Malware analysis ebook collection | Free Full Ebook Download

Quite often during an incident forensics process Trojan horses, viruses, worms, rootkits and other malware are detected. It is very important to understand the behavior of a malware in order to trace the attackers, understand how the system was compromised, and find out which information was copied, deleted or modified.

Books List:

1. 64-bit rugrats.pdf
2. A bit of viral protection is worth a megabyte of cure.pdf
3. Abstract Detection of Computer Viruses.pdf
4. Abstraction-Based Intrusion Detection In Distributed Environments.pdf
5. Abstracts of Recent Articles and Literature.pdf
6. A Bypass of Cohen’s Impossibility Result.pdf
7. Accurately Detecting Source Code of Attacks That Increase Privilege.pdf
8. A Classification of Viruses through Recursion Theorems.pdf
9. A Comprehensive Program for Preventing and Detecting Computer Viruses Is Needed.pdf
10. A Computational Model of Computer Virus Propagation.pdf
11. A Computer Virus Is A Thought Manifested.pdf
12. A Cooperative Immunization System for an Untrusting Internet.pdf
13. ACPI and SMI handlers_ some limits to trusted computing.pdf
14. Acquisition of Malicious Code Using Active Learning.pdf
15. A Critical Look at the Regulation of Computer Viruses.pdf
16. Adequacy of Checksum Algorithms for Computer Virus Detection.pdf
17. A Distributed Approach against Computer Viruses Inspired by the Immune System.pdf
18. A Dozen Dangerous Myths About Computer Viruses.pdf
19. Advanced Code Evolution Techniques and Computer Virus Generator Kits.pdf
20. Advanced fuzzing in the VoIP space.pdf
21. Advanced Metamorphic Techniques in Computer Viruses.pdf
22. Advanced Polymorphic Techniques.pdf
23. Advanced Routing Worm and Its Security Challenges.pdf
24. A Failure to Learn from the Past.pdf
25. A Fast Static Analysis Approach To Detect Exploit Code Inside Network Flows.pdf
26. A fault tolerance approach to computer viruses.pdf
27. A Feature Selection and Evaluation Scheme for Computer Virus Detection.pdf
28. A Filter That Prevents the Spread of Mail-Attachment-Type Trojan Horse Computer Worms.pdf
29. A Formal Definition of Computer Worms and Some Related Results.pdf
30. A Framework for Deception.pdf
31. A framework for modelling trojans and computer virus infection.pdf
32. A Framework to Detect Novel Computer Viruses via System Calls.pdf
33. A general definition of malware.pdf
34. A Generic Virus Detection Agent on the Internet.pdf
35. A Generic Virus Scanner in C++.pdf
36. AGIS_ Towards Automatic Generation of Infection Signatures.pdf
37. A History Of Computer Viruses – Introduction.pdf
38. A History Of Computer Viruses – The Famous `Trio’.pdf
39. A History Of Computer Viruses_ Three Special Viruses.pdf
40. A Hybrid Model to Detect Malicious Executables.pdf
41. A Hygiene Lesson.pdf
42. Algebraic Specification of Computer Viruses and Their Environments.pdf
43. A Mathematical Theory for the Spread of Computer Viruses.pdf
44. A Memory Symptom-based Virus Detection Approach.pdf
45. A Method for Detecting Obfuscated Calls in Malicious Binaries.pdf
46. A Methodology to Detect and Characterize Kernel Level Rootkit Exploits Involving Redirection of the System Call Table.pdf
47. A method to detect metamorphic computer viruses.pdf
48. A Mixed Abstraction Level Simulation Model of Large-Scale Internet Worm Infestations.pdf
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468. How the virus _Remote Shell Trojan_ (RST) works.pdf
469. How to assess the effectiveness of your anti-virus_.pdf
470. How to Kill Worms and Viruses with Policy Pontifications.pdf
471. How to Withstand Mobile Virus Attacks 2.pdf
472. How To Withstand Mobile Virus Attacks.pdf
473. How Viruses Spread among Computers and People.pdf
474. Hunting for metamorphic 2.pdf
475. Hunting for metamorphic engines 2.pdf
476. Hunting for Metamorphic Engines.pdf
477. Hunting For Metamorphic.pdf
478. Hunting for undetectable metamorphic viruses.pdf
479. Hunting Obfuscated Malwares by Abstract Interpretation.pdf
480. Identification of file infecting viruses through detection of self-reference replication.pdf
596. Metaphors And Meta-Experiences In Technology Side Effects_ A Multimedia Exhibit.pdf
597. Metaphors and Modern Threats_ Biological, Computer, and Cognitive Viruses.pdf
598. Mimimorphism_ A New Approach to Binary Code Obfuscation.pdf
599. Mind Wars_ Attack of the Memes.pdf
600. Misleading Modern Malware.pdf
601. Mobile Code Threats, Fact or Fiction.pdf
602. Mobile Malware Attacks and Defense.pdf
603. Model-Based Analysis of Two Fighting Worms.pdf
604. Model for network behaviour under viral attack.pdf
