An Empirical Study of Real-world Polymorphic Code Injection Attacks Michalis Polychronakis∗ Kostas G. Anagnostakis† Abstract

Source URL: www.ics.forth.gr

BioZoom EMERGING TOOLS FOR RNA STRUCTURE ANALYSIS IN POLYMORPHIC DATA RADHAKRISHNAN SABARINATHAN 1,2, STEFAN E SEEMANN 2 AND JAN GORODKIN 2

Source URL: www.biokemi.org

• Molecular biology
• Gene expression
• Genetics
• DNA
• RNA
• Single-nucleotide polymorphism
• Nucleic acid sequence
• Base pair
• Non-coding RNA
• Point mutation
• Genetic code
• Human genome

Code reuse through polymorphic variants∗ Jacques Garrigue November 8, 2000 Abstract Their support for code reuse has made object-oriented languages popular. However,

Source URL: www.math.nagoya-u.ac.jp

• Software engineering
• Computer programming
• Declarative programming
• Functional programming
• Data types
• Type theory
• Eval
• Standard ML
• Anonymous function
• HindleyMilner type system
• OCaml
• Polymorphism

Automatic Hooking for Forensic Analysis of Document-based Code Injection Attacks Techniques and Empirical Analyses Kevin Z. Snow Fabian Monrose

Source URL: wwwx.cs.unc.edu

• Shellcode
• Malware
• Software bugs
• Hooking
• Polymorphic code
• Windows API
• Code injection
• Exploit
• Application programming interface
• Cyberwarfare
• Computer security
• Computing

State of New Mexico Statewide Architectural Configuration Requirements Title: Virus and Malicious Code Standard S-STD006.001 Effective Date: April 7, 2005 1.

Source URL: www.doit.state.nm.us

• Antivirus software
• Computer network security
• Computer viruses
• Macro virus
• Polymorphic code
• Hare
• Spyware
• Avast!
• BitDefender
• System software
• Malware
• Software

Analyzing Network Traffic To Detect Self-Decrypting ∗ Exploit Code Qinghua Zhang, Douglas S. Reeves, Peng Ning, S. Purushothaman Iyer Cyber Defense Laboratory, Computer Science Department North Carolina State Universit

Source URL: discovery.csc.ncsu.edu

• Polymorphic code
• Buffer overflow
• Assembly languages
• Self-modifying code
• Computer programming
• Shellcode
• Polymorphic engine
• Addressing mode
• Malware
• Computing
• Software engineering

Real-world Polymorphic Attack Detection Michalis Polychronakis,1 Kostas G. Anagnostakis,2 Evangelos P. Markatos1 1 Institute of Computer Science, Foundation for Research & Technology – Hellas, {mikepo, markatos}@ics.fo

Source URL: www.ics.forth.gr

• Computer network security
• Shellcode
• Software bugs
• Polymorphic code
• Buffer overflow
• Metasploit Project
• Exploit
• Conficker
• Computer virus
• Cyberwarfare
• Computer security
• Computing

Network-Level Polymorphic Shellcode Detection Using Emulation Michalis Polychronakis1 , Kostas G. Anagnostakis2 , and Evangelos P. Markatos1 1 Institute of Computer Science, Foundation for Research & Technology – Hell

Source URL: www.fp6-noah.org

• Malware
• Shellcode
• Software bugs
• Polymorphic code
• Buffer overflow
• Arbitrary code execution
• Self-modifying code
• Metasploit Project
• Forth
• Cyberwarfare
• Computer security
• Computing

Defending against Polymorphic Attacks: Recent Results and Open Questions Michalis Polychronakis

Source URL: www.fp6-noah.org

• Shellcode
• Î
• Metasploit Project
• Exploit
• Inverted breve
• Romanian language
• NOP
• Self-modifying code
• Computer security
• Cyberwarfare
• Languages of Europe

A taxonomy of self-modifying code for obfuscation Nikos Mavrogiannopoulosa , Nessim Kisserlia , Bart Preneela a Katholieke Universiteit Leuven ESAT/SCD/COSIC – IBBT

Source URL: www.cosic.esat.kuleuven.be

• Programming language implementation
• Source code
• Obfuscation
• Debugging
• Anti-patterns
• Polymorphic code
• Self-modifying code
• Interpreter
• Breakpoint
• Computer programming
• Software engineering
• Computing