线数字签名算法的软件注册码智能绘制方法与传统注册码智能绘制方法相比提高了25%的运行效率,节约了4.5%的耗能,有效改善了资源能源的浪费情况。

The traditional software registration code intelligent rendering method is inefficient and consumes too much energy when rendering the registration code,resulting in a great waste of resources and energy.In this paper,an intelligent drawing method of software registration code based on elliptic curve digital signature algorithm is proposed.The intelligent drawing method of software registration code is based on elliptic curve digital signature algorithm.First,the related principles and concepts of elliptic curve digital signature algorithm are introduced.For each host ID,a digital signature is generated as the software registration code.The method is designed according to the construction process,and the intelligent drawing method of the software registration code is combined with the whole software system to realize the intelligent drawing of the software registration code.The experimental data show that the proposed intelligent software registration code rendering method based on elliptic curve digital signature algorithm improves the operation efficiency by 25%,saves 4.5%of energy consumption,and effectively improves the waste of resources and energy.