1) normal profile
正常轮廓
1.
The problem of normal profile updating is discussed and the principle that designing an adaptive anomaly detection system is described.
根据网络系统发生正常改变的基本特征,提出了确定网络系统正常改变的"三条件"计算方法,其计算结果可作为更新正常轮廓的依据。
2) normal behavior profile
正常行为轮廓
1.
In the model,the normal behavior profiles are established through the data mining method and the anomaly detection engine is realized through entire sequence comparison and the correlation function.
对于同一行为,异常检测结果和误用检测结果不总是一样的,跟踪算法有效地解决了异常检测结果与误用检测结果不完全相同的问题;采用了数据挖掘方法建立正常行为轮廓库,并采用了全序列比较法和相关函数法实现异常检测引擎;提出的模型较基于单一入侵检测技术的模型相比,具有更好的检测效果。
3) sine-profile
正弦轮廓
1.
By processing sine-profile Rotational Parts on CNC lathe in place of ordinary lathe and selecting NC Cutting Tools and programming with macro programs or CAM software, it is obvious to cut down the cost of production and improve the quality of products and production efficiency.
用数控车床代替普通车床加工正弦轮廓回转体零件,并选用标准数控刀具,利用数控系统的用户宏程序功能手工编程或CAM软件自动编程加工,可以显著地降低生产成本,提高产品的加工质量和生产效率。
4) Modified profile
修正轮廓
5) CC contour correction
轮廓校正
6) front outline
正视轮廓图
补充资料:正常(超导)—超导(正常)转变
正常(超导)—超导(正常)转变
transitionfromnormal(superconducting)statetosuperconducting(normal)state
一般指在常压下改变温度到Tc时,物质的电阻从R>0(R=0)的正常态(超导态)到R=0(R>0)的超导态(正常态)的转变。无磁场时这种转变属二级相变。
说明:补充资料仅用于学习参考,请勿用于其它任何用途。
参考词条