航母编队在对海进攻中电子干扰飞机空域配置方法

航母编队在对海进攻中,通常会指派电子干扰飞机前出在一定的空域里对敌进行电磁压制,以提高编队空中突击能力。基于对海进攻中电子干扰飞机任务,提出了电子干扰飞机空域配置的基本要求,分析了电子干扰飞机到敌水面舰艇距离、攻击编队或导弹突防航向角对空域配置的影响。最后通过实例进行了仿真计算,为对海进攻中电子干扰飞机空域配置提供了参考依据。     

U.S. policy on preventive war and preemption

In the aftermath of September 11, 2001 and Hurricane Katrina, the United States government has spent tens of billions of dollars to improve the nation's ability to respond to a natural disaster or terrorist attack, but the emphasis on immediate first response has left many long-term environmental, political, and technological challenges unaddressed. Although a dirty bomb attack is unlikely to yield the same amount of physical devastation and death as caused by Katrina or a nuclear weapon, the social, psychological, and economic impact would be enormous. At present, however, the United States lacks the technology necessary to decontaminate a large, densely populated urban area under time, political, and economic constraints. This article reviews past cleanup experiences and current decontamination capabilities to consider the long-term implications of a dirty bomb, identifies weaknesses in America's existing response capabilities, notes possible areas of political friction, and considers the implications of the failure to adequately prepare. Having the appropriate decontamination techniques established and long-term plans in place before an incident occurs will significantly improve the government's ability to protect public and environmental security, establish a viable decontamination strategy, allow residents to return to their homes, and get the local economy back on its feet.     

对岸电子进攻中航母阵位确定方法

针对航母编队对岸电子进攻作战提出了一种航母编队阵位确定的方法。基于航母编队在对岸电子进攻中的任务,提出了航母编队与岸边距离的基本要求,建立了航母编队与岸边距离的数学模型,仿真计算了模型中各个参数对航母编队与岸边距离的影响。这些模型可用于航母编队在对岸电子进攻中确定航母的阵位,满足航母编队作战使用的需要。     

密码芯片电磁信息泄漏评估方法研究

基于半定制集成电路设计流程,提出一种对CMOS集成电路进行电磁信息泄漏评估的方法。该方法首先利用综合工具生成电路的门级网表,将门级网表中的普通单元替换为防护逻辑单元,然后利用电磁辐射仿真模型和电磁信息泄漏评估模型对集成电路进行电磁辐射仿真和信息泄漏分析。该方法能够在设计阶段对密码芯片的抗电磁旁路攻击能力进行评估,可提高密码芯片的设计效率,减少资源浪费。     

潜射线导鱼雷作战使用攻击决策

针对线导鱼雷制导方式的特殊性,从潜艇鱼雷攻击的决策依据入手,结合线导鱼雷作战使用的要求,提出了实现线导鱼雷攻击决策功能的必要条件.并以此为依据,阐述了线导鱼雷在作战使用过程中应把握的问题.     

The Ethics of Cyber Attack: Pursuing Legitimate Security and the Common Good in Contemporary Conflict Scenarios

ABSTRACT

Cyber attack against Critical National Infrastructure is a developing capability in state arsenals. The onset of this new instrument in national security has implications for conflict thresholds and military ethics. To serve as a legitimate tool of policy, cyber attack must operate in accordance with moral concerns. To test the viability of cyber attack, this paper provides a new perspective on cyber ethics. Cyber attack is tested against the criteria of the common good. This involves identifying the four core components of the common good from a conflict perspective: respect for the person; social wellbeing; peace and security; and solidarity. The fate of these components is assessed in relation to the six key characteristics of cyber attack from a moral standpoint: security; the role or absence of violence; discrimination; proportionality; cyberharm; and the threshold of conflict. It is concluded that the common good must be incorporated into developing state cyber strategies.