Increment in computer viruses is a major problem for researchers working in the field of computer virology. The existing techniques cannot provide the complete assurance towards disinfection, but still lot of advancement is going on in the direction of computer virus detection. Our proposed technique includes the test cases with 3-d biological signature flavour that are designed for the identification of metamorphic viruses. Test case contains the combination of bio inspired techniques to assure exact detection that leads to detection of metamorphic viruses with very low false positive and false negative rate. Experimental results are obtained to demonstrate that our method is suitable for identification of metamorphic viruses and achieve s...
Detection tools such as virus scanners have performed poorly, particularly when facing previously un...
*Corresponding author Abstract: Metamorphic viruses modify their code to produce viral copies that a...
http://www.springerlink.com/content/175414336v882211/International audienceIn this paper, we propose...
Computer viruses and other forms of malware have viewed as a threat to any software system. A comput...
Computer viruses and other forms of malware have viewed as a threat to any software system. They hav...
This thesis describes the evolution of the first simple computer virus to the most advanced metamorp...
Malware is a serious threat to the security of the system. With the widespread use of the World Wide...
Recent research work shows that n-gram is widely used in metamorphic virus detection. Viruses genera...
Metamorphic virus employs code obfuscation techniques to mutate itself. It absconds from signature b...
Metamorphic computer virus employs various code mutation techniques to change its code to become new...
Virus writers and anti-virus researches generally agree that metamorphism is the way to generate un...
Abstract — Metamorphic viruses engage different mutation techniques to escape from string signature ...
Commercial anti-virus scanners are generally signature based, that is, they scan for known patterns ...
This paper presents a general overview on computer viruses and defensive techniques. Computer virus ...
Metamorphic viruses engage different mutation techniques to escape from string signature based scan...
Detection tools such as virus scanners have performed poorly, particularly when facing previously un...
*Corresponding author Abstract: Metamorphic viruses modify their code to produce viral copies that a...
http://www.springerlink.com/content/175414336v882211/International audienceIn this paper, we propose...
Computer viruses and other forms of malware have viewed as a threat to any software system. A comput...
Computer viruses and other forms of malware have viewed as a threat to any software system. They hav...
This thesis describes the evolution of the first simple computer virus to the most advanced metamorp...
Malware is a serious threat to the security of the system. With the widespread use of the World Wide...
Recent research work shows that n-gram is widely used in metamorphic virus detection. Viruses genera...
Metamorphic virus employs code obfuscation techniques to mutate itself. It absconds from signature b...
Metamorphic computer virus employs various code mutation techniques to change its code to become new...
Virus writers and anti-virus researches generally agree that metamorphism is the way to generate un...
Abstract — Metamorphic viruses engage different mutation techniques to escape from string signature ...
Commercial anti-virus scanners are generally signature based, that is, they scan for known patterns ...
This paper presents a general overview on computer viruses and defensive techniques. Computer virus ...
Metamorphic viruses engage different mutation techniques to escape from string signature based scan...
Detection tools such as virus scanners have performed poorly, particularly when facing previously un...
*Corresponding author Abstract: Metamorphic viruses modify their code to produce viral copies that a...
http://www.springerlink.com/content/175414336v882211/International audienceIn this paper, we propose...