Analysis on Behavior Grounding Electrode Resistance base on Profiling Method

Frequency and Time Domain Analysis of Influence of the Grounding Electrode Conductivity on Induced Current Distribution

The paper deals with an assessment of the influence of finite conductivity to the current induced along the horizontal grounding electrode. Analysis is performed in frequency and time domain, respectively. Current distribution along the grounding electrode buried in a lossy half-space is determined via analytical solution of the corresponding Pocklington equation in the frequency domain. The co...

Profiling Behavior of Intruders on Enterprise Honeynet: Deployment and Analysis

Network and information security continues to be one of the largest areas that require greater attention and improvement over the current state of infrastructure within enterprise information systems. Intruders to enterprise networks are no longer just hacking for fun or to show off their programming skills; rather they are now doing it for profit-making motives. As a result, developing profile...

An Efficient Method to Reduce the Peak Transient Grounding Resistance Value of a Grounding System

In this paper, an efficient method is proposed to reduce the peak transient grounding resistance (P-TGR) of a grounding system. By surrounding the lifting line with a material volume, the P-TGR of the grounding system is greatly reduced. The effect of the surrounding volume conductivity and relative permittivity on the P-TGR is also tested. Second, the rectangular surrounding material volume is...

Cache Behavior Analysis Without Profiling

The growing gap between processor and main memory speed makes it necessary to exploit the caches maximally in order to obtain reasonable program execution speed. Many program transformations have been proposed in order to make the cache behavior better. However, if one wants maximum effectivity from such optimizations, the cache behavior needs to be determined first. In contrast to profile-driv...

Cache Behavior Analysis without Profiling