1) Electromagnetic leakage signal
电磁泄漏信号
1.
in the field of Electromagnetic leakage signal detection, Surrounding the development of hardware devices are more and more software packages, making signal detection system more and more powerful.
随着信息技术的高速发展,信号处理技术的应用日益广泛,在电磁泄漏信号检测领域,围绕着硬件设备开发的配套软件也越来越多,使得信号检测系统的功能越来越强大。
2) EM information leakage
电磁信息泄漏
1.
A text receiving and recovery system was designed for EM information leakage from computers.
设计了针对计算机电磁信息泄漏的接收和再现系统。
2.
The mechanism of EM information leakage is analyzed.
分析了电磁信息泄漏的机理,介绍了电磁信息泄漏的发展历史和趋势,阐述了电磁信息泄漏的基本概念和主要研究内容。
3.
The result shows that EM information leakage exists in CMOS integrated circuit during work,XOR operation in each round of DES is an attack point.
分析了CMOS逻辑门电路在运行时的电流特征,阐明了集成电路中数据与电磁辐射的相关性,建立了寄存器级电磁信息泄漏汉明距离模型。
4) electromagnetic information leakage
信息电磁泄漏
1.
This paper analyzes the reason of computer electromagnetic information leakage,It discusses several kind of technical to protect the computer electromagnetism information leakage the merits and the shortcoming,and analyzes the SOFT-TEMPEST new protective measure with emphasis.
分析了计算机信息电磁泄漏的机理,对几种防护计算机信息电磁泄漏技术的优缺点进行讨论,重点探讨SOFT-TEMPEST新防护措施。
2.
Firstly, the paper introduces the background and actuality of electromagnetic information leakage and its developing trend.
第一部分主要是对信息电磁泄漏的研究背景、现状及其发展方向进行阐述，突出研究这一技术领域的重要性。
5) Electromagnetic information leakage
电磁信息泄漏
1.
The study on video electromagnetic information leakage of computer;
计算机视频电磁信息泄漏效应研究
2.
Research on Electromagnetic Information Leakage of PDP Vision System;
PDP显示系统电磁信息泄漏研究
3.
To study the vulnerability of Advanced Encryption Standard (AES) against electromagnetic side channel attacks,the article analyzed the electromagnetic information leakage model of microcomputer and the choice of D function.
为研究高级数据加密标准(AES)针对电磁旁路攻击的脆弱性,分析了微处理器的电磁信息泄漏模型和攻击AES时D函数的选择问题。
6) signal leakage
信号泄漏
1.
③ the length of grounding line affectthe shielding effectiveness of the shielding enclosure weakly, but it affect the signal leakage.
③接地线的长短对屏蔽效能影响不明显,而对信号泄漏有影响。
补充资料：电磁
物质所表现的电性和磁性的统称，如电磁感应、电磁波。
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