605. Modeling Botnet Propagation Using Time Zones.pdf
606. Modeling Computer Viruses.pdf
608. Modeling Epidemic Spreading in Mobile Environments.pdf
609. Modeling Malware Spreading Dynamics.pdf
610. Modeling the Effects of Timing Parameters on Virus Propagation.pdf
611. Modeling the Spread and Prevention of Malicious Mobile Code Via Simulation.pdf
612. Modeling the Spread of Active Worms.pdf
613. Modeling Virus Propagation in Peer-to-Peer Networks.pdf
614. Modelling Development of Epidemics with Dynamic Small-World Networks.pdf
615. Models of Active Worm Defenses.pdf
616. Modern Methods of Detecting and Eradicating Known and Unknown Viruses.pdf
617. Modern operating systems.pdf
618. Modular worms.pdf
619. Monitoring and Early Warning for Internet Worms.pdf
620. Morality and Technology, or Is it Wrong to Create and Let Loose a Computer Virus.pdf
621. Morphological Detection of Malware.pdf
622. Mostly harmless.pdf
623. MRSI A Fast Pattern Matching Algorithm for Anti-virus Applications.pdf
624. Multiscale Modeling and Simulation of Worm Effects on the Internet Routing Infrastructure.pdf
625. Nematodes – Beneficial Worms.pdf
626. Networks, Control, and Life-Forms.pdf
627. Network Virus Propagation Model Based on Effects of Removing Time and User Vigilance.pdf
628. Network Worms.pdf
629. New data mining technique to enhance IDS alarms quality.pdf
630. New malware distribution methods threaten signature-based AV.pdf
631. New method of fighting computer viruses announced.pdf
632. New thoughts in ring3 NT rootkit.pdf
633. New threats of Java viruses.pdf
634. Next-Generation Viruses Present New Challenges.pdf
635. N-gram analysis for computer virus detection.pdf
636. N-gram-based Detection of New Malicious Code.pdf
637. Nimda Worm Shows You Can’t Always Patch Fast Enough.pdf
638. Non-signature based virus detection.pdf
639. Normalizing Metamorphic Malware Using Term Rewriting.pdf
640. Notes on the _Worms_ programs — some early experience with a distributed computation.pdf
641. Not Teaching Viruses and Worms Is Harmful.pdf
642. Not worthy.pdf
643. Obfuscated dechiper routine analysis using theorem prover towards effective trusted computing.pdf
644. Old Win32 Code for a Modern Super-stealth Trojan.pdf
645. On abstract computer virology from a recursion theoretic perspective 2.pdf
646. On abstract computer virology from a recursion-theoretic perspective.pdf
647. On behavioral detection.pdf
648. On Callgraphs and Generative Mechanisms.pdf
649. On Computer Viral Infection and the Effect of Immunization.pdf
650. On Deriving Unknown Vulnerabilities from Zero-Day Polymorphic and Metamorphic Worm Exploits.pdf
651. On Effectiveness of Defense Systems against Active Worms.pdf
652. One-hit models for virus inactivation studies.pdf
653. On Instant Messaging Worms, Analysis and Countermeasures [slides].pdf
654. On Javascript Malware and related threats.pdf
655. On self-reproducing computer programs.pdf
656. On the definition and classification of cybercrime.pdf
657. On the functional validity of the worm-killing worm.pdf
658. On the Infeasibility of Modeling Polymorphic Shellcode for Signature Detection.pdf
659. On the Performance of Internet Worm Scanning Strategies.pdf
660. On the possibility of practically obfuscating programs.pdf
661. On the Semantics of Self-Unpacking Malware Code.pdf
662. On the Spread of Viruses on the Internet.pdf
663. On the Time Complexity of Computer Viruses.pdf
664. On the trade-off between speed and resiliency of Flash worms and similar malcodes.pdf
665. Opcodes as Predictor for Malware.pdf
666. Open problems in computer virology.pdf
667. Open Problems in Computer Virus Research.pdf
668. Painting the Internet_ A Different Kind of Warhol Worm.pdf
669. Pairwise alignment of metamorphic computer viruses.pdf
670. Panic computing_ The viral metaphor and computer technology.pdf
671. Paradise lost.pdf
672. Parallel analysis of polymorphic viral code using automated deduction system.pdf
673. Parallels Between Biological and Computer Epidemics.pdf
674. Password Cracking_ A Game of Wits.pdf
675. PC Magazine Fighting Spyware Viruses and Malware.pdf
677. Peer-to-Peer Botnets_ Analysis and Detection.pdf
678. PE-Miner_ Mining Structural Information to Detect Malicious Executables in Realtime.pdf
679. Poison Ivy Farmers_ Virus Collections.pdf
680. Polygraph_ Automatically Generating Signatures for Polymorphic Worms.pdf
681. Polymorphic and Metamorphic Malware Detection.pdf
682. Polymorphic virus detection technology.pdf
683. Polymorphic Worm Detection Using Structural Information of Executables.pdf

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