Defending Polymorphic Worms in Computer Network using Honeypot
Journal Title: International Journal of Advanced Computer Science & Applications - Year 2012, Vol 3, Issue 10
Abstract
Polymorphic worms are a major threat to internet infrastructure security. In this mechanism we are using gate-translator, double honeypot, sticky honeypot, internal translator and antivirus of Cloud AV,which attracts polymorphic worms. We are proposing an algorithm to detect and remove polymorphic worms and innocuous traffic related packets.
Authors and Affiliations
R. Goswamia
Crowd Mobility Analysis using WiFi Sniffers
Wi-fi enabled devices such as today’s smart-phones are regularly in-search for connectivity. They continuously send management frames called Probe Requests searching for previ-ously accessed networks. These frames contai...
Towards a Context-Dependent Approach for Evaluating Data Quality Cost
Data-related expertise is a central and determining factor in the success of many organizations. Big Tech companies have developed an operational environment that extracts benefit from collected data to increase the effi...
A Guideline for Decision-making on Business Intelligence and Customer Relationship Management among Clinics
Business intelligence offers the capability to gain insights and perform better in decision-making by using a particular set of technologies and tools. A company’s success to a certain extent depends on customers. The co...
Fruit Fly Optimization Algorithm for Network-Aware Web Service Composition in the Cloud
Service Oriented Computing (SOC) provides a framework for the realization of loosely coupled service oriented applications. Web services are central to the concept of SOC. Currently, research into how web services can be...
Encoding a T-RBAC Model for E-Learning Platform on ORBAC Model
with rapid development and increase in the amount of available resources in E-learning platforms, the need to design new architecture for such systems has become inevitable to improve the search quality and simplifying w